3-1/8" Electro Galvanized Thermo-Plastic Elastomer Omega Series - Pkg Qty 5

The Omega Series clamp assembly retains, guides, protects and uniformly spaces line runs. Attached with two standard fasteners to any flat surface, the Omega Series clamp eliminates the use of special channels, providing a savings in both space and cost. They go up fast, lines are rigid and look neat.

Channel mounted clamping systems are ideal for multiple line runs. Cush-A-Clamps absorb vibrations and reduce unwanted noise. Channel mounted clamping systems are ideal for multiple line runs, while absorbing shock and vibration, reducing unwanted noise and preventing galvanic corrosion. Cush-A-Clamp® fits any standard 1-5/8" wide channel. Assembly consisting of steel clamp with locknut and thermoplastic elastomer cushion. All parts are marked for easy identification and packaged for small lot or bulk use. When specified, Cush-A-Clamp® assemblies up to 2", are available individually packaged.

Channel mounted clamping systems are ideal for multiple line runs. Cush-A-Clamps absorb vibrations and reduce unwanted noise. Channel mounted clamping systems are ideal for multiple line runs, while absorbing shock and vibration, reducing unwanted noise and preventing galvanic corrosion. Cush-A-Clamp® fits any standard 1-5/8" wide channel. Assembly consisting of steel clamp with locknut and thermoplastic elastomer cushion. All parts are marked for easy identification and packaged for small lot or bulk use. When specified, Cush-A-Clamp® assemblies up to 2", are available individually packaged.

The Cush-A-Therm Clamp is a fast easy way to provide a crushresistant airtight seal for chilled refrigeration or mechanical pipe lines that require continuous insulation. The rigid foam construction has an insulating tape inner lining which supports tube and absorbs vibration of operating pipe lines. The outer cover consists of a special rubbercoating which seals the cushion completely after installation in order to prevent condensation. It's strong closed-cell structure is ideal for liquid cooling lines to prevent condensation, save energy, and maintain the vapor barrier.