Aluminum Camlock Reducer Type DA

Aluminum Camlock Reducer Type DA
Model:DA
Brand:Fastline
Origin:Made In China
Category:Industrial Supplies / Industrial Supplies Stocks
Label:Camlock Reducer , Cam groove Reducer , Cam Reducer fittings
Price: US $3.56 / pc
Min. Order:10 pc
Inquire Now

Product Description

Special Camlock Fittings are customized couplings made to connect Pipes, Hoses, Threaded Fittings and Equipment in more specialized situations. Cam and Groove Spool Adapters are typically used to connect hoses together and are available in double male spool adapters by adapters and double female spool couplers by couplers. Reducing jump-size camlock fittings are either Couplers by Adapters or the standard Male and Female Couplings but with different sized threads or hose shanks. These Jump size Reducers enable the line size to be changed to a larger or smaller size.

 

 

Material : ● Aluminum

 

Size Range :

                 ● DA1510 , DA1520 , DA2015 , DA2030 , DA2040 , DA2520 , DA3015

                 ● DA3020 , DA3025 , DA3040 , DA4020 , DA4030 , DA4060 , DA6040

 

Thread :  NPT,BSP

 

Handle :  Brass

 

Methods:  Sand Casting

 

Available Type :  AR, BR , CR , DR , ER , FR , DD , DA , AA

                  ● Part "AR"   Male Adapter X Female Thread
               Part "BR"   Female Coupler X Male Thread
               Part "CR"  Female Coupler X Hose Shank
               Part "DR"  Female Coupler X Female Thread
               Part "ER"  Male Adapter X Hose Shank
               Part "FR"  Male Adapter X Male Thread
               Part "DD"  Female Coupler X Female Copuler

                  ● Part "DA"  Female Coupler X Male Adapter

                  ● Part "AA" Male Adapter X Male Adapter

Tags: Camlock Fittings ReducerCam-Lock Spool CouplersSpool AdaptersReducing Couplers Adapters

Aluminum Camlock Reducer Type DA 1

Member Information

Fuzhou Fastline Metal Products Co Ltd
Country/Region:Fu Jian - China
Business Nature:Manufacturer
Phone:15960167166
Contact:Ada (Sales Manager)
Last Online:13 Apr, 2024