Shanghai Huabang Industrial Business Network - composite insulator

[composite insulator]FS-220/10 type composite cross arm insulator

2026-6-14 11:24:38

FS-220/10 type composite cross arm insulator

[composite insulator]FS-220/5 type composite cross arm insulator

2026-6-14 11:24:27

FS-220/5 type composite cross arm insulator

[composite insulator]FS-110/8 type composite cross arm insulator

2026-6-14 11:24:14

FS-110/8 type composite cross arm insulator

[composite insulator]FS-66/5 type composite cross arm insulator

2026-6-14 11:24:03

FS-66/5 type composite cross arm insulator

[composite insulator]FS-35/10 type composite cross arm insulator

2026-6-14 11:23:52

FS-35/10 type composite cross arm insulator

[composite insulator]FS-10/2.5 Type 10KV Composite Cross arm Insulator

2026-6-14 11:23:41

FS-10/2.5 10KV composite cross arm insulator can effectively utilize narrow corridor switches for power transmission, suitable for urban network technology transformation, can reduce tower height, and save a lot of manpower, financial resources, and material resources.
Due to its high bending strength, it can prevent cascading fracture accidents that are prone to occur in ceramic crossarms. It is a product that cannot be replaced by porcelain crossbars, with small size, light weight, strong shock resistance, and impact resistance. No need for manual cleaning, providing assurance for safe operation.

Technical Parameters Table of FS-10/2.5 10KV Composite Cross arm Insulator

[composite insulator]FZSW-126-12.5 type composite post insulator

2026-6-14 11:20:55

FZSW-126-12.5 type composite post insulator

[composite insulator]FHPQ-20 Puncture type lightning protection needle insulator

2026-6-14 11:11:28

Technical parameters of FHPQ-20 puncture type lightning protection needle insulator

Product Model	Rated voltage kV	Rated bending load kN	Steel foot installation size mm	Power frequency withstand voltage kV	Lightning impulse 50% discharge voltage kV	Applicable wire specifications	Insulation layer thickness (mm)	Applicable torque (N * m)
FHPQ-20/12.5T22C-1	twenty	twelve point five	twenty	��70	��170	JKLY-50��120	6~7	twenty-six
FHPQ-20/12.5T22C-2	twenty	twelve point five	twenty	��70	��170	JKLY-120��240		twenty-eight
FHPQ-20/12.5T22C-3	twenty	twelve point five	twenty	��70	��170	JKLY-300		thirty

[composite insulator]FHP-10 Puncture type lightning protection needle insulator

2026-6-14 11:11:17

Technical parameters and selection table of FHP-10 puncture type lightning protection needle insulator

Product Model	Rated voltage kV	Rated bending load kN	Steel foot installation size mm	Power frequency withstand voltage kV	Lightning impulse 50% discharge voltage kV	Applicable wire specifications	Insulation layer thickness (mm)	Applicable torque (N * m)
FHP-10/5T20C-1	ten	five	twenty	��45	��12	JKLY-50��120	3~4	twenty-three
						JKLGY-35/6��95/20
FHP-10/5T20C-2	ten	five	twenty	��45	��120	JKLY-120��240		twenty-six
						JKLGY-120/7��185/45
FHP-10/5T20C-3	ten	five	twenty	��45	��12	JKLY-300		twenty-eight
						JKLGY-240/30��240/40

[composite insulator]FHP series puncture type lightning protection needle insulator

2026-6-14 11:10:54

FHP series puncture type lightning protection needle insulator

With the promotion and application of insulated overhead distribution lines, if necessary and effective lightning protection measures are not taken, the phenomenon of lightning strikes, wire breakage, and insulator burnout caused by direct lightning and induced lightning on insulated lines may occur. Our company applies the principle of external gap arc ignition lightning protection to needle insulators, and adopts a patented puncture type structure and a unique arc ignition device structure (which can be replaced and repaired separately). It is easy to install (no need to peel off the insulation layer), has excellent performance (self weight compression contact), and is simple and beautiful (with silicone rubber insulation cover). It not only plays the role of a needle insulator, but also has the function of preventing lightning strikes and wire breakage. It is suitable for the installation of 10-20kV overhead insulated new lines or the improvement of old lines, and has great promotion value.

Model Description

Technical parameters and selection table of FHP series puncture type lightning protection needle insulator

Product Model	Rated voltage kV	Rated bending load kN	Steel foot installation size mm	Power frequency withstand voltage kV	Lightning impulse 50% discharge voltage kV	Applicable wire specifications	Insulation layer thickness (mm)	Applicable torque (N * m)
FHP-10/5T20C-1	ten	five	twenty	��45	��12	JKLY-50��120	3~4	twenty-three
						JKLGY-35/6��95/20
FHP-10/5T20C-2	ten	five	twenty	��45	��120	JKLY-120��240		twenty-six
						JKLGY-120/7��185/45
FHP-10/5T20C-3	ten	five	twenty	��45	��12	JKLY-300		twenty-eight
						JKLGY-240/30��240/40
FHPQ-20/12.5T22C-1	twenty	twelve point five	twenty	��70	��170	JKLY-50��120	6~7	twenty-six
FHPQ-20/12.5T22C-2	twenty	twelve point five	twenty	��70	��170	JKLY-120��240		twenty-eight
FHPQ-20/12.5T22C-3	twenty	twelve point five	twenty	��70	��170	JKLY-300		thirty

Note:
1. If the installation size of the steel feet is different, please indicate it when ordering. 2. If used for bare wires, do not include the letter C. 3. Other products have the same performance as composite insulators of the same specifications.
4. If the thickness of the insulation layer of the wire is not within the specified range, please indicate it when ordering and do not misuse it, otherwise it may cause poor electrical contact or damage to the wire.

[composite insulator]DA45017 type electrolytic cell insulator

2026-6-14 10:40:41

DA45017 electrolytic cell insulator

[composite insulator]DA45016 type electrolytic cell insulator

2026-6-14 10:40:29

DA45016 electrolytic cell insulator

[composite insulator]DA45015 type electrolytic cell insulator

2026-6-14 10:40:18

DA45015 electrolytic cell insulator

[composite insulator]DA10079(HC-10) Electrolytic cell insulator

2026-6-14 10:40:06

DA10079 (HC-10) electrolytic cell insulator

[composite insulator]DA20085(HC-6) Electrolytic cell insulator

2026-6-14 10:39:55

DA20085 (HC-6) electrolytic cell insulator

[composite insulator]DA10056(HC-3) Electrolytic cell insulator

2026-6-14 10:39:43

DA10056 (HC-3) electrolytic cell insulator

[composite insulator]FXBZ series DC suspension composite insulator

2026-6-14 10:39:21

FXBZ series DC suspension composite insulator

drawing number	model	rated voltage	Rated mechanical load (kV)	Connection structure marking	Structural height	Minimum arc	Min nominal creepage distance	Lightning full wave impulse withstand voltage kV (peak value) ��	Operating impulse withstand voltage kV (effective value) ��	Power frequency wet withstand voltage kV (effective value) ��
Figure 11	FXBZ±500/160	±500	one hundred and sixty	twenty	5540±50	five thousand and thirty	twenty thousand two hundred and thirty	��2550	��1550	��600
Figure 11	FXBZ±500/210	±500	two hundred and ten	twenty	5540±50	five thousand and thirty	nineteen thousand and eight hundred	��2550	��1550	��600
Figure 11	FXBZ±500/300	±500	three hundred	twenty-four	5540±50	five thousand and ten	eighteen thousand three hundred and fifty	��2550	��1550	��600
Figure 11	FXBZ±500/400	±500	three hundred	twenty-four	6000±50	five thousand four hundred and ninety	twenty thousand and four hundred	��2550	��1550	��600
Figure 11	FXBZ±800/210	±500	four hundred	twenty-eight	6000±50	five thousand four hundred and fifty	twenty thousand and five hundred	��2550	��1550	��600
Figure 12	FXBZ±800/300	±800	two hundred and ten	twenty	10820±50	nine thousand eight hundred and fifteen	forty-one thousand and eight hundred	��3600	��1950	��900
Figure 12	FXBZ±800/400	±800	three hundred	twenty-four	10860±50	nine thousand eight hundred and ten	thirty-eight thousand seven hundred and ten	��3600	��1950	��900
Figure 12	FXBZ±800/530	±800	four hundred	twenty-eight	10910±50	nine thousand eight hundred and ten	thirty-eight thousand nine hundred and twenty	��3600	��1950	��900
Figure 12	FXBZ±800/210	±800	five hundred and thirty	thirty-two	10990±50	nine thousand eight hundred and eighteen	thirty-eight thousand nine hundred and twenty	��3600	��1950	��900
Figure 12	FXBZ±800/300	±800	two hundred and ten	twenty	11170±50	nine thousand seven hundred and ten	forty-one thousand eight hundred and sixty	��3600	��1950	��900
Figure 12	FXBZ±800/400	±800	three hundred	twenty-four	11270±50	nine thousand seven hundred and ten	thirty-eight thousand and seven hundred	��3600	��1950	��900
Figure 12	FXBZ±800/530	±800	four hundred	twenty-eight	11420±50	nine thousand seven hundred and fifty	thirty-nine thousand two hundred and eighty	��3600	��1950	��900
Figure 12	FXBZ±1000/530	±800	five hundred and thirty	thirty-two	11610±50	nine thousand seven hundred and ten	thirty-nine thousand two hundred and eighty	��3600	��1950	��900

