ASTM A216 WCB Gate Valve, API 600, ASME B16.34, 4 IN, CL150

Product Name: ASTM A216 WCB Gate Valve
Port: Full Port
Design Standard: API 600, ASME B16.34
Body Material: ASTM A216 WCB
Size: 4 Inch, DN100
Pressure: Class 150 LB, PN20
End: Flanged
Operation: Handwheel
Features: Investment Casting, Rising Stem

Standard

Flange Standard: ASME B16.5
Face to Face Standard: ASME B16.10
Testing Standard: API 598
Working Temperature: -20°C to 180°C

Product Range

Material: ASTM A216 WCB, A351 CF8, CF8M
Size: DN15–DN700
Working Pressure: Class 150-600 LB
Industries: Petroleum, Chemical, Natural Gas, Biochemical, Pharmaceutical, Environmental Protection, New Energy

The packing used in cast steel valves is the M800 series graphite packing,

with a graphite carbon content exceeding 99% and a sulfur content below 50 PPM.

The dynamic leakage rate, as tested according to API 622, is less than 12 PPM.

The static leakage rate is below 6 PPM.

All the gaskets used are low-emission gaskets certified by TÜV Rheinland TA-LUFT

ISO 15848-1 Valve Tested Case Example: NPS4 Class 300 Valve

4-inch 300 LB Globe Valve: ISO 15848-1 Test at Ambient Temperature for 205 Cycles, High Leakage Rate of 1.8×10−7, Maximum Body Leakage at 11.6 PPMV

API 624 Valve Test Case 1: 12-inch 150 LB Gate Valve

12-inch 150 LB Gate Valve

API 624 Test

Maximum Packing Leakage: 46.7 PPMv

API 624 Valve Test Case 2： 12-inch 600 LB Gate Valve

12-inch 600 LB Gate Valve
API 624 Testing
Maximum packing leakage: 32 ppmv

Fire Test Certification of Valve Packing

Fire Test Report and Certification for 4-inch Gate Valve with M800 Packing

ISO 15848-1 Valve Tested Case Example: NPS12 Class 300 Valve

12-inch 300 LB Gate Valve

ISO 15848-1 Test at Ambient Temperature for 205 Cycles

High Leakage Rate: 1.6×10⁻⁶

Maximum Body Leakage: 7.7 PPMV

The API 624 test for the API 600 WCB 12-inch 150 LB gate valve utilized an M600 low-emission graphite packing set.

The ISO 15848-2 Type A test for the API 600 WCB 2-inch 150 LB gate valve, which requires emissions below 50 PPMV, was conducted using an M600 low-emission graphite packing set.