Adjustable handle ERX.63 P-M10X20-C1 Z060965

Adjustable handle – solidity and precision in every detail

The ERX.63 P-M10x20-C1 adjustable handle is an element used for convenient and precise adjustment of the position of machines and devices. Made of high-quality glass fiber reinforced technopolymer, it guarantees durability and resistance to external factors. It is an ideal solution for both professional installers and users who appreciate reliability and comfort of work.

This handle is characterized by high resistance to solvents, oils, greases and other chemicals, making it suitable for use in demanding industrial environments. The matte finish provides a secure grip, and the knurled part makes tightening easier even with gloves. The construction based on a stainless steel AISI 302 spring ensures smooth and stable adjustment.

Construction and materials – the key to durability

The ERX.63 P-M10x20-C1 handle has been designed for long-term use. The materials used are:

• Body: Glass fiber reinforced technopolymer based on polyamide (PA) – provides high mechanical strength and chemical resistance.
• Arm: Black technopolymer with a knurled part for better grip.
• Spring: Stainless steel AISI 302 – guarantees corrosion resistance and long-lasting elasticity.
• Thread: Brass with a non-through threaded hole – ensures a durable and secure connection with the adjusted element.

Applications and benefits

The ERX.63 P-M10x20-C1 adjustable handle finds wide application in:

• Industrial machines and devices
• Precision equipment
• Metalworking
• Automation
• Laboratory equipment

Why choose this handle?

• Durability: Reinforced technopolymer provides resistance to mechanical damage and chemical factors.
• Precision: Smooth adjustment thanks to the stainless steel spring allows for accurate positioning.
• Comfort: The knurled part makes tightening easier, even in difficult working conditions.
• Versatility: A wide range of applications makes the handle ideal for many projects.
• Chemical resistance: Possibility of use in environments exposed to aggressive substances.