Figure 11 DC 500kV-800kV DC Suspension Composite Insulators

Figure 12 DC ± 500kV - ± 800kV DC suspension composite insulator

FXBZ series DC suspension composite insulator

[composite insulator]FPEG-12/5 type high-voltage lightning protection needle insulator

2026-6-14 10:37:01

10KV transmission and distribution lines are the most commonly used voltage level lines in power systems. Due to the generally low insulation level of 10KV lines, they are difficult to withstand the effects of direct lightning strikes or induced lightning. Not only will they flashover and trip when lightning strikes the wires and tower tops, but also when lightning strikes surrounding trees or buildings, the induced voltage will be too high, causing flashover and insulation layer breakdown. The continuous power frequency arc will burn here, and the wires will be burned out in a very short time. At present, more and more 10KV distribution lines in major and medium-sized cities in China are using insulated conductors as overhead distribution lines, effectively solving the corridor and safety problems that are difficult to solve with bare conductors. Compared with underground cables, it has the advantages of low investment and fast construction. However, it also brings some new technical problems, one of which is lightning breakage during the operation of insulated conductors. Lightning breakage has become a safety problem faced by the power system. In order to address the shortcomings of existing technology, our company has newly developed lightning protection products such as FPEG-12 high-voltage lightning protection needle type composite insulators (divided into piercing and non piercing types). The above new products all have lightning protection function. These new lightning protection products have reliable performance, easy installation and construction, low investment, and high returns, providing a more economical, safe, and effective way for the power sector.

Product Introduction
FPEG-12 high-voltage line lightning protection needle type composite insulator (piercing/non piercing) is a new type of composite structure product, which not only has the function of ordinary needle insulators, but also plays the role of supporting wires and insulation; It also has the function of preventing lightning strikes. FPEG-12 high-voltage line lightning protection needle type composite insulator is a new type of lightning protection function combination structure used for two in one lightning protection insulation and supporting wires. It also has the protection function of preventing 10KV overhead insulated wires from lightning strikes and wire breakage. The installation and construction are convenient and reliable, and it greatly reduces the labor intensity of operators. Due to the integration of composite insulators and lightning protection clamps, the line is simplified and the cost is reduced. This product has reliable performance, low investment, and high returns, providing an economical and effective way for the power sector to prevent lightning strikes and wire breakage of 10KV overhead insulated wires, and has good promotion value.
2. Characteristics of FPEG-12 high-voltage line lightning protection needle type composite insulator
This product is ingeniously designed, easy and fast to install, and has good lightning protection effect.
2.1 Stable lightning discharge gap: It has a stable lightning discharge voltage, can locate the lightning impulse discharge path, and ensure that lightning occurs between lightning discharge gaps.
2.2 Secure and reliable wire clamp device: With a controllable penetrating outer insulation layer, it tightly and reliably contacts the wire, has good thermal stability, and can ensure the safe operation of overhead insulated wires.
2.3 High strength resistance to arc burning: Multiple times withstand arc burning, reliably dissipate power frequency arcs away from insulated wires and line insulators, and protect insulated wires from burns and wire breakage.
2.4 Easy and convenient installation: Directly installed to effectively prevent lightning strikes and wire breakage, equipped with insulation protective covers, the entire high-voltage electrode is wrapped in insulation covers, ensuring safe and reliable operation.
2.5 Composite insulators have better insulation performance than PS-15 and other electric porcelain insulators, and their creepage distance is larger, which improves the anti pollution level of insulators and can meet the anti pollution requirements of a large number of users for insulators.
2.6 The insulation shield is made of organic composite material, which has good insulation performance, anti-aging performance and flame retardant performance. It can be assembled outside the high-voltage electrode for insulation protection.
2.7 Unique structure to prevent birds from causing short circuit hazards to overhead wires.
4.8 Can withstand about 5 times of high current arc burning at power frequency.

Terms of Use
1. Environmental temperature: -40 ��~50 ��
2. Altitude not exceeding: 1500m altitude
3. Maximum wind speed: 35m/s
4. Seismic intensity: Level 8

Reference standards
GB/T20142-2006 Composite insulators for AC overhead lines with nominal voltage above 1000V - Definitions, test methods and acceptance criteria
JB/T8177-1999 General Technical Conditions for Hot Dip Galvanized Coating of Metal Accessories for Insulators
GB311.1-1997 Insulation Coordination of High Voltage Transmission and Transformation Equipment
GB/T775.1-2006 Test Methods for Insulators Part 1 General Test Methods
GB/T775.2/2003 Test Methods for Insulators Part 2 Electrical Test Methods
GB/T775.3/2006 Test Methods for Insulators Part 3 Mechanical Test Methods
JB/T9673-1999 Insulator Products

Bending strength: kN
Rated voltage: kV
Lightning protection needle insulator

Main technical parameters of FPEG-12/5 high-voltage lightning protection needle insulator

Model	Cross section of insulated wire mm2	Lightning full wave impulse withstand voltage (peak) KV	1-minute power frequency withstand voltage (effective value) KV		Power frequency arc current (effective value) KA	Rated bending withstand load KN	Minimum nominal climbing distance mm	remark
Model	Cross section of insulated wire mm2	Lightning full wave impulse withstand voltage (peak) KV	dry	wet	Power frequency arc current (effective value) KA	Rated bending withstand load KN	Minimum nominal climbing distance mm	remark
FPEG-12/5	50/300	seventy-five	fifty	forty-two	twelve point five	four	four hundred	puncture type
FPEG-12/5L	50/300	seventy-five	fifty	forty-two	twelve point five	four	four hundred	Non puncture type

FPEG-12/5 high-voltage lightning protection needle insulator

[composite insulator]HFG-12/5 Puncture type lightning protection composite insulator

2026-6-14 10:36:28

HFG-12/5 puncture type lightning protection composite insulator

[composite insulator]FXB-21/70CT Suspension composite insulator

2026-6-14 10:34:46

name	model	rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning full wave impulse withstand voltage (kV)
Suspended composite insulator	FXB-21/70CT	twenty-one	seventy	300±15	one hundred and forty	five hundred and thirty	127/102	ninety-two	one hundred and ninety

FXB-21/70CT Suspension Composite Insulator

[composite insulator]FXB1-24/70YB Suspension composite insulator

2026-6-14 10:34:34

name	model	rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB1- 24/70YB	twenty-four	seventy	460±15	two hundred and sixty	six hundred and fifty	one hundred and eight	seventy-five	two hundred

FXB1-24/70YB Suspension Composite Insulator

[composite insulator]FXB3-24/120SB Suspension composite insulator

2026-6-14 10:34:22

FXB3-24/120SB Suspension Composite Insulator

name	model	Rated voltage (kV)	Rated mechanical load (kN)	Structural height (mm)	Minimum nominal creepage distance (mm)	umbrella diameter (mm)	Power frequency wet withstand voltage (Effective value) (kV)	Standard lightning full wave impulse withstand voltage (kV)
Suspended composite insulator	FXB3- 24/120SB	twenty-four	one hundred and twenty	598±10	one thousand	125/93	fifty	one hundred and fifty

FXB3-24/120SB Suspension Composite Insulator

[composite insulator]FXB3-110/160(120)SB Suspension composite insulator

2026-6-14 10:34:09

name	model	rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB3-110/160 (120)SB	one hundred and ten	160 (120)	1552±15 1470±15	one thousand two hundred and forty-seven	four thousand five hundred and eighty	126/96	three hundred and fifty-five	seven hundred and fifty

FXB3-110/160 (120) SB Suspension Composite Insulator

[composite insulator]FXB-66/70SB Suspension composite insulator

2026-6-14 10:33:57

name	model	rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB- 66/70SB	sixty-six	seventy	890±15	seven hundred and four	two thousand two hundred and forty	139/109	one hundred and eighty-five	four hundred and ten

FXB-66/70SB Suspension Composite Insulator

[composite insulator]FXBW4-35/70CT Suspension composite insulator

2026-6-14 10:33:45

name	model	rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning full wave impulse Withstand voltage (kV)
Suspended composite insulator	FXBW4-35/70CT	thirty-five	seventy	630±15	four hundred and forty-five	one thousand two hundred and eighty	140/108	ninety-five	two hundred and thirty

FXBW4-35/70CT Suspension Composite Insulator

[composite insulator]FXBW4-36/70SB Suspension composite insulator

2026-6-14 10:33:32

name	model	rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXBW4-36/70SB	thirty-six	seventy	640±15	four hundred and forty-five	one thousand two hundred and thirty	125/93	ninety-five	two hundred and thirty

FXBW4-36/70SB Suspension Composite Insulator

[composite insulator]FXB-36/70CT Suspension composite insulator

2026-6-14 10:33:20

name	model	Rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB-36/70CT	thirty-six	seventy	519±15	three hundred and thirty-three	eight hundred and twenty	ninety-eight	eighty	two hundred and ten

FXB-36/70CT Suspension Composite Insulator

[composite insulator]FXB1-25/70CT Suspension composite insulator

2026-6-14 10:33:08

name	model	Rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB1-25/70CT	twenty-five	seventy	456±15	two hundred and sixty	six hundred and fifty	one hundred and eight	seventy-five	two hundred

