Automobile Wire Cross-linking Test Device

The Automobile Wire Cross-linking Test Device is designed to evaluate the cross-linking performance of automotive wire insulation under high-temperature conditions. You can use this device to verify whether wire materials meet required thermal deformation and mechanical stability standards, ensuring reliable performance in automotive applications.

Application

This device is suitable for testing:

(1) Cross-linked insulation performance of automotive wires and cables.

(2) Thermal deformation behavior of wire insulation under elevated temperatures.

(3) Quality control and material verification in wire manufacturing.

(4) R&D testing for insulation materials used in automotive electrical systems.

Standards

(1) SAE J1128-2005 – Low-voltage primary cable for automotive use

(2) Other equivalent automotive wire testing standards

Parameters

Features

(1) High-Temperature Testing – Operates at 250 ± 25°C to simulate thermal conditions for cross-linked insulation evaluation.

(2) Standardized Test Rod – Φ6 mm rod ensures consistent and repeatable testing conditions.

(3) Stable Load Application – 5–7 N load provides controlled pressure on the sample during testing.

(4) Accurate Timing Control – Wide timer range allows flexible test duration settings.

(5) Durable Hot Plate – Aluminum plate ensures uniform heat distribution and long service life.

(6) Simple Operation – Easy setup and operation for laboratory and production environments.

The Automobile Wire Cross-linking Test Device provides you with a reliable method to evaluate insulation performance under high-temperature conditions. Its simple structure, stable load application, and precise temperature control make it suitable for R&D, quality control, and production testing of automotive wires.

FAQ

(1) What is this product?

It is a testing device used to evaluate the cross-linking performance of automotive wire insulation under high temperature.

(2) What is this product used for?

You can assess insulation deformation and thermal resistance to ensure wire quality meets automotive standards.

(3) What is the working principle of this product?

The device applies a controlled load on a wire sample placed on a heated plate, observing deformation to evaluate cross-linking performance.

(4) Why is this product important?

It ensures that automotive wires maintain structural integrity and insulation performance under high-temperature conditions.

(5) Which industries is this product suitable for?

It is suitable for automotive wire manufacturers, cable producers, R&D laboratories, and quality inspection organizations.