GEDORE putkentaivutuspihdit rullalla ja muovisella taivutuskaarella, 15 mm, 560 mm pituus (4565000)

Plumbers and heating engineers rely on the GEDORE 4565000 pipe bending pliers for precise, kink-free bends in soft copper, brass, aluminum, and thin-walled steel pipes up to 15 mm diameter. The integrated roller and high-strength plastic bending shoe glide smoothly along the pipe, protecting coated surfaces while delivering a tight 38 mm bending radius and up to 180° bending angle. With a total length of 560 mm, the ergonomic steel handles provide ample leverage for effortless manual operation, making this tool indispensable for installation work in plumbing, heating, refrigeration, and automotive systems.

Key specifications

• Pipe diameter: 15 mm
• Total length: 560 mm
• Bending radius: 38 mm
• Maximum bending angle: 180°
• Bending mechanism: Roller and plastic bending shoe
• Compatible materials: Soft copper, brass, aluminum, thin-walled steel
• Tool body: High-quality steel, powder-coated
• Handle design: Ergonomic

Why choose it

The GEDORE pipe bending pliers stand out for their kink-free bending accuracy and surface protection. The plastic bending shoe prevents scratches and damage to coated pipes, while the steel roller ensures smooth, consistent bends every time. The powder-coated steel body resists corrosion and wear, and the ergonomic handle design reduces hand fatigue during repetitive tasks. Trusted by professionals, this tool combines German engineering with durable construction for long-lasting performance.

Ideal use cases

• Plumbing installations: bending copper pipes for water supply lines
• Heating systems: shaping pipes for radiators and underfloor heating
• Refrigeration and air conditioning: forming refrigerant lines
• Automotive work: bending brake and fuel lines

Good to know

The tool is manually operated and suitable for coated pipes thanks to the plastic shoe. It is ideal for on-site work where portability and precision are required. The powder-coated finish ensures long-term durability in demanding environments.