FXB1-25/70CT Suspension Composite Insulator

[composite insulator]FXB1-24/70ST Suspension composite insulator

2026-6-14 10:32:56

name	model	Rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB1- 24/70ST	twenty-four	seventy	390±15	one hundred and ninety-two	six hundred and fifty	one hundred and sixteen	seventy	one hundred and fifty

FXB1-24/70ST Suspension Composite Insulator

[composite insulator]FXB1-24/70CT Suspension composite insulator

2026-6-14 10:32:44

name	model	Rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB1-24/70CT	twenty-four	seventy	455±15	two hundred and sixty	six hundred and eighty	one hundred	seventy	one hundred and fifty-five

FXB1-24/70CT Suspension Composite Insulator

[composite insulator]FXB1-15/70CT Suspension composite insulator

2026-6-14 10:32:33

name	model	Rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB1- 15/70CT	fifteen	seventy	380±15	one hundred and ninety-five	four hundred and sixty	eighty-eight	sixty-five	one hundred and forty

FXB1-15/70CT Suspension Composite Insulator

[composite insulator]FXB1-15/70CE Suspension composite insulator

2026-6-14 10:32:22

name	model	Rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB1-15/70CE	fifteen	seventy	425±15	two hundred and forty	five hundred and ten	eighty-eight	sixty-five	one hundred and forty-five

FXB1-15/70CE Suspension Composite Insulator

[composite insulator]FXB-12/70CT Composite suspension rod insulator (outlet type)

2026-6-14 10:32:11

name	model	Rated voltage (kV)	Rated Machinery load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Power frequency humidity resistance Receiving voltage (Effective value) (kV)	Standard lightning Full wave shock Withstand voltage (kV)
Suspended composite insulator	FXB-12/70CT	twelve	seventy	330±15	one hundred and fifty	three hundred and fifty-five	eighty-eight	forty-five	one hundred and five

FXB-12/70CT composite suspension rod insulator (outlet type)

[composite insulator]FX-WP disc-shaped suspended composite ceramic insulator FX-WP-70,FX-WP-100,FX-WP-120,FX-WP-160

2026-6-14 10:24:35

The FX-WP disc-shaped suspension composite ceramic insulator draws on the advantages of ceramic insulators and silicone rubber insulators: the solid pouring structure of the end connection fittings and the ceramic core disc maintains the stable and reliable mechanical tensile strength of the original ceramic insulator. The silicone rubber composite formed by injection molding on the surface of the porcelain core disc is externally matched, which makes it have a series of characteristics superior to porcelain insulator, such as hydrophobicity, anti-aging, strong resistance to electric corrosion, light weight, etc., and solves the problem that composite insulators cannot be used for tension poles in high-voltage lines (especially 110KV-750KV).

FX-WP disc-shaped suspension composite ceramic insulator can be used in various occasions of 10KV-750KV overhead power lines. The end connection fittings are consistent with disc-shaped suspension ceramic insulators of the same specifications and can be interchanged.

insulator model	Main parameters			Connection type marking	Mechanical and electrical damage load ��KN��	Lightning full wave impulse withstand voltage (peak value) ��KV�ݣ�	Power frequency voltage (KV) (Effective value not less than)
insulator model	Nominal structural height ��H��	Nominal umbrella Diameter (D)	Minimum nominal creepage distance (L)	Connection type marking	Mechanical and electrical damage load ��KN��		One minute moisture tolerance	puncture
FX-WP-70	one hundred and forty-six	two hundred and eighty	400±16	sixteen	seventy	one hundred and twenty	forty-five	one hundred and twenty
FX-WP-100	one hundred and forty-six	three hundred and twenty	440±16	sixteen	one hundred	one hundred and twenty	forty-five	one hundred and twenty
FX-WP-120	one hundred and fifty-five	three hundred and twenty	440±16	sixteen	one hundred and twenty	one hundred and twenty	forty-five	one hundred and twenty
FX-WP-160	one hundred and fifty-five	three hundred and twenty	440±16	twenty	one hundred and sixty	one hundred and thirty	fifty	one hundred and twenty
FX-WP-210	one hundred and seventy	three hundred and twenty	440±16	twenty	two hundred and ten	one hundred and thirty	fifty	one hundred and twenty
FX-WP-240	one hundred and seventy	three hundred and twenty	440±16	twenty	two hundred and forty	one hundred and thirty	fifty	one hundred and twenty
FX-WP-300	one hundred and ninety-five	three hundred and twenty	440±16	twenty-four	three hundred	one hundred and thirty	fifty	one hundred and twenty
FX-WP-400	two hundred and five	three hundred and fifty	525±16	twenty-eight	four hundred	one hundred and forty	fifty	one hundred and thirty
FX-WP-530	two hundred and forty	three hundred and sixty	545±16	thirty-two	five hundred and thirty	one hundred and forty	fifty-five	one hundred and thirty

[composite insulator]FYTX Rod shaped suspension composite windproof insulator

2026-6-14 10:12:11

The FYTX rod-shaped suspension composite windproof insulator adopts the flexibility of the insulation rod to reduce the large torque generated by instantaneous wind deviation, ensuring that the composite insulator can withstand tensile and bending loads, thereby avoiding jumper wind deviation tripping accidents, which is conducive to the safe operation of the line. It has strong rigid and flexible characteristics damping and wind deviation suppression ability, can withstand wind deviation swing, and is of great significance for ensuring the safe operation of the power grid.

Technical parameters of FYTX rod-shaped suspension composite windproof insulator

Product Model	Rated voltage kV	Rated tensile load kv	Rated bending load kv	Structural height kV	Insulation distance mm	Minimum nominal creepage distance mm	Lightning impulse withstand voltage (peak) kV	Power frequency withstand voltage (effective value) kV
FYTX-35/100-0.8TQ	thirty-five	one hundred	zero point eight	700±20	four hundred and forty-five	one thousand and four hundred	two hundred and thirty	ninety-five
FYTX-66/100-0.8TQ	sixty-six	one hundred	zero point eight	940±20	six hundred and eighty-five	two thousand two hundred and sixty	four hundred and ten	one hundred and eighty-five
FYTX-110/100-0.4TA	one hundred and ten	one hundred	zero point four	1260±30	one thousand and five	three thousand three hundred and fifty	five hundred and fifty	two hundred and thirty
FYTX1-110/100-0.4TQ	one hundred and ten	one hundred	zero point four	1300±30	one thousand and forty-five	three thousand four hundred and fifty	five hundred and sixty	two hundred and forty
FYTX3-110/100-0.4TQ	one hundred and ten	one hundred	zero point four	1380±30	one thousand one hundred and twenty-five	three thousand and eight hundred	five hundred and eighty	two hundred and fifty
FYTX5-110/100-0.4TQ	one hundred and ten	one hundred	zero point four	1460±30	one thousand two hundred and five	four thousand	six hundred	two hundred and sixty
FYTX-220/100-0.4TQ	two hundred and twenty	one hundred	zero point four	2220±30	one thousand nine hundred and sixty-five	six thousand seven hundred and ninety	one thousand	three hundred and ninety-five

FYTX rod-shaped suspension composite windproof insulator

[composite insulator]FFLW-24KV High voltage needle type composite puncture type (non puncture type) anti arc insulator

2026-6-14 10:12:03

Model	Cross section of insulated wiremm2	rated voltagekv	Rated bending withstand loadkN	Structural heightmm	insulation distancemm	Min nominal creepage distance mm	Lightning full wave impulse withstand voltage (peak value)kV	1minPower frequency withstand voltage (effective value)kV	remark
FFLW-24/5T20	70/240	twenty-four	five	three hundred and eighty	two hundred and eighty-six	seven hundred	one hundred and sixty	ninety-five	Puncture type
FFLW-24/5T20	70/240	twenty-four	five	three hundred and eighty	two hundred and eighty-six	seven hundred	one hundred and sixty	ninety-five	Non puncture type

FFLW-24KV high-voltage needle type composite puncture type (non puncture type) anti arc insulator

[composite insulator]FFLW-12 series high-voltage needle type composite puncture type (non puncture type) anti arc insulator

2026-6-14 10:11:55

FFLW-12/5T20 puncture type (non puncture type) anti arc insulator is a new type of composite structure product. Insulated conductors are widely used in distribution lines both domestically and internationally, but their inherent lack of lightning resistance makes them prone to wire breakage accidents when struck by lightning. This product is a new type of combined structure two in one puncture type anti arc insulator. Its composite insulator has good insulation performance and anti pollution level, and can be used for insulation and supporting wires in 10KV overhead power lines. It also has the protection function of preventing 10KV overhead insulated wires from lightning strikes and wire breakage. This product also has a moving pressure block and a puncture type tooth structure to prevent the wire from moving due to thermal expansion and contraction. The installation and construction are convenient and reliable, and there is no need to peel off the insulation layer, which can avoid water ingress and corrosion of the wire core.

