Product Details
3A Sanitary Stainless Steel SS304/SS316L Manual Welded/Threaded
Butterfly Valve
Description | 3A Sanitary Threaded butterfly valve |
Body Material | 304/316L Stainless Steel(Forged, 1.4301/1.4404) |
Actuator Material | Stainless Steel 304 |
Seal Material | EPDM, VMQ(Silicone), NBR(Nitrile), VITON, all meet FDA standard |
Temperature Range | 15°F to 200°F(-9.4°C to 93°C) EPDM |
Max. Pressure | 10bar (140psi) DN25 ~ 100; 8bar (120psi) DN125 ~ 150 |
Finishing | Ra 16 ~ 32µin (0.4 ~ 0.8µm) electropolish available |
Port Size | 1/2” through 12” |
Connection | Tri-clamp ferrule |
Connection Standard | 3-A, ASME BPE, ISO, DIN, BS, SMS |
Minimum order | 10pcs each size |
Features | 100% hydraulic tested / 100% inspected |
Specifications | See our catalog for sanitary/hygienic valves |
Application | Food process, Milk process, Beer brewage, Bio-pharmacy |
Packaging | Five layers of double corrugated boxes, 1pc each |
Shipment | Air shipment, Ocean shipment, DHL/UPS available |
Payment | T/T, L/C, West Union, Paypal |
Company Profile
Kunshan Nyhau Fluid Equipment Co.,Ltd is mainly engaged in the
manufacture of stainless steel sanitary valves, fittings and pumps.
A team with years of experience in product development, design,
production management and quality control.
NYHAU manufactures various types of automatic control valves,
diaphragm valves, butterfly valves, check valves, unions, threaded
joints, elbows, tees and sanitary fitting valves, vacuum fittings,
BPE fittings (SF1/SF4) etc.
NYHAU has advanced imported finishing equipment to provide high
quality and clean pipeline fittings for the food, brewing,
beverage, biotechnology, pharmaceutical, fine chemical,
electronics, and cosmetics industries.
NYHAU has won high recognition from domestic and foreign customers
with its internationally advanced technology and technology,
complete product range and fast and accurate coordination
capabilities.
NYHAU has many years of cooperation with OEM/ODM global group
customers and first-line brand customers, and is still in
continuous cooperation.