中外合资阀门品牌-致力于各类阀门的生产及研发。
[email protected] 0510-83129123
江苏泰科流体控制阀门有限公司

专业阀门制造商

询价

JIS10K Japanese standard clamp check valve SCS13/SCS14

JIS10K Japanese standard clamp check valve SCS13/SCS14

Tag:
Product parameters

JIS10K clamp check valve SCS13/SCS14 is a valve plate that is opened and closed by a spring, mainly made of stainless steel SCS13/SCS14. The main material is stainless steel SCS13/SCS14.

Chinese Japanese standard clamp check valve manufacturer JIS10K 对夹止回阀 SCS13

It is installed horizontally or vertically in the pipeline system to prevent medium backflow. It has the characteristics of short structure, small volume, and light weight. The valve disc closes quickly, the water hammer pressure is low, the flow channel is unobstructed, and the fluid resistance is small. Quick action and good sealing performance.

You can click to view more of our check valve types

This product belongs to our Check valve range. For sizing, pressure rating, material and actuator selection, see our valve technical resources.

Related products

Explore more products in this valve category.

Stainless steel flange bottom valve Japanese standard JIS10K Stainless steel flange bottom valve Japanese standard JIS10K JIS20K Japanese standard lift check valve SCS13 SCS14 JIS20K Japanese standard lift check valve SCS13 SCS14 JIS 10K Japanese standard flange lift check valve JIS 10K Japanese standard flange lift check valve JIS10K Japanese standard clamp check valve SCS13/SCS14 JIS10K Japanese standard clamp check valve SCS13/SCS14 ANSI Class600 American standard swing check valve ANSI Class600 American standard swing check valve JIS20K flange swing check valve JIS20K flange swing check valve
View all Check valve
Tekron & Trekre

Check valve

01 Why are check valves usually installed at the pump outlet?
The installation of check valves at the pump outlet is mainly to prevent reverse flow after the pump stops and to reduce the impact of reverse flow and pressure fluctuations on the pump and the system. The specific installation position and valve type should be determined through system hydraulic calculations, pump type, flow rate, water hammer risk, installation direction, and maintenance conditions; whether to install a bottom valve or other check devices at the pump inlet is another issue related to the system design.