FFLW-12 series high-voltage needle type composite puncture type (non puncture type) anti arc insulator model specifications

Model	Cross section of insulated wiremm2	rated voltagekv	Rated bending withstand loadkN	Structural heightmm	insulation distancemm	Min nominal creepage distance mm	Lightning full wave impulse withstand voltage (peak value)kV	1minPower frequency withstand voltage (effective value)kV	remark
FFLW-12/5T20	70/240	twelve	five	two hundred and fifty-five	one hundred and sixty	three hundred and eighty	seventy-five	forty	Puncture type
FFLW-12/5T20	70/240	twelve	five	two hundred and fifty-five	one hundred and sixty	three hundred and eighty	seventy-five	forty	Non puncture type

FFLW-12 series high-voltage needle type composite puncture type (non puncture type) anti arc insulator

[composite insulator]Non piercing lightning protection pillar insulator

2026-6-14 10:11:45

Model	Cross section of insulated wire mm^two	Lightning full wave impulse withstand voltage (peak) KV	1-minute power frequency withstand voltage (effective value) KV		Power frequency arc current (effective value) KA	Rated bending withstand load KN	Minimum nominal climbing distance mm	remark
			dry	wet
FEG-12/5C	50/300	seventy-five	fifty	forty-two	twelve point five	five	four hundred	Non puncture type

FEG-12/5C non piercing lightning protection post insulator

[composite insulator]FPQ-35/6T20 Composite insulator

2026-6-14 10:11:37

FPQ-35/6T20 composite insulator

[composite insulator]FEG type lightning protection piercing post insulator

2026-6-14 9:51:26

The FEG type lightning protection piercing post insulator is a protective device for fixing insulated wires and preventing overhead insulated wires from being broken by lightning strikes. It is suitable for copper and aluminum overhead insulated wires.

FQB-25kV

Model specification description

performance parameters
1. Lightning full wave impulse withstand voltage (peak value) KV: 100
2. 1-minute power frequency withstand voltage (effective value) KV: 50
3. Power frequency arc current (effective value) KA: 12.4
4. Rated bending withstand load KN:5
5. Electric small nominal creepage distance mm: 360
6. The puncture site is coated with a unique waterproof insulation paste

Installation Instructions
The FEG type lightning protection piercing post insulator is installed on the cross arm, and the nuts can be tightened, which is the same as the traditional installation method of insulators. The arc striking rod is facing the load side. At this time, the outer layer of the conductor should be close to the bottom of the trunking, and the piercing teeth should pierce the insulation layer of the conductor and be closely connected with the internal conductive layer of the conductor. The insulation shield should be installed outside the clamp seat, and the insulation shield should be fixed with a fixing buckle. Refer to the above installation schematic diagram.

Model	Range of wire cross-sectional area (mm)2)
FEG-12/5(50-240)	50-240

[composite insulator]FXBW4-66/70 Composite Suspension Insulator

2026-6-13 19:55:53

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-66/70	sixty-six	seventy	nine hundred	seven hundred and ten	two thousand one hundred and forty	148/118	four hundred and ten	one hundred and eighty-five

FXBW4-66/70 composite suspension insulator

[composite insulator]FXBW4-330/160 Composite Suspension Insulator

2026-6-13 19:55:41

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-330/160	three hundred and thirty	one hundred and sixty	two thousand nine hundred and ninety	two thousand and six hundred	nine thousand and seventy-five	148/118	one thousand four hundred and twenty-five	five hundred and seventy

FXBW4-330/160 composite suspension insulator

[composite insulator]F Series 10-220KV Composite Insulators

2026-6-13 19:40:02

F series 10-220KV composite insulator

FPQ composite pin insulator FXBW composite rod suspension insulator
FS composite rod cross arm insulator FZSW composite rod support insulator
FQX electrified railway insulator FCGW composite dry-type wall bushing
product structure
This series of products consists of three parts: glass fiber epoxy resin pull rod, silicone rubber umbrella skirt, and fittings. The silicone rubber umbrella skirt adopts integral injection molding technology, which solves the key problem affecting the reliability of composite insulators - interface electrical breakdown. The connection between the glass pulling rod and the metal fittings adopts a unique bonding process, and can use the most advanced crimping process in China. It is equipped with a fully automatic ultrasonic testing system, with high strength, beautiful appearance, small volume, light weight, and the metal fittings can be galvanized to prevent rust and corrosion. It can be interchanged with ceramic insulators. This product has a reliable structure, does not damage the core rod, and can fully exert its structural strength.
Product performance
Superior electrical performance, high mechanical strength, and the internal load-bearing epoxy glass fiber pull rod has a tensile and bending strength that is 2 times higher than ordinary steel and 8-10 times higher than high-strength ceramic materials, effectively improving the reliability of safe operation. Good pollution resistance and strong anti pollution flashover ability. Its wet withstand voltage and pollution withstand voltage are 2-2.5 times that of ceramic insulators with the same creepage distance, and it does not require cleaning. It can operate safely in heavily polluted areas. Small size, light weight (only 1/6/19 of porcelain insulators of the same voltage level), lightweight structure, easy to transport and install. The silicone rubber umbrella skirt has good hydrophobicity, and its overall structure ensures that the internal insulation is not affected by moisture, without the need for preventive insulation monitoring tests or cleaning, reducing daily maintenance workload. Good sealing performance, strong resistance to electrical corrosion, and the umbrella skirt material has a resistance to leakage and tracing up to TMA4.5 level. It has good aging resistance, corrosion resistance, and low temperature resistance, and can be applied to areas between -40 �� and 50 ��. It has strong impact resistance and shock resistance, good anti brittleness and creep resistance, is not easy to break, has high bending and torsional strength, can withstand internal pressure, strong explosion-proof force, and can be interchangeable with porcelain and glass insulators. The composite insulator series products have better mechanical and electrical properties than ceramic insulators, with a large operating safety margin, and are updated products for power lines.

Model Description of F Series 10-220KV Composite Insulators

Composite cross arm insulator
This product is suitable for improving urban power grid technology and can effectively utilize the narrow corridor area of the city to boost power transmission. It can also reduce tower height and save a lot of financial and material resources. Due to its high bending strength, it can prevent the cascading fracture accidents that are prone to occur in ceramic crossarms, and has good stain resistance, making it an irreplaceable product for ceramic crossarms

Main technical parameters

Composite suspension insulator
This product is particularly suitable for polluted areas, high mechanical tensile loads, large spans, and compact circuits. It has the advantages of light weight, small size, not easy to break, high bending and torsional strength, and strong explosion resistance. Main technical parameters (crimping process)

Main technical parameters (crimping process)

Composite pin insulator
This product is suitable for high-voltage line facilities. It has good hydrophobicity, aging resistance, resistance to electric leakage, marking and corrosion resistance, high tensile strength and bending strength, high mechanical strength, good impact resistance, shock resistance and brittle fracture resistance, light weight, easy installation, and the top and bottom installation dimensions are the same as those of the corresponding ceramic needle type installation dimensions, which can be interchanged.

Main technical parameters

Composite pillar insulator
This product is suitable for power station facilities. It has good hydrophobicity, aging resistance, resistance to electric leakage and pitting, high tensile strength and bending strength, high mechanical strength, good impact resistance, shock resistance and brittle fracture resistance, light weight, and easy installation. Its top and bottom installation dimensions are the same as those of the corresponding ceramic needle type installation dimensions, and can be interchanged.

Main technical parameters

Composite insulators for electrified railways
This product is suitable for electrified railway tunnels with complex operating conditions, effectively preventing pollution flashover accidents and reducing cleaning and maintenance workload. Due to its small size, it is an irreplaceable product for porcelain and glass insulators when the tunnel clearance is small.

Main technical parameters

F series 10-220KV composite insulator

[composite insulator]FZS8-17.5/5 Composite post insulator

2026-6-13 19:30:03

FZS8-17.5/5 composite post insulator

[composite insulator]FXBUW-10/70 Composite suspension insulator

2026-6-13 19:29:55

FXBUW-10/70 composite suspension insulator

[composite insulator]FXBOW-10/70 Composite suspension insulator

2026-6-13 19:29:46

FXBOW-10/70 composite suspension insulator

[composite insulator]FXBOW-1/10 Tensile suspension insulator

2026-6-13 19:29:38

FXBOW-1/10 tension suspension insulator

[composite insulator]FQX-25 type composite insulator for electrified railways

2026-6-13 19:29:29

Main types, dimensions, and electromechanical performance of FQX-25 composite insulators for electrified railways

insulator

model

connection

form

System standard

Voltage measurement

Rated machine

Mechanical stretching

Load kn

Lightning full wave impulse

Withstand voltage KV��

Peak value shall not be less than

Power frequency humidity tolerance

Voltage Kveff

(Effective value)

0.4mg/cm2 salt density

Artificial pollution resistance

Voltage Kveff

The smallest public

Called crawling electricity

Distance mm

structure

height

weight

Umbrella skirt

shape

FQX1-25

twenty-five

sixty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

six hundred and fifty

two point one

FQX2-25

twenty-five

twenty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

eight hundred and forty

two point eight

FQX3-25

twenty-five

twenty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

nine hundred and thirty

three point two

FQX1-25��

twenty-five

twenty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

seven hundred and sixty

three

FQE2-25��

twenty-five

twenty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

eight hundred and six

three point three

FQX4-25

twenty-five

sixty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

six hundred and forty-five

two

FQX5-25

twenty-five

sixty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

six hundred and forty

two

FQE3-25��

twenty-five

twenty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

eight hundred and thirty-six

three point one

FQE4-25��

twenty-five

twenty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

six hundred and ninety-five

two point five

FQE5-25

twenty-five

twenty

two hundred and seventy

one hundred and thirty

forty

one thousand and four hundred

six hundred and ninety-five

This product must undergo a commonly known bending tensile load test, which results in a deformation deflection of less than 12mm under a 4KN tensile load and a bending distance of 100MM
**Made according to user requirements, weight changes accordingly.

