Low Temperature Resistance Test for Coated Fabrics

Coated fabric is a kind of textile in which the coating adhesive material forms a single or multi-layer coating in situ on one side or both sides of the fabric. Composed of two or more layers of material, at least one of which is a textile and the other is a fully continuous polymer coating.
The low-temperature resistance test of coated fabrics can measure its low-temperature resistance, including low-temperature impact properties and ultimate embrittlement temperature. It is suitable for coated fabrics that can be bent into the test state without damage at room temperature.
Zhongke Testing Reliability Experiment Center has the capability of reliability testing of various coated fabrics and provides professional low-temperature resistance testing services for coated fabrics.

PA coating, PU coating, anti-velvet coating, PA white glue coating, PU white glue coating, PA silver glue coating, PU silver glue coating, pearlescent coating, flame retardant coating, etc.

The sample is bent into a ring shape and placed in a low temperature chamber. At a certain initial temperature (a multiple of 5), the sample is impacted by a free-falling weight.
Then the temperature is lowered with a temperature difference of 5°C, and the sample is impacted once every time the temperature changes until the sample is damaged.
Or impact the sample with a drop weight at a specified lower temperature to observe whether the coating surface is damaged.

FZ/T 01007-2008 Coated fabrics - Determination of low temperature resistance
EN 1876-2: 1998 Rubber or plastic coated fabrics - Low temperature test Part 1: Ring impact method
GB/T 6529 Textiles Standard atmosphere for humidity conditioning and testing
NP EN 1876-2-2000 Rubber and plastic coating compositions Low temperature test Part 2: Test of image arc
BS EN 1876-2-1998 Rubber or plastic coated fabrics Low temperature test Circular impact test
EN 1876-2-1997 Rubber or plastic coated fabrics - Low temperature test - Part 2: Cyclic impact test