Hi-Force Steel Hydraulic Quick Connect Coupling Male NPT 3/8 in, 700 bar CM1

Hi-Force CM1 Steel Hydraulic Quick Connect Coupling is a high-performance coupling designed for demanding hydraulic applications requiring reliable and leak-free connections at pressures up to 700 bar. It features a 3/8 inch NPT male thread size and is manufactured from robust steel to provide excellent mechanical strength and durability in industrial settings.

This coupling supports a high flow capacity of 17 liters per minute, ensuring efficient fluid transfer in hydraulic systems commonly found in sectors such as construction, manufacturing, and heavy machinery maintenance. Its quick connection and release mechanism simplifies operations, reducing downtime during assembly and disassembly.

Engineered to meet EN 837-1 standards, the coupling ensures safety and conformity to international hydraulic fitting requirements. The self-sealing feature guarantees zero fluid loss when disconnected, enhancing operational cleanliness and safety. Its compatibility with various high-pressure hydraulic components makes it a versatile choice for fluid power tasks.

Produced in the United Kingdom, the Hi-Force CM1 coupling reflects rigorous manufacturing standards and material quality assurance. It is ideal for use in industrial, commercial, and laboratory fluid power applications where dependable hydraulic connections are essential.

Constructed from durable steel for high strength and corrosion resistance. High flow capacity of 17 liters per minute for efficient hydraulic fluid transfer. Complies with EN 837-1 standards ensuring reliability and safety.

Features quick connection and release capabilities for easy installation and maintenance. Self-sealing design prevents leaks when disconnected. Compatible with a wide range of high-pressure hydraulic components. Manufactured in the United Kingdom with strict quality control.

Explore more Hydraulic Quick Connect Couplings and related hydraulic fittings on EnvMart for comprehensive fluid power solutions.