[composite insulator]FZS3-126/10 type composite rod shaped post insulator

2026-6-13 19:29:20

model

height

Minimum electricity

Arc distance

Minimum nominal value

creepage distance

Rated mechanical failure load

power frequency voltage

Standard lightning full

Wave withstand voltage

(Peak) KV

The highest equipment

operating voltage

bend

reverse

KN.m

1 minute wet

Tolerant KV

1 minute dry

Tolerant KV

FZS_three-126/10

one thousand two hundred and twenty

one thousand and sixty

three thousand one hundred and eighty

ten

four

one hundred and eighty-five

two hundred and sixty-five

four hundred and fifty

one hundred and twenty-six

FZS3-126/10 type composite rod shaped post insulator

[composite insulator]FZS3-72.5/6 type composite rod shaped post insulator

2026-6-13 19:29:11

model

height

Minimum electricity

Arc distance

Minimum nominal value

creepage distance

Rated mechanical failure load

power frequency voltage

Standard lightning full

Wave withstand voltage

(Peak) KV

The highest equipment

operating voltage

bend

reverse

KN.m

1 minute wet

Tolerant KV

1 minute dry

Tolerant KV

FZS_three-72.5/6

seven hundred and seventy

six hundred and thirty-five

one thousand eight hundred and thirty

six

two

one hundred and forty

two hundred and sixty-five

three hundred and twenty-five

seventy-two point five

FZS3-72.5/6 type composite rod shaped post insulator

[composite insulator]FZS3-40.5/6 Composite rod shaped post insulator

2026-6-13 19:29:03

model

height

Minimum electricity

Arc distance

Minimum nominal value

creepage distance

Rated mechanical failure load

power frequency voltage

Standard lightning full

Wave withstand voltage

(Peak) KV

The highest equipment

operating voltage

bend

reverse

KN.m

1 minute wet

Tolerant KV

1 minute dry

Tolerant KV

FZS_three-40.5/6

four hundred and forty-five

three hundred and forty-five

one thousand and fifteen

six

one point five

eighty

one hundred

one hundred and eighty-five

forty point five

FZS3-40.5/6 composite rod shaped post insulator

[composite insulator]FZS3-12/5 Composite rod shaped post insulator

2026-6-13 19:28:54

FZS3-12/5 composite rod shaped post insulator

model

height

Minimum electricity

Arc distance

Minimum nominal value

creepage distance

Rated mechanical failure load

power frequency voltage

Standard lightning full

Wave withstand voltage

(Peak) KV

The highest equipment

operating voltage

bend

reverse

KN.m

1 minute wet

Tolerant KV

1 minute dry

Tolerant KV

FZS_three-12/5

two hundred and fifteen

one hundred and twenty-nine

three hundred

five

zero point six

thirty

forty-two

seventy-five

twelve

[composite insulator]FS3-110/10 Composite crossbar insulator

2026-6-13 19:28:45

model

Cable trunking and installation

Distance from the center of the hole

Minimum electricity

Arc distance

Minimum nominal value

creepage distance

installation aperture

��MM

Rated bending

Tolerant load

Power frequency wet withstand voltage

Pressure (effective value)

Standard lightning full

Wave withstand voltage

(Peak) KV

FS_three-110/10

one thousand two hundred and forty

one thousand and seventy

three thousand one hundred and eighty

twenty-four

ten

two hundred and thirty

five hundred and fifty

FS_three-10/2.5

three hundred and ninety

two hundred and seventy-four

three hundred and sixty-two

eighteen

two point five

forty-five

one hundred and sixty-five

FS_three-10/5

four hundred

two hundred and eighty

four hundred and ten

eighteen

five

fifty

one hundred and eighty-five

FS_three-35/5

six hundred and twenty

four hundred and ninety

one thousand and sixty

twenty-two

five

one hundred

two hundred and sixty-five

FS_three-66/6

eight hundred and ninety

seven hundred and thirty-five

one thousand eight hundred and fifteen

twenty-three

six

one hundred and eighty-five

four hundred and ten

FS3-110/10 composite cross arm insulator

[composite insulator]FS3-35/5 type composite cross arm insulator

2026-6-13 19:28:36

model

Cable trunking and installation

Distance from the center of the hole

Minimum electricity

Arc distance

Minimum nominal value

creepage distance

installation aperture

��MM

Rated bending

Tolerant load

Power frequency wet withstand voltage

Pressure (effective value)

Standard lightning full

Wave withstand voltage

(Peak) KV

FS_three-110/10

one thousand two hundred and forty

one thousand and seventy

three thousand one hundred and eighty

twenty-four

ten

two hundred and thirty

five hundred and fifty

FS_three-10/2.5

three hundred and ninety

two hundred and seventy-four

three hundred and sixty-two

eighteen

two point five

forty-five

one hundred and sixty-five

FS_three-10/5

four hundred

two hundred and eighty

four hundred and ten

eighteen

five

fifty

one hundred and eighty-five

FS_three-35/5

six hundred and twenty

four hundred and ninety

one thousand and sixty

twenty-two

five

one hundred

two hundred and sixty-five

FS_three-66/6

eight hundred and ninety

seven hundred and thirty-five

one thousand eight hundred and fifteen

twenty-three

six

one hundred and eighty-five

four hundred and ten

FS3-35/5 type composite cross arm insulator

[composite insulator]FS3-10/5 type composite cross arm insulator

2026-6-13 19:28:28

FS3-10/5 type composite cross arm insulator

model

Cable trunking and installation

Distance from the center of the hole

Minimum electricity

Arc distance

Minimum nominal value

creepage distance

installation aperture

��MM

Rated bending

Tolerant load

Power frequency wet withstand voltage

Pressure (effective value)

Standard lightning full

Wave withstand voltage

(Peak) KV

FS_three-110/10

one thousand two hundred and forty

one thousand and seventy

three thousand one hundred and eighty

twenty-four

ten

two hundred and thirty

five hundred and fifty

FS_three-10/2.5

three hundred and ninety

two hundred and seventy-four

three hundred and sixty-two

eighteen

two point five

forty-five

one hundred and sixty-five

FS_three-10/5

four hundred

two hundred and eighty

four hundred and ten

eighteen

five

fifty

one hundred and eighty-five

FS_three-35/5

six hundred and twenty

four hundred and ninety

one thousand and sixty

twenty-two

five

one hundred

two hundred and sixty-five

FS_three-66/6

eight hundred and ninety

seven hundred and thirty-five

one thousand eight hundred and fifteen

twenty-three

six

one hundred and eighty-five

four hundred and ten

FS3-10/5 type composite cross arm insulator

[composite insulator]FXBW6-10/70 type composite suspension rod insulator

2026-6-13 19:28:19

model

rated

voltage

Rated Machinery

tensile load

connection

mark

structure

height

Minimum electricity

Arc distance

Minimum nominal value

creepage distance

Lightning full wave impact resistance

Voltage (peak value)

Not less than KV

Power frequency 1-minute humidity tolerance

Voltage (effective value)

Not less than KV

voltage equalization

ring

(one)

FXBW6-10/70

ten

seventy

sixteen

380±15

one hundred and ninety

four hundred and eighty

one hundred and fifteen

forty-five

nothing

FXBW4-35/70

thirty-five

seventy

sixteen

650±15

four hundred and seventy

one thousand two hundred and eighty

two hundred and thirty

ninety-five

nothing

FXBW4-35/100

thirty-five

one hundred

sixteen

670±15

four hundred and fifty

one thousand two hundred and sixty

two hundred and thirty

ninety-five

nothing

FXBW4-66/70

sixty-six

seventy

sixteen

940±15

seven hundred

one thousand and nine hundred

four hundred and ten

one hundred and eighty-five

nothing

FXBW4-66/100

sixty-six

one hundred

sixteen

940±15

six hundred and eighty-five

one thousand eight hundred and seventy

four hundred and ten

one hundred and eighty-five

nothing

FXBW4-110/70

one hundred and ten

seventy

sixteen

1240±15

one thousand and thirty-five

three thousand one hundred and eighty

five hundred and fifty

two hundred and thirty

agreement

FXBW4-110/100

one hundred and ten

one hundred

sixteen

1240±15

one thousand and fifteen

three thousand one hundred and fifty

five hundred and fifty

two hundred and thirty

agreement

FXBW4-220/100

two hundred and twenty

one hundred

sixteen

2240±30

one thousand and ninety-five

six thousand and three hundred

one thousand

three hundred and ninety-five

agreement

FXBW6-10/70 composite suspension rod insulator

[composite insulator]FPQ2-10/3T20 Composite Pin Insulators

2026-6-13 19:28:10

Insulator model

Rated bending

Tolerant load

structure

height

insulating part

Maximum straight

Diameter MM

Minimum electricity

Arc distance

Minimum nominal creepage

distance

Lower end screw

Pattern diameter

rated

voltage

equipment

highest

voltage

Power frequency 1-minute wet withstand voltage

(Effective value)

