Midland Industries CG-100-TB Camlock Gasket 1 in Ptfe

Product Description

The MIDLAND INDUSTRIES CG-100-TB is a PTFE camlock gasket designed for use in cam and groove coupling assemblies. It seats between the coupler and adapter to create a secure, leak-resistant seal at fluid connections. PTFE construction provides broad chemical resistance and handles temperatures from -65 to 275 degrees F, making it suitable for aggressive fluid transfer applications. This gasket is sized for 1-inch cam and groove fittings and is installed by hose assembly technicians, plumbers, and fluid handling maintenance crews.

This gasket is used in residential, commercial, and industrial fluid transfer systems wherever cam and groove couplings are employed. Typical applications include chemical lines, water service, and general hose assembly connections requiring a chemically inert sealing material. At 1 inch, it fits the standard cam and groove coupling size common across hose fittings and manifold assembly configurations.

Key Features

• PTFE construction provides excellent chemical resistance for a wide range of fluid media
• Temperature range of -65 to 275 degrees F suits both cold and moderate-heat service environments
• Sized for 1-inch cam and groove couplings for direct drop-in installation
• Lightweight at 0.01 pounds for easy handling in bulk assembly work
• Designed for PTFE-enveloped gasket applications in cam and groove accessory fittings

Compatibility

Designed as an OEM-style replacement gasket for 1-inch cam and groove cam and groove coupling assemblies requiring a PTFE sealing element.

Installation Notes

Installation is performed by qualified hose assembly technicians or plumbers working on fluid transfer systems. Before replacing this gasket, depressurize and drain the line completely and verify the mating coupling and adapter surfaces are clean and free of debris. Inspect the gasket seat for damage before seating the new gasket. Follow applicable piping codes and fluid compatibility guidelines for your service media.