We are satisfied with the perfect shipping process, good service and perfect product. I hope we can have better cooperation with Hongxiang in the future.
—— Sheffield
We are satisfied with the service and perfect product. I hope we can have better cooperation with Hongxiang in the future.
High Precision Hexagon Metal Cable Gland Locknut With Electroplating Surface A nut is a component that is screwed together with bolts or screws for fastening purposes, and all manufacturing machinery must be ... Read More
Electrical PG Thread EMC Metal Cable Gland With Brass Lock Nuts For Terminal characteristic EMC Cable gland is designed for use with armoured,elastometric and plastic cable or braided cables were EMC is ... Read More
Customized Waterproof EMC Brass Cable Gland Top Metric Thread With Spring Claw characteristic EMC Cable gland is designed for use with armoured,elastometric and plastic cable or braided cables were EMC is ... Read More
G 1 / 4 Metal Protective EMC Type Industrial Watertight Cable Gland with EMC Spring Product characteristics 1. The use of tetrafluoro gaskets can reduce friction between rubber and metal surfaces and improve ... Read More
Metric Thread Stainless Steel Cable Gland , Explosion Proof Cable Gland Water Resistance product details 1. The thread size of cable cover is G-type thread of common Germany. 2. The main material is high ... Read More
G1 / 2 Thread Waterproof 304 Stainless Steel Cable Connector IP68 Cable Gland product details This product consists of tight nut, clamping claw, seal, main body, O ring and nut. The material of compacting nut, ... Read More
Waterproof NPT1 SS316 Stainless Steel Cable Gland In Wire Accessores Product details: Our stainless steel products are highly selective and accurate. The outer parts are made of SS304/SS316, the inner core is ... Read More
G1 / 4 Dustproof Waterproof Metal Stainless Steel Acid Resistance Cable Gland product details 1. The thread size of cable cover is G-type thread of common Germany. 2. The main material is high quality stainless ... Read More
