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Cable Carrier (CABLEVEYOR) that is resistant to cracking even in low humidity environments provides clean cable protection.

Cable Carrier (CABLEVEYOR) TKP Series MW specification

Problem
Lifespan, Wear debris and dust generation
Industry
battery
Purpose
Support and guide
product
Cable Carrier (CABLEVEYOR)

overview

Because the battery assembly process for secondary batteries takes place in a low-humidity environment, conventional low-dust cable carriers could deteriorate due to drying, potentially leading to cracking or breakage.

The TKP-type MW specification Cable Carrier (CABLEVEYOR) uses polyacetal resin (POM resin), which has excellent sliding properties and durability, to prevent material deterioration and cracking of the main body.

This enables stable operation and low dust generation even in low-humidity environments, contributing to measures against foreign matter contamination in secondary battery manufacturing lines.


Problem

The assembly process for secondary batteries requires a low-humidity environment, so conventional cable carriers, which are made of resin, can become brittle due to drying, potentially leading to cracking and breakage.

In addition, in secondary battery manufacturing lines where cleanliness is required, there were instances where the product could not fully adapt to the operating environment.


Adopted products

Cable Carrier (CABLEVEYOR) Plastic Series TKP Series MW specification

A standard Cable Carrier (CABLEVEYOR) with a wide range of sizes from small to large.

The MW specification uses highly slippery materials, which are effective in preventing wear on the outer sheath of cables and hoses.

Compared to the TKP Series, there is less wear debris generated by the sliding of Cable Carrier (CABLEVEYOR) and the cable/hose, as well as wear debris generated by the sliding of Cable Carrier (CABLEVEYOR) connection parts.


Benefits of adopting the product

By adopting the TKP-type MW specification Cable Carrier (CABLEVEYOR), which uses polyacetal resin (POM resin) with excellent sliding properties and durability for the main body material, we were able to suppress material degradation in low humidity environments and prevent cracking of the main body.

This enables stable operation even in low-humidity environments, while also achieving low dust generation, which is crucial for preventing foreign matter contamination.


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Solution Case Study in the same industry


Solution Case Study for the same problem


Case studies of related industries and facilities

secondary battery


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