タツタ電線 Product Lineup

High-strength cables are optimal for use environments that require complex and harsh movements, such as robots and machine tools, as well as conditions involving high-speed continuous operation and long hours of use. They utilize heat-resistant, oil-resistant, and low-friction vinyl sheathing, and we also offer special sheathing that excels in resistance to welding sparks, flame retardancy, thinner resistance, and low outgassing. 【Features】 ■ Ideal for environments that require complex and harsh movements, such as robots and machine tools. ■ Tensile strength is approximately 2.2 times that of pure copper wire. ■ Heat-resistant vinyl, cross-linked polyethylene, and fluororesin are available as insulators. ■ Compliant with RoHS directives and UL standards certification. 【Examples of Use】 Lead wires for sensors, movable parts of various FA equipment, machine tools, cable carriers, and robot swivel parts. *For more details, please request materials or view the PDF data available for download.

• cable

- Excellent resistance to welding sparks: Due to its superior resistance to welding sparks, it suppresses melting and burning of the insulation material, thereby improving cable lifespan. - Excellent flame retardancy: Due to its excellent flame retardancy, it prevents combustion of the insulation material. - Excellent bendability: Because high-strength copper alloy wire is used for the conductor, it exhibits extremely superior bendability and torsion resistance.

• cable

Insulating materials include semi-rigid vinyl, polyethylene, and fluororesin, while sheath materials consist of heat-resistant and oil-resistant vinyl and urethane, allowing for the design of cables suited to the customer's application and environment through the combination of insulating and sheath materials. Additionally, special shielding with excellent bend resistance is also possible.

• Semiconductor inspection/test equipment
• cable

- Good sliding properties [Due to being slippery and having low friction, it suppresses meandering, buckling, and jacket tearing, thereby improving cable lifespan.] - Improved abrasion resistance [Friction resistance is about half that of conventional products. It significantly reduces wear and jacket tearing caused by contact with metals and plastics.] - Excellent bending resistance [Because high-strength copper alloy is used for the conductor, the bending and twisting resistance is extremely superior.]

• cable