stainless steel camlock coupling

1" Inch 2 Mpa Stainless Steel Quick Connect 316 Npt Bsp Bspt Thread Material: 304, 316 or customized. Connection type: coupling and thread Seiz L H D d S 1/2" 37 30 32 18.5 33 3/4" 37 30 32 23 33 1" 44 32 36.5 ... Read More

Customized 1"- 6" inch 304 Stainless Steel Quick Connect type F Material: 304, 316 or customized. Connection type: coupling and thread Seiz L H D D1 d1 1/2" 48 31.5 32 22.5 15 3/4" 48 31.5 32 22.2 20 1" 62 42 ... Read More

Product Description Camlock Quick Connector is designed for fast change and fix in the pipeline projects or on fire fighting apparatus, the camlock quick connectors have the camlock design, it can connect the ... Read More

Camlock Quick Coupling Type CAP Specification Female Thread Connection 1. Description: Easy lock and open design make the camplock couplings widely used in repair pipelines and fire fighting equipments, no need ... Read More

camlock coupling 304 stainles steel 2 sized quick connnecting dust cap Material: 304, 316 or customized. Connection type: coupling Size L H D d 1/2" 36 28 32 18.5 3/4" 36 28 32 23 1" 40 33 36.5 25 1-1//4" 48 40 ... Read More

Quick Coupling Stainless Steel Quick Connect Type DP Specification 1. Description: Stainless Steel Quick Coonector Type DP has the function of end plug, it is used at the end of the pipe or hose, it has grooves ... Read More

1 - 1/2 inch Quick Connect Coupling type C 25 - 220 degree Material: 304, 316 or customized. Connection type: coupling Size d D A B C L H E 1/2" 18.5 19.7 112 53 41 55 85 15 3/4" 18.5 19.7 112 53 41 55 85 15 1" ... Read More

304 stainless steel npt, bsp, bspt threaded 1" inch astm, jis, ansi standard octagon cap Material: 304, 316 or customized. Thread: BSP, BSPT or NPT. SIZE 1/8" 1/4" 3/8" 1/2" 3/4" 1" 1-1/4" 1-1/2" 2" 2-1/2" 3" 4... Read More

YH-CP-01 Cam Lock Quick Connect Type C Specification PN1.6MPa - PN7MPa 1. Description: CAMLOCK couplings are manufactured in compliance with MIL-C-27487 (A-A-59326) specification. Their construction as well as ... Read More