Products

Selecting Cables

We offer customized design and proposals according to customer's purpose and conditions of use. Please contact our sales staff.

Cables for use in locations of complex and high-load movement

Tatsuta's standard high-strength cable with vinyl insulator and vinyl sheath is ideal for this. If the terminal is processed by soldering, cross-linked polyethylene, with its superior heat-resistance is ideal for the insulator. We also offer customized design for various types of shielded cables to prevent noise.

Our testing data using same-size cables
Cable type Number until breakage Flex rate
Conductor Insulator Sheath
Annealed copper wire for electricity Heat resistant vinyl Heat and oil resistant vinyl 111,870
High-strength copper alloy Heat resistant vinyl Heat and oil resistant vinyl 503,390 Approx.
4.5x

Cables for a place moving even harder and more complex

High-strength cable using ETFE (ethylene tetrafluoroethylene) for the insulator is ideal. Moreover, a cable having more excellent flex-resistance can be designed by using polyurethane to the sheath. Low temperature resistance will be improved by using polyurethane.

Our testing data using same-size cables
Cable type Number until breakage Flex rate
Conductor Insulator Sheath
High-strength copper alloy Heat resistant vinyl Heat and oil resistant vinyl 503,390
High-strength copper alloy ETFE Heat and oil resistant vinyl 1,051,530 Approx.
2.1x
High-strength copper alloy ETFE Polyurethane 2,483,400 Approx.
5x

Cables for where multiple strands must be laid inside a cableveyor

High-strength slip cable using low-friction sheath is available. Its superior abrasion-resistance makes this cable ideal for wiring in narrow spaces such as cableveyors or inside pipes.

Our testing data using same-size cables
  High-strength slip cable
Meandering 600x
Buckling 125x

Cables for the location exposed to sparks

Spatter-resistant high-strength cable with welding spark resistance and flame retardancy is available.

Our testing data using same-size cables
Type Conductor material Insulator Sheath
A High-strength copper alloy Heat resistant vinyl Spatter resistant, flame retardant vinyl
B Cross-linked polyethylene
C ETFE

Spatter resistance evaluation test results

Conventional product / Developed product

Test results of welding/grinding spark exposure of samples positioned 50cm from sparking source for 30 seconds (Sheet sample, 1mm thick)