Copper tube bender

A copper tube bender is a specialized tool for forming copper tubes. It bends copper tubes to specific angles (such as 90° or 180°) as needed, preventing cracking or deformation at the bend, ensuring smooth and tight piping, and facilitating precise piping layout.
It's suitable for copper tube installation in air conditioning, refrigeration, and plumbing systems, meeting the forming requirements of complex piping routes.
High-strength alloy bending wheels are used in production, precision-machined, and pressure-tested to ensure high bending accuracy and durability.
This service includes pre-sales selection and operation guidance. Advantages include accurate bending, crack prevention, wide compatibility, and ease of operation.
Copper tube benders are core tools for copper tube processing and forming. Their key advantages are "high-precision bending combined with damage-resistant tube protection." The bender wheel and guide assembly are constructed from high-strength chromium-molybdenum steel or aircraft-grade aluminum alloy. The wheel grooves are precision-milled to achieve a 99% fit to the outer diameter of the copper tube. They can precisely bend copper tubes ranging from 6mm to 22mm into any angle from 0° to 180°. A built-in wrinkle-resistant liner effectively prevents dents, cracks, and uneven wall thickness at the bend, ensuring a smooth inner diameter and tight seal for complex layouts. Select models come with a multi-size bender wheel set, compatible with both thin- and thick-walled copper tubes, eliminating the need for frequent component changes. An integrated ratchet mechanism allows a single operator to apply force at a constant speed, reducing operator effort. An angle dial and positioning clip quickly lock in the desired angle, reducing repeated adjustments. The handle is wrapped in heat-insulating, non-slip rubber for a secure grip and insulation from metal heat, enhancing operator safety. The application covers scenarios such as air conditioning and refrigeration pipeline installation, industrial refrigeration equipment pipeline layout, household water heating system construction, and gas pipeline modification. Whether it is optimizing the copper pipe routing of new units, repairing and adjusting old pipelines, or precisely forming dense pipelines in commercial projects, all pipe bending operations can be completed efficiently. It is especially suitable for scenarios such as R410A high-pressure refrigerant systems and hot water circulation systems that have strict requirements on pipeline sealing and smoothness, helping to improve pipeline installation quality and system operation stability.