discharge valve

design standards

Design and manufacturing: API623, GB/T12235

Connection size: ASME B16.5, HG/T20592, GB/T9124

Structure length: designed according to enterprise standards or designed according to customer requirements

Inspection and acceptance: API 598, GB/T 26480

structural characteristics

● The valve body flow channel is optimized and there is no "dead zone" to reduce medium residue;

● Adopt the structural design of the upper and lower valve stems. The rotation and lifting of the upper valve stem drives the lower valve stem to rise and fall linearly, which reduces the friction between the lower valve stem and the packing, reduces the wear of the packing, and prolongs the service life;

● The valve disc sealing surface and valve seat sealing surface are welded with cemented carbide to improve the wear and corrosion resistance of the sealing surface.

● For toxic, harmful and other dangerous media, you can choose a bellows discharge valve, which is safe and reliable with zero external leakage.

● For media that are easy to crystallize at room temperature, you can choose a thermal insulation discharge valve to effectively prevent the crystallization of the medium.

Main Parts & Materials

Valve body--A105/WCB/F304/CF8/F316L/CF3M

Disc--12Cr13/A105/F304/F316L

Stem--12Cr13/F304/F316L

Bellows--304/316L/HC276

Sealing surface-STL

Handwheel--WCB

Note: Assist customers in selecting specific materials based on their specific media

application scenarios

Fine chemicals, ethylene, polysilicon, biopharmaceuticals, lithium batteries, semiconductors, new energy, etc.