J961CY ceramic globe valveDetailed product description：

Reference standard for J961CY ceramic globe valve:

Design and Manufacturing: GB12235 JB/T3595
Structural length: GB12221
Pressure and temperature rating: GB9131
Connecting flange: JG/T79 GB9113 HG20593-20635
Testing and Inspection: GB13927 JB/T9092

Main performance specifications for J961CY ceramic globe valve:

Valve body	25 WCB	12Cr1MoV	ZGCr5Mo	ZG1Cr18Ni9Ti
Valve Cover	25 WCB	12Cr1MoV	ZGCr5Mo	ZG1Cr18Ni9Ti
Valve plate	25+Engineering Ceramics	25Cr2Mo+Engineering Ceramics	ZGCr5Mo+Engineering Ceramics	ZG1Cr18Ni9Ti+engineering ceramics
Valve seat	engineering ceramics	engineering ceramics	engineering ceramics	engineering ceramics
Valve stem	2Cr13	25Cr2MoV	25Cr2MoV	1Cr18Ni9Ti
stem nut	ZCuA110Fe3	ZCuA110Fe3	ZCuA110Fe3	ZCuA110Fe3

Product Usage

J961CY ceramic globe valve is suitable for cutting off or connecting pipeline media in various working conditions such as petroleum, chemical, mining, metallurgy, and power industries with nominal pressure PN1.6~32.0Mpa and P54170V, working temperature -29~540 ℃. Especially used in ash and slag discharge systems, discharge and sewage systems, its service life is more than 10 times longer than that of ordinary alloy sealing surface valves.

Product Structure Features:

1. Reliable sealing, excellent performance, beautiful appearance, and good interchangeability.
2. The sealing surfaces of the valve disc and seat are made of the latest engineering ceramic materials, developed and manufactured according to advanced technology introduced from the United States. They have strong wear resistance, high temperature resistance, corrosion resistance, and abrasion resistance, and their service life is more than 10 times longer than that of ordinary alloy sealing surfaces.
3. The valve body channel and inner cavity are embedded and coated with ceramic lining, which can be connected to ceramic lined pipelines to form a wear-resistant pipeline system. It is used for ash and slag discharge, as well as discharge and sewage systems, which can effectively extend the service life of the system.
4. Adopt high-performance new fillers.
5. Valves can adopt various piping flange standards and flange sealing surface types, with structural forms including straight through and direct flow, and transmission modes including manual, gear transmission, electric, etc., to meet various engineering needs and user requirements