Color Fastness Tester

The Motorized Rubbing Colorfastness Tester is designed for evaluating the dry and wet rubbing colorfastness of textiles, knits, and leather. The instrument uses a friction head fitted with a standard white cloth to perform reciprocating motion over the specimen, simulating wear and color transfer. The color transfer on the white cloth is assessed using gray scales, providing reliable data for material evaluation and selection. The fully motorized design ensures consistent results, higher efficiency, and repeatability compared to manual methods.

Application

This tester is suitable for:

(1) Determining dry and wet rubbing colorfastness of cotton, wool, linen, silk, and knitted fabrics;

(2) Assessing printed textiles and surface coatings for color stability;

(3) Textile production quality control and R&D laboratories;

(4) Leather and synthetic materials testing for color transfer resistance.

Standards

The instrument complies with the following international and national standards:

(1) ASTM F1319 – Standard Test Method for Colorfastness to Crocking;

(2) AATCC 8 / 165 – Colorfastness to Crocking;

(3) BS 1006 D02 – British Standard for colorfastness to rubbing;

(4) GB/T 3920 – Textiles – Determination of colorfastness to rubbing;

(5) ISO 105 D02 / X12 – Textiles – Tests for colorfastness – Part D02: Rubbing;

(6) JIS L0849 – Japanese Industrial Standard for colorfastness to rubbing;

(7) M&S C8 / C8A, NEXT TM6 – Additional colorfastness evaluation methods.

Features

Fully motorized design for repeatable dry and wet rubbing tests.

Rubbing head diameters: 16 mm or 25 mm, with adjustable 9N vertical load.

Electronic counter simulates manual ten-cycle rubbing test for consistent results.

Standard friction fabric fixture for reliable placement.

Spring steel specimen clamp ensures secure and fast sample mounting.

Supports built-in programs for AATCC, ISO standards, and user-defined protocols.

Automatic alarm function upon test completion.

Suitable for frequent or cyclical laboratory testing.

Parameters