Not less than KV

Lightning full wave impulse withstand voltage

(Peak value)

Not less than KV

FP-10/2T16

two

one hundred and sixty-one

one hundred and forty-six

one hundred and five

two hundred and ten

sixteen

ten

twelve

twenty-eight

seventy-five

FPQ1-10/4T20

four

one hundred and ninety-five

one hundred and forty-six

one hundred and twenty-seven

three hundred

twenty

ten

twelve

forty

ninety

FPQ2-10/3T20

three

two hundred and sixty

one hundred and forty-six

one hundred and eighty-four

four hundred and sixty

twenty

ten

twelve

fifty

one hundred and ten

FPQ2-10/3T20 composite pin insulator

[composite insulator]FPQ1-10/4T20 Composite Pin Insulators

2026-6-13 19:28:02

Insulator model

Rated bending

Tolerant load

structure

height

insulating part

Maximum straight

Diameter MM

Minimum electricity

Arc distance

Minimum nominal creepage

distance

Lower end screw

Pattern diameter

rated

voltage

equipment

highest

voltage

Power frequency 1-minute wet withstand voltage

(Effective value)

Not less than KV

Lightning full wave impulse withstand voltage

(Peak value)

Not less than KV

FP-10/2T16

two

one hundred and sixty-one

one hundred and forty-six

one hundred and five

two hundred and ten

sixteen

ten

twelve

twenty-eight

seventy-five

FPQ1-10/4T20

four

one hundred and ninety-five

one hundred and forty-six

one hundred and twenty-seven

three hundred

twenty

ten

twelve

forty

ninety

FPQ2-10/3T20

three

two hundred and sixty

one hundred and forty-six

one hundred and eighty-four

four hundred and sixty

twenty

ten

twelve

fifty

one hundred and ten

FPQ1-10/4T20 composite pin insulator

[composite insulator]NC type composite tensile insulation string

2026-6-13 19:23:19

The NC type composite tension insulation string is composed of composite insulators and energy-saving insulation tension fittings. It has the advantages of compact structure, easy installation, reliable insulation, strong pollution resistance, and significant energy saving, and is widely loved by users.

NC type composite tensile insulation string

[composite insulator]FXBW-15/70 type composite suspension rod insulator

2026-6-13 19:08:41

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW-15/70	fifteen	seventy	four hundred and forty-five	two hundred and twenty-five	six hundred and twenty	98/88	one hundred and five	forty-two

FXBW-15/70 composite suspension rod insulator

[composite insulator]FXBW-24/70 type composite suspension rod insulator

2026-6-13 19:08:32

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW-24/70	twenty-four	seventy	four hundred and fifty	two hundred and thirty-five	six hundred and thirty-five	98/88	one hundred and fifty	sixty-five

FXBW-24/70 composite suspension rod insulator

[composite insulator]FXB2-24/70 type composite suspension rod insulator

2026-6-13 19:08:23

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXB2-24/70	twenty-four	seventy	four hundred and fifty	two hundred and sixty-five	six hundred and forty-three	ninety-two	one hundred and fifty	sixty-five

FXB2-24/70 composite suspension rod insulator

[composite insulator]FXBW-28/70 type composite suspension rod insulator

2026-6-13 19:08:15

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW-28/70	twenty-eight	seventy	five hundred and sixty	three hundred and eighty	one thousand two hundred and fifty	92/62	two hundred and thirty	ninety-five

FXBW-28/70 composite suspension rod insulator

[composite insulator]FXBW-33/70 type composite suspension rod insulator

2026-6-13 19:08:06

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW-33/70	thirty-three	seventy	five hundred and sixty	three hundred and eighty	one thousand one hundred and thirty	92/62	two hundred and thirty	ninety-five

FXBW-33/70 composite suspension rod insulator

[composite insulator]FXB-35/70 type composite suspension rod insulator

2026-6-13 19:07:57

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXB-35/70	thirty-five	seventy	five hundred and fifty	three hundred and ninety	eight hundred and fifty	ninety-two	two hundred and thirty	ninety-five

FXB-35/70 composite suspension rod insulator

[composite insulator]FXB-36/70 type composite suspension rod insulator

2026-6-13 19:07:47

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXB-36/70	thirty-six	seventy	five hundred and eighty	three hundred and eighty	one thousand two hundred and fifty	eighty-eight	two hundred and thirty	ninety-five

FXB-36/70 composite suspension rod insulator

[composite insulator]FPQ2-36/5 type composite electrified railway insulator

2026-6-13 19:07:30

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FPQ2-36/5	thirty-six	five	six hundred and twenty	four hundred and sixty	one thousand one hundred and sixty	145/115	two hundred and thirty	ninety-five

FPQ2-36/5 type composite electrified railway insulator

[composite insulator]FXB-12/70 type composite suspension rod insulator

2026-6-13 19:07:21

The FXB-12/70 composite suspension rod insulator is suitable for high-voltage line facilities. It has good hydrophobicity, aging resistance, tracking resistance and resistance to electric erosion, high tensile strength and bending strength, high mechanical strength, good impact resistance, shock resistance and brittle fracture resistance, light weight, easy installation, and the top and bottom installation dimensions are the same as the corresponding ceramic needle installation dimensions, which can be interchanged.

Product Type:

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXB-12/70	twelve	seventy	three hundred and fifty	one hundred and ninety	four hundred and thirty	ninety-two	one hundred and five	forty-two

FXB-12/70 composite suspension rod insulator

[composite insulator]FS-10/5 type composite cross arm insulator

2026-6-13 19:06:03

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FS-10/5	ten	five	two hundred and fifty	one hundred and eighty	three hundred and eighty	ninety	seventy-five	forty-two

FS-10/5 type composite cross arm insulator

[composite insulator]FS-15/6 type composite cross arm insulator

2026-6-13 19:05:54

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FS-15/6	fifteen	six	four hundred and forty	two hundred and fifty	five hundred and forty-two	eighty	one hundred and forty	seventy

FS-15/6 type composite cross arm insulator

[composite insulator]FSW-35/5 type composite cross arm insulator

2026-6-13 19:05:45

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FSW-35/5	thirty-five	five	six hundred and forty-five	four hundred and ninety	one thousand four hundred and sixty	145/115	two hundred and sixty-five	ninety-five

FSW-35/5 type composite cross arm insulator

[composite insulator]FS-35/6 type composite cross arm insulator

2026-6-13 19:05:37

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FS-35/6	thirty-five	six	six hundred and forty-five	four hundred and ninety	one thousand one hundred and sixty-eight	one hundred and forty-two	two hundred and sixty-five	ninety-five

FS-35/6 type composite cross arm insulator

[composite insulator]FS-110/10 type composite cross arm insulator

2026-6-13 19:05:28

FS-110/10 type composite cross arm insulator

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FS-110/10	one hundred and ten	ten	one thousand two hundred and sixty	one thousand and one hundred	three thousand one hundred and fifty	one hundred and seventy	five hundred and fifty	two hundred and thirty

FS-110/10 type composite cross arm insulator

[composite insulator]FSW-110/10 type composite cross arm insulator

2026-6-13 19:05:20

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FSW-110/10	one hundred and ten	ten	one thousand two hundred and seventy	one thousand and eighty	three thousand five hundred and ten	220/190	five hundred and fifty	two hundred and thirty

FSW-110/10 type composite cross arm insulator

[composite insulator]FZSW-10/4 type composite post insulator

2026-6-13 19:04:27

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FZSW-10/4	ten	four	two hundred and fifteen	one hundred and twenty-five	two hundred and ninety	100/90	seventy-five	forty-two

FZSW-10/4 type composite post insulator

[composite insulator]FZSW-35/6 type composite post insulator

2026-6-13 19:04:19

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FZSW-35/6	thirty-five	six	four hundred and fifty	three hundred and sixty	nine hundred and forty-six	148/118	one hundred and eighty-five	ninety-five

FZSW-35/6 type composite post insulator

[composite insulator]FZSW-66/6 type composite post insulator

2026-6-13 19:04:10

FZSW-66/6 type composite post insulator

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FZSW-66/6	sixty-six	six	seven hundred and sixty	six hundred and thirty	one thousand eight hundred and eighty-six	160/130	four hundred and ten	one hundred and eighty-five

[composite insulator]FZSW-66/8 type composite post insulator

2026-6-13 19:04:02

FZSW-66/8 type composite post insulator

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FZSW-66/8	sixty-six	eight	seven hundred and sixty	six hundred and thirty	two thousand and ten	220/190	four hundred and ten	one hundred and eighty-five

FZSW-66/8 type composite post insulator

[composite insulator]FZS-20/8 type composite post insulator

2026-6-13 19:03:53

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FZS-20/8	twenty	eight	four hundred	three hundred and twenty	seven hundred and fifty	one hundred and forty-two	one hundred and fifty	sixty-five

FZS-20/8 type composite post insulator

[composite insulator]FZSW-220/10 type composite post insulator

2026-6-13 19:03:44

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FZSW-220/10	two hundred and twenty	ten	two thousand four hundred and forty	two thousand and two hundred	seven thousand and sixty	220/190	one thousand	three hundred and ninety-five

