H72TC Ceramic Check ValveDetailed product description：

H72TC ceramic check valve is used for the inlet and outlet doors of the dry ash system bin pump in power plants, and can also be used as a check device for various types of worn dry ash, water slag and other medium pipelines in mines, chemical industries, etc.
H72TC ceramic check valve is fully sealed in any direction after being closed. The valve body and cover are made of WCB cast steel or stainless steel castings. The sealing surface adopts hard sealing components.
The material port of this valve has strong wear resistance, good sealing performance, low starting load, and less occurrence of ash jamming and deposition.
The H72TC clamp ceramic check valve adopts a high-grade toughened structure ceramic seal, with high mechanical strength, good wear resistance, and long service life. Compact structure that can be installed at any angle.

1、 Characteristics:
1. The valve identification and valve seat are both made of high-performance structurally toughened ceramics.
2. This product has a manual gate structure. Reliable sealing, easy opening and closing, and convenient maintenance.
3. This product has the characteristics of high wear resistance and abrasion resistance.
4. Suitable for water pipeline installation.

2、 Applicable working conditions
H72TC ceramic check valve is suitable for industries such as power, coal mining, chemical, steel mills, and sewage. Ash water mixture, slag water ratio>1:6, solid particle size ≤ 50mm.

3、 Technical parameters
1. Nominal pressure: 1.0MPa-1.6MPa
2. Nominal meridian: DN15-DN1500
3. Applicable temperature: -40 ° C+797 ° F
4. Connection form: clamp

Ordering Instructions
1. Valves suitable for various requirements can be selected based on the usage location, purpose, and understanding of relevant regulations, specifications, standards, policies, and permits;
2. Confirm the working conditions, applicable medium, working pressure, and medium temperature of the valve;
3. Determine the nominal diameter that matches the pipeline: DN (mm), NPS (");
4. Determine the connection method with the pipeline: flange type, internal (external) thread type, welding type, clamp type, clamp type, sleeve type, etc;
5. Determine the driving mode of valve operation: manual, worm gear transmission, pneumatic, electric, hydraulic, electromagnetic, electro-hydraulic, etc;
6. Confirm the types of valves: gate valve, globe valve, throttle valve, plunger valve, ball valve, butterfly valve, diaphragm valve, plug valve, check valve, safety valve, drain valve, pressure reducing valve, and other special valves;
7. Determine the usage form of valves: switch type, regulating type, safety type, etc;
8. Determine the materials for the valve housing and internal components: carbon steel, alloy steel, stainless steel, ductile iron, gray cast iron, copper alloy, aluminum alloy, plastic, etc;
9. Determine the sealing performance requirements, sealing grade, or sealing leakage of the valve;
10. Determine the protective coating requirements, packaging requirements, and transportation requirements for valves;
11. Valves with special needs should also determine parameters such as structural length, valve height, external dimensions, flow resistance, discharge capacity, flow characteristics, protection level, explosion-proof performance, etc;
12. Determine the installation position and posture of the valve.