KS 1/4" Coupler
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KS 1/4" Pneumatic Coupler with 6 mm Hose Tail – Compact and Reliable Coupling for Precise Compressed Air Applications
The KS 1/4" Pneumatic Coupler with 6 mm Hose Tail is an efficient and reliable solution for quick and secure connection and disconnection of compressed air lines. Designed for professional users who demand high functionality, long service life, and maximum safety – even in precision work – this coupler is built to perform.
With its 6 mm hose tail, this coupler is especially suited for use with narrow-diameter hoses, where precise air control and flexible handling are key. Its small size makes it ideal for smaller tools, airbrushes, laboratory setups, and other applications where control and compact design are essential.
Part of the proven KS series, this coupler is engineered for demanding use. The coupler housing and locking sleeve are made from chrome-plated brass (CW614N), providing excellent wear resistance and corrosion protection. The knurled locking sleeve ensures a firm grip – even with oily or wet hands. Its robust construction stands up to daily use and rough handling, without compromising performance.
Tested to handle working pressures of up to 35 bar, this coupler is well-suited for workshops, production facilities, laboratories, and any environment where compressed air is used intensively. The sealing components are made from durable Nitrile (NBR), ensuring high resistance to oil, air, and general wear. The spring and locking ring are made from stainless steel, while the locking balls are crafted from hardened, corrosion-resistant steel, ensuring precise and secure locking every time.
The key advantage of this hose tail coupler is its simple and fast installation directly onto the hose – no need for threads or adapters. This makes it highly flexible and easy to replace when needed.
Choose the KS 1/4" Pneumatic Coupler with 6 mm Hose Tail for a compact, durable, and professional-quality solution that delivers safety, efficiency, and precision – no matter how demanding your compressed air tasks may be.