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Manual Couplings Special
manual-couplings-special
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11 Series Self-Sealing Couplings
The 11 Series coupling is designed specifically for high temperature and is capable of handling up to a continuous 590ºF (310ºC). Squirt free operation with automatic, jam free, double lever locking mechanism. Suitable for heat transfer systems and oils, mold heating and heating facilities. Made of oil burnished high temperature steel with high-temp seals, the 11 Series coupling is very capable for high temperature applications.
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TT Series Couplings
TT Series Couplings
(16)Anchor Fluid Power supplies Walther TT Series Couplings for cryogenic applications down to -200ºC and with operating pressure of up to 16 bar / 230 psi. The primary applications of these couplings provide a safe, fast and leak free connection of cryogenic media to supply containers and systems that are to be supplied with cryogenic gases.
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HC Series High Pressure Clean Break Couplings
The HC series of clean break couplings were designed specifically for high-pressure hydraulic applications. In this clean break design, integrated valves make sure that no medium is lost and the air is not allowed into the systems when the coupling is operated. The HC Series also has many other features that make it perfect for different applications.
Take a look at our available HC Series couplings below or give us a call for more information. -
Ball Face (BF Series) Low Pressure Clean Break Couplings
The BF Series (ball face) couplings were developed primarily for chemical industry applications. They are a clean break coupling which can be used for both non-lubricating media, such as demineralized water, process liquids, "dry" gases and solvents, or lubricating media, such as oils or soap solutions. Design features provide for easily cleanable surfaces.
The BF Series couplings are available in small bore sizes of 5 mm or 9 mm and 12 mm and larger bore sizes of 25 mm and 50 mm. Made of stainless steel, the BF series connects/disconnect process is squirt free, allowing minimal spillage or air inclusion.