100mm IDC Ribbon Cable 2.54mm Pitch Rainbow Cable IDC Flat Ribbon Cable

Product introduction

Among the many connector products, IDC connectors are of two-piece and three-piece types, of which three-pieces are with reverse bending, its purpose and advantage are to protect the cable used on the IDC connector It is safe, because the assembly life of the IDC connector may affect the service life of the interface of the IDC connector product due to the pulling or improper operation of the cable. In the production of general conventional products, the interface of the IDC connector is usually used together with the cable, so sometimes we will also call the IDC connector the IDC pressure cable.

The rainbow cable is mainly used in the internal wiring of the electrical circuit and the instrument line, the internal cable of the power distribution system and the measurement system, and the general connection cable.

The insulating materials used for IDC pressure cable can be divided into two categories. There are many compounds and mixtures used in each category. It can be said that the available insulating materials are almost not limited. At present, most insulating materials in the industry are composed of compounds made of synthetic rubber polymers and compounds made of synthetic materials, thereby providing special physical and chemical properties.

Parameters:

What kind of advantages does the insulating material used for IDC pressure cable have?

1. Thermoplastic insulation material:

This material is known for its excellent electrical properties and low cost. Because this material can obtain good electrical properties with a very thin insulation thickness, it is widely used as an insulation material. Especially on the high-voltage line, because the cable with a thin insulation layer is usually smaller in size than the thermosetting insulating material with the same electrical performance.

2. Thermosetting insulating materials:

The characteristic of this material is that it can be stretched under the action of mechanical stress, and when this mechanical stress is eliminated, it can spring back to its original state, because thermosetting insulating materials are not easily affected by thermal softening.