FZSW-220/10 type composite post insulator

[composite insulator]FXBW4-10/70 type composite suspension insulator

2026-6-13 19:03:36

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-10/70	ten	seventy	four hundred	two hundred	four hundred and eighty	148/118	seventy-five	forty-two

FXBW4-10/70 composite suspension insulator

[composite insulator]FXBW4-35/70 type composite suspension insulation

2026-6-13 19:03:27

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-10/100	ten	one hundred	four hundred and fifty	two hundred	four hundred and eighty	148/118	seventy-five	forty-two

FXBW4-35/70 composite suspension insulation

[composite insulator]FXBW4-35/70 type composite suspension insulator

2026-6-13 19:03:19

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-35/70	thirty-five	seventy	six hundred and fifty	four hundred and fifty	one thousand three hundred and twenty	148/118	two hundred and thirty	ninety-five

FXBW4-35/70 composite suspension insulation

[composite insulator]FXBW4-35/100 type composite suspension insulator

2026-6-13 19:03:10

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-35/100	thirty-five	seventy	seven hundred and twenty	five hundred and twenty	one thousand and six hundred	148/118	seventy-five	ninety-five

FXBW4-35/100 composite suspension insulator

[composite insulator]FXBW4-66/100 type composite suspension insulator

2026-6-13 19:03:01

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-66/100	sixty-six	one hundred	nine hundred and forty	seven hundred and ten	two thousand one hundred and forty	148/118	four hundred and ten	one hundred and eighty-five

FXBW4-66/100 composite suspension insulator

[composite insulator]FXBW4-110/100 type composite suspension insulator

2026-6-13 19:02:53

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-110/100	one hundred and ten	one hundred	one thousand two hundred and forty	one thousand	three thousand three hundred and fifteen	148/118	five hundred and fifty	two hundred and thirty

FXBW4-110/100 composite suspension insulator

[composite insulator]FXBW4-220/160 type composite suspension insulator

2026-6-13 19:02:44

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-220/160	two hundred and twenty	one hundred and sixty	two thousand two hundred and forty	one thousand and nine hundred	six thousand and three hundred	148/118	one thousand	three hundred and ninety-five

FXBW4-220/160 composite suspension insulator

[composite insulator]FXBW4-145/120 type composite suspension insulator

2026-6-13 19:02:35

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-145/120	one hundred and forty-five	one hundred and twenty	one thousand four hundred and eighty	one thousand two hundred and forty	four thousand one hundred and twenty-three	148/118	seven hundred and twenty-five	three hundred and fifty-five

FXBW4-145/120 composite suspension insulator

[composite insulator]FXBW4-220/100 type composite suspension insulator

2026-6-13 19:02:27

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-220/100	two hundred and twenty	one hundred	two thousand two hundred and forty	one thousand and nine hundred	six thousand and three hundred	148/118	one thousand	three hundred and ninety-five

FXBW4-220/100 composite suspension insulator

[composite insulator]FXBW4-110/100( Umbrella type composite suspension insulator

2026-6-13 19:02:18

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Min nominal creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FXBW4-110/100	one hundred and ten	one hundred	one thousand two hundred and forty	one thousand	three thousand three hundred and fifteen	148/118	five hundred and fifty	two hundred and thirty

FXBW4-110/100 (umbrella) type composite suspension insulator

[composite insulator]FPQ-10/4T20 type composite pin insulator

2026-6-13 19:02:10

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FPQ-10/4T20	ten	four	two hundred and fifteen	one hundred and twenty-five	two hundred and eighty	148/118	seventy-five	forty-two

FPQ-10/4T20 composite pin insulator

[composite insulator]FPQ4-10/5T20 type composite pin insulator

2026-6-13 19:02:01

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FPQ4-10/5T20	ten	five	two hundred and fifty	one hundred and sixty-five	four hundred and sixty	148/118	one hundred and five	forty-two

FPQ4-10/5T20 composite pin insulator

[composite insulator]FPS-105/5 series composite pin insulator

2026-6-13 19:01:52

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FPS-105/5	ten	five	two hundred and fifty	one hundred and eighty	three hundred and eighty	ninety	one hundred and five	forty-two

FPS-105/5 series composite pin insulator

[composite insulator]FPQ4-10/4T16 series composite pin insulator

2026-6-13 19:01:44

FPQ4-10/4T16 series composite pin insulator

Product Model	rated voltage (kV)	Rated machine Mechanical load (kN)	structure height (mm)	insulation distance (mm)	Minimum nominal value creepage distance (mm)	umbrella diameter (mm)	Peak value of lightning impulse withstand voltage (kV)	Power frequency endurance Receiving voltage valid value (kV)
FPQ4-10/4T16	ten	four	two hundred and forty	one hundred and sixty-five	four hundred and sixty	142/116	one hundred and five	forty-two

[composite insulator]PF series composite pin insulator

2026-6-13 18:52:25

PF series composite pin insulator technical parameter table:

Product Model	rated voltage Voltage (KV)	Rated bending Load (KN)	High structure Degree (mm)	Minimum arc Distance (mm)	Minimum nominal climb Electrical distance (mm)	umbrella diameter (mm)	Lightning impulse withstand voltage (KV)	Power frequency Lmin Withstand voltage () KV	Corresponding reality Object image
PFQ_one-10/2T16	ten	two	two hundred and forty	one hundred and ten	three hundred	146/112	ninety	forty	one
PFQ-10/4T20	ten	four	one hundred and eighty-three	one hundred and twenty-seven	three hundred	146/112	ninety	forty	two
PFQ-10/3T20	ten	three	two hundred and sixty	one hundred and eighty-four	four hundred and sixty	146/112	one hundred and ten	fifty	three
PFS-105/5	ten	five	two hundred and fifty	one hundred and seventy-three	three hundred and eighty	ninety	one hundred and five	fifty-two	four

PF series composite pin insulator

[composite insulator]FS-35/5 Series Composite Cross arm Insulators

2026-6-13 18:52:16

Product Model	rated voltage Voltage (KV)	Rated bending Load (KN)	High structure Degree (mm)	Minimum arc Distance (mm)	Minimum nominal climb Electrical distance (mm)	umbrella diameter (mm)	Lightning impulse withstand voltage (KV)	Power frequency Lmin Withstand voltage () KV	Corresponding reality Object image
FS-35/5	thirty-five	five	six hundred and forty-five	four hundred and eighty-four	one thousand and fifty	one hundred and forty-two	two hundred and sixty-five	one hundred	two

FS-35/5 series composite cross arm insulator

[composite insulator]FSW-35kV Composite crossbar insulator

2026-6-13 18:39:43

Insulator name	Insulator model	Rated voltage KV	Rated mechanical bending failure load (KN)	Structural height H. mm	Insulation distance h. mm	Minimum nominal creepage distance mm	Lightning impulse withstand voltage KV (peak)	Effective value of one minute wet withstand voltage at power frequency KV
Composite cross arm insulator	FS-35/5	thirty-five	three	six hundred and twenty	five hundred and twenty	one thousand three hundred and thirty-eight	two hundred and sixty-five	ninety-five

FSW-35kV composite cross arm insulator

[composite insulator]FSW-10kV Composite crossbar insulator

2026-6-13 18:39:35

Insulator name	Insulator model	Rated voltage KV	Rated mechanical bending failure load (KN)	Structural height H.mm	Insulation distance h. mm	Minimum nominal creepage distance mm	Peak value of lightning impulse withstand voltage (KV)	Effective value of one minute wet withstand voltage at power frequency (KV)
Composite cross arm insulator	FZSW-10/2.5	ten	two point five	four hundred and forty	three hundred and twenty	three hundred and eighty	eighty-five	forty-five

FSW-10kV composite cross arm insulator

[composite insulator]FZSW-110kV Pillar composite insulator

2026-6-13 18:39:26

Insulator name	Insulator model	Rated voltage KV	Rated Machinery Bending failure load (KN)	Structural height H (mm)	Insulation distance h (mm)	Minimum nominal creepage distance (mm)	Peak lightning impulse withstand voltage (KV)	Effective value of power frequency wet withstand voltage (KV)
Pillar composite insulator	FZSW-126/8	one hundred and ten	eight	one thousand and two hundred	one thousand and eighty	two thousand seven hundred and fifty	five hundred	two hundred and thirty

FZSW-11kV pillar composite insulator

[composite insulator]FZSW-66kV Pillar composite insulator

2026-6-13 18:39:18

Insulator name	Insulator model	Rated voltage KV	Rated mechanical failure load (KN)	Structural height H (mm)	Insulation distance h (mm)	Minimum nominal creepage distance (mm)	Peak lightning impulse withstand voltage (KV)	Effective value of power frequency wet withstand voltage (KV)
Rod shaped pillar composite insulator	FZSW-72.5/10	sixty-six	ten	seven hundred and seventy	six hundred and eighty	one thousand four hundred and fifty	three hundred and fifty	one hundred and fifty

