Adjustable handle ERX.78 P-M10X25-C3 Z014681

Adjustable handle – precision and durability in every clamp

Adjustable handle ERX.78 P-M10X25-C3 is a solid and functional solution for precise fastening of elements. Made of high-quality glass fiber reinforced technopolymer, it guarantees strength and resistance to external factors. It is ideal for both workshops and industry, where reliability and reusability are required. The handle design allows for quick and convenient adjustment of the arm to the desired position, even in confined spaces.

The handle is characterized by high chemical resistance – it is resistant to solvents, oils and greases, making it a universal choice for various applications. In addition, the spring made of AISI 302 stainless steel ensures smooth operation and long-lasting reliability of the clamping mechanism. The brass threaded pin M10x25 with a non-through hole allows for stable mounting in various structures.

• Durable material: Glass fiber reinforced technopolymer provides high resistance to mechanical and chemical damage.
• Precise fastening: The clamping mechanism allows for quick and accurate adjustment of the arm to any position.
• Chemical resistance: Trouble-free operation in environments exposed to solvents, oils and greases.
• Durable spring: Made of AISI 302 stainless steel guarantees long-lasting reliability.
• Convenient mounting: The brass threaded pin M10x25 with a non-through hole facilitates integration with various structures.
• Ergonomic design: Knurled part of the handle facilitates initial tightening, providing a secure grip.

The ERX.78 P-M10X25-C3 handle is an excellent choice for professionals looking for a reliable tool for precise fastening of elements, and for users who value durability and functionality. Available in RAL 7035 (C3) – matte gray-black finish – provides an aesthetic appearance and adaptation to the surroundings. The handle design allows for adjusting the arm without loosening the clamp, which significantly speeds up work and increases comfort. This model has undergone rigorous strength tests, confirming its ability to withstand over 100,000 clamping cycles at a force of 490 N, which proves its exceptional durability even with intensive use.