Nylon Plastic Adjustable Lever With Steel Components 5/16-18 x 2.48 Stud 2.48"L - Made In USA

Adjustable hand levers are the result of modern industrial design. All such levers have proven to be ideal wherever parts have to be clamped in a confined space or in a particular lever position. The insert is connected to the lever via serrations which can be easily be disengaged. Pulling the lever upwards disengages the serrations, allowing it to be swivelled to the ideal clamping position. When releasing the lever, the serrations automatically re-engage.

Patented and made in the USA, adjustable hand levers are the result of modern industrial design; Glass fiber reinforced thermoplastic with molded in metal insert. All such levers have proven to be ideal wherever parts have to be clamped in a confined space or in a particular lever position. The insert is connected to the lever via serrations which can easily be disengaged. Pulling the lever upward disengages the serrations, allowing it to be swivelled to the ideal clamping position. On releasing the lever, the serrations automatically re-engage. Maximum heat resistance of nylon plastic: ...

Adjustable hand levers are ideal whenever parts have to be clamped in a confined space or in a particular lever position. The insert is connected to the lever via serrations which can easily be disengaged. Pulling the lever upwards, disengages the serrations, allowing it to be swivelled to the ideal clampling position. When releasing the lever, the serrations automatically re-engage.

Adjustable hand levers are ideal whenever parts have to be clamped in a confined space or in a particular lever position. The insert is connected to the lever via serrations which can easily be disengaged. Pulling the lever upwards, disengages the serrations, allowing it to be swivelled to the ideal clampling position. When releasing the lever, the serrations automatically re-engage.

Adjustable hand levers with push button have proven to be ideal wherever parts have to be clamped in a confined space or in a particular lever position. The insert is connected to the lever via serrations which can be easily be disengaged. Pulling the lever upwards disengages the serrations, allowing it to be swivelled to the ideal clamping position. When releasing the lever, the serrations automatically re-engage. The releasing button is a design element and allows for effortless release action. However, this design is limted to applications that do not require the lever to be disassembled