FZSW-66kV pillar composite insulator

[composite insulator]FZSW-35kV Pillar composite insulator

2026-6-13 18:39:09

FZSW-35kV pillar composite insulator

Insulator name	Insulator model	Rated voltage KV	Rated mechanical failure load (KN)	Structural height H (mm)	Insulation distance h (mm)	Minimum nominal creepage distance (mm)	Peak lightning impulse withstand voltage (KV)	Effective value of power frequency wet withstand voltage (KV)
Rod shaped pillar composite insulator	FZSW-35/4	thirty-five	four	four hundred and forty-five	four hundred	one thousand three hundred and twenty	two hundred and thirty	ninety-five

FZSW-35kV pillar composite insulator

[composite insulator]FZSW-10kV Pillar composite insulator

2026-6-13 18:39:00

Insulator name	Insulator model	Rated voltage KV	Rated mechanical failure load (KN)	Structural height H (mm)	Insulation distance h (mm)	Minimum nominal creepage distance h (mm)	Peak lightning impulse withstand voltage (KV)	Effective value of power frequency wet withstand voltage (KV)
Trapezoidal pillar composite insulator	FZSW-10/4	ten	four	two hundred and fifty	one hundred and eighty	three hundred and eighty	eighty-five	forty-five

FZSW-10kV pillar composite insulator

[composite insulator]FPQW-10T Pin type composite insulator

2026-6-13 18:38:52

FPQW-10T pin type composite insulator

Insulator name	Insulator model	Rated voltage KV	Rated mechanical tensile load KN	Link structure markers	Structural height H (mm)	Minimum arc distance h (mm)	Minimum nominal creepage distance L, mm	The lightning full wave impulse withstand voltage KV (peak value) shall not be less than	The one minute wet withstand voltage KV of the power frequency shall not be less than	Weight of insulator kg
Composite style insulator	FPQW-10T	ten	three	M20	two hundred and sixty	one hundred and sixty	four hundred and sixty	one hundred and ten	fifty	two point two

FPQW-10T pin type composite insulator

[composite insulator]FPQ-10T Pin type composite insulator

2026-6-13 18:38:43

Insulator name	Insulator model	Rated voltage kV	Bending failure load (kV)	Link structure markers	Structural height H (mm)	Insulation distance h (mm)	Minimum nominal creepage distance (mm)	Lightning impulse durability, voltage depreciation (kV) not less than	One minute withstand voltage of power frequency	Weight of insulator
Composite pin insulator	FPQ-10T	ten	three	M20	two hundred and ten	one hundred and twenty	three hundred	ninety-five	forty	two

FPQ-10T pin type composite insulator

[composite insulator]FXBW-220kV Suspension composite insulator

2026-6-13 18:38:35

Insulator name	Insulator model	Rated voltage KV	Rated mechanical tensile load KN	Link structure markers	Structural height H (mm)	Minimum arc distance h (mm)	Minimum nominal creepage distance L, mm	The lightning full wave impulse withstand voltage KV (peak value) shall not be less than	The one minute wet withstand voltage KV of the power frequency shall not be less than	Weight of insulator kg
Rod shaped suspension composite insulator	FXBW4-220/100	two hundred and twenty	one hundred	sixteen	2240±15	one thousand and nine hundred	six thousand and three hundred	one thousand	three hundred and ninety-five	eight point eight
Rod shaped suspension composite insulator	FXBW4-220/160	two hundred and twenty	one hundred and sixty	twenty	2240±15	one thousand and nine hundred	six thousand and three hundred	one thousand	three hundred and ninety-five	ten point eight

FXBW-220kV Suspension Composite Insulator

[composite insulator]FXBW-110kV Suspension composite insulator

2026-6-13 18:38:26

Insulator name	Insulator model	Rated voltage KV	Rated mechanical tensile load KN	Link structure markers	Structural height H (mm)	Minimum arc distance h (mm)	Minimum nominal creepage distance L, mm	The lightning full wave impulse withstand voltage KV (peak value) shall not be less than	The one minute wet withstand voltage KV of the power frequency shall not be less than	Weight of insulator kg
Rod shaped suspension composite insulator	FXBW4-110/70	one hundred and ten	seventy	sixteen	1240±15	one thousand	three thousand one hundred and fifty	five hundred and fifty	two hundred and thirty	six point one
Rod shaped suspension composite insulator	FXBW4-110/100	one hundred and ten	one hundred	sixteen	1240±15	one thousand	three thousand one hundred and fifty	five hundred and fifty	two hundred and thirty	six point one

FXBW-110kV Suspension Composite Insulator

[composite insulator]FXBW-66kV Suspension composite insulator

2026-6-13 18:38:17

Insulator name	Insulator model	Rated voltage KV	Rated mechanical tensile load KN	Link structure markers	Structural height H (mm)	Minimum arc distance h (mm)	Minimum nominal creepage distance L, mm	The lightning full wave impulse withstand voltage KV (peak value) shall not be less than	The one minute wet withstand voltage KV of the power frequency shall not be less than	Weight of insulator kg
Rod shaped suspension composite insulator	FXBW4-66/70	sixty-six	seventy	sixteen	940±15	seven hundred	one thousand and nine hundred	four hundred and ten	one hundred and eighty-five	four point seven
Rod shaped suspension composite insulator	FXBW4-66/100	sixty-six	one hundred	sixteen	940±15	seven hundred	one thousand and nine hundred	four hundred and ten	one hundred and eighty-five	four point seven

FXBW-66kV Suspension Composite Insulator

[composite insulator]FXBW-35kV Suspension composite insulator

2026-6-13 18:38:08

Insulator name	Insulator model	Rated voltage KV	Rated mechanical tensile load KN	Link structure markers	Structural height H (mm)	Minimum arc distance h (mm)	Minimum nominal creepage distance L, mm	The lightning full wave impulse withstand voltage KV (peak value) shall not be less than	The one minute wet withstand voltage KV of the power frequency shall not be less than	Weight of insulator kg
Rod shaped suspension composite insulator	FXBW4-35/70	thirty-five	seventy	sixteen	650±15	four hundred and fifty	one thousand and fifteen	two hundred and thirty	ninety-five	three point four
Rod shaped suspension composite insulator	FXBW4-35/100	thirty-five	one hundred	sixteen	650±15	four hundred and fifty	one thousand and fifteen	two hundred and thirty	ninety-five	three point four

FXBW-35kV Suspension Composite Insulator

[composite insulator]FXBW4-10C series suspension composite insulator

2026-6-13 18:38:00

FXBW4-10C series suspension composite insulator

Insulator name	Insulator model	Rated voltage KV	Rated mechanical tensile load KN	Link structure markers	Structural height H (mm)	Minimum arc distance h (mm)	Minimum nominal creepage distance L, mm	The lightning full wave impulse withstand voltage KV (peak value) shall not be less than	The one minute wet withstand voltage KV of the power frequency shall not be less than	Weight of insulator kg
Rod shaped suspension composite insulator	FXBW4-10/70C	ten	seventy	sixteen	380±15	two hundred	four hundred	one hundred and sixty-five	fifty	two point two
Rod shaped suspension composite insulator	FXBW4-10/100C	ten	one hundred	sixteen	380±15	two hundred	four hundred	one hundred and sixty-five	fifty	two point two

FXBW4-10C series suspension composite insulator

[composite insulator]FXBW-10kV Suspension composite insulator

2026-6-13 18:37:51

FXBW-10kV Suspension Composite Insulator

Product Name	Product Model	Rated voltage KV	Rated mechanical tensile load KN	Link structure markers	Structural height H (mm)	Minimum arc distance h (mm)	Minimum nominal creepage distance L, mm	The lightning full wave impulse withstand voltage KV (peak value) shall not be less than	The one minute wet withstand voltage KV of the power frequency shall not be less than	Product weight kg
Rod shaped suspension composite insulator	FXBW4-10/70	ten	seventy	sixteen	380±15	two hundred	four hundred	one hundred and sixty-five	fifty	two point two
Rod shaped suspension composite insulator	FXBW4-10/100	ten	one hundred	sixteen	380±15	two hundred	four hundred	one hundred and sixty-five	fifty	two point two

FXBW-10kV Suspension Composite Insulator

[composite insulator]FSW-10kV Series Composite Cross arm Insulators

2026-6-13 18:27:23

Insulator name	Insulator model	Rated voltage KV	Rated mechanical bending failure load (KN)	Structural height H.mm	Insulation distance h. mm	Minimum nominal creepage distance mm	Peak value of lightning impulse withstand voltage (KV)	Effective value of one minute wet withstand voltage at power frequency (KV)
Composite cross arm insulator	FZSW-10/2.5	ten	two point five	four hundred and forty	three hundred and twenty	three hundred and eighty	eighty-five	forty-five

FSW-10kV series composite cross arm insulator

[composite insulator]FSW-35kV Series Composite Cross arm Insulators

2026-6-13 18:27:15

FSW-35kV series composite cross arm insulator

Insulator name	Insulator model	Rated voltage KV	Rated mechanical bending failure load (KN)	Structural height H. mm	Insulation distance h. mm	Minimum nominal creepage distance mm	Lightning impulse withstand voltage KV (peak)	Effective value of one minute wet withstand voltage at power frequency KV
Composite cross arm insulator	FS-35/5	thirty-five	three	six hundred and twenty	five hundred and twenty	one thousand three hundred and thirty-eight	two hundred and sixty-five	ninety-five

FSW-35kV series composite cross arm insulator