Founded in 1994, China JingPin machine Co., Ltd. is pressure reducing valve manufacturer and supplier. Our custom pressure reducing valves meet ANSI, API, DIN, BS, JIS and GB Standard. Our products are mainly made by these materials such as WCB, WC1, WC6, WC9, ZGCr5Mo, ZG15Cr1Mo1V, CF8, CF8M, CF3, CF3M, 12CrMoV, ZG1Cr18Ni9Ti, and ZG1Cr18Ni12Mo2Ti, etc. and passed the AZ certification of State Technology Supervision Bureau, and CE certification of EEC, Pressure Equipment PED, and API certification of the USA.

1" FIP & sweat copper double union. Reduces pressure from 400 PSI to 10 - 70 PSI. ASSE, IAPMO, Bronze. PRESSURE REDUCING VALVE Approvals: The EB600-1 is certified to ASSE 1003 and CSA B356 and is listed by ASSE, IAPMO, and CSA. Size: 1/2" - 2". Class: 150lbs - 300lbs. Design and manufacture: API 6D. Face-to-face: ANSI B16.10. Flange end: ANSI B16.5. Inspection and test: API 598. Body and disc: aluminum bronze, stainless steel. Filter screen and nut and spacer: stainless steel. Spring: 50 CrVA. O-ring and diaphragm: NBR. Union inlet connection, Integral stainless steel strainer, Renewable seat module, Bronze body construction, Serviceable in line, Bypass feature controls thermal expansion pressure, High temperature resistant reinforced diaphragm, for hot water.Z-3 = Corrosion resistant adjusting and cage screws for waterworks pit installations.

1/2 PRESSURE REDUC VALVE. Cash Acme EB-75 - 3/4 Pressure Reduc Valve, The EB-35 series has a cartridge design. Pressure can be adjusted from 20 P.S.I. to 75 P.S.I. with a simple twist of the cap. The EB-35 is easy-to-repair. Replacement cartridges are available. The EB-75 series. The standard setting is 50 psi (345 kPa). They are standardly furnished with a bronze body, union threaded female inlet and female threaded outlet connection, stainless steel seat and strainer. All parts are easily and quickly serviceable without removing the valve from the line. The built-in by-pass prevents buildup of excessive system pressure caused by thermal expansion. A water saving test program concluded that reducing the supply pres-sure from 80 to 50 psi (551 - 346 kPa) resulted in a water saving of 30%.