Forged Steel 2-PC Ball Valve Class800/Class1500

• Customization: Available
• Media: Gas
• Material: Carbon Steel
• Model NO.: FLAXTH-2P
• Connection Form: Thread
• Driving Mode: Manual
• Nominal Pressure: Class 800--1500
• Channel: Straight Through Type
• Structure: Floating Ball Valve
• Type: Floating Ball Valve
• Function: Relief Valve
• Temperature: Normal Temperature
• Standard: API602
• Application: Industrial Usage
• Valve Type: Ball Valve
• Valve Material: Forged Steel
• Pressure Range: Pn6-40
• Transport Package: Export Wooden Case
• Specification: 1/2"~3"
• Trademark: CIPHY
• Origin: China
• HS Code: 8481804090
• Production Capacity: 50000PCS/Year

Product Description

CARBON STEEL OR STAINLESS STEEL
2-PC BALL VALVE THREADED CAP DESIGN

DESIGN DESCRIPTION:

1. Design: API602;
2. Manufacture: API602;
3. Thread: ANSI B1.20.1, BSP(T), DIN2999;
4. Socket: ANSI B16.11
5. Test: API598;
6. 2-PC Body, Class 800;
7. Floating Ball, Threaded Cover;
8. Full Bore Or Standard Port, Soft seal;
9. Material and Working Temp.:
   1. PTFE&R-PTFE: 0ºC-200ºC(32ºF-392ºF)
   2. PPL: 300ºC(572°F) Maximum
   3. PEEK: 260ºC(500°F) Maximum

PARTS AND MATERIAL:

PARTS NAME	MATERIALS
CAP	ASTM A105/F304/F316/F304L/F316L
GASKET	GRAPHITE+304/GRAPHITE+316
BODY	ASTM A105/F304/F316/F304L/F316L
SEAT	R-PTFE/PPL/PEEK
BALL	ASTM A105+ENP/F304/F316/F304L/F316L
STEM	ASTM A182 F6/F304/F316/F304L/F316L
STEM PACKING	PTFE
STOP PLATE	CARBON STEEL
HANDLE	STEEL+PLASTIC
NUT	ASTM A194 2H/ A194 B8
OTHER MATERIALS ARE AVAILABLE UPON REQUEST.

DIMENSIONS LIST(UNIT:MM):

NPS	DN	d	D		L	H	W
			NPT	Socket
3/8"	10	10	3/8"	10	66	56	150
1/2"	15	13	1/2"	13	73	60.5	150
3/4"	20	19	3/4"	17.5	85	75	180
1"	25	25	1"	23	106	80	180
1-1/4"	32	32	1-1/4"	30	112	98	240
1-1/2"	40	38	1-1/2"	35	128	102	240
2"	50	51	2"	46	140	119	240
3"	80	76	3"		185	146	380
4"	100	100	4"		220	168	380
Remark: Our design can be suitable for all standard (BS, DIN, ANSI, JIS standard etc.)

• We hereby reserve the rights of any alternative dimension that would help to improve our valve's quality and working efficiency.