Fabrics

In the competitive global textile, apparel, and technical fabrics industries, maintaining consistent product quality is paramount. Fabrics must withstand rigorous mechanical stresses, chemical exposures, and environmental factors during their lifecycle. Fabric testing is the vital quality control process that evaluates the physical, mechanical, and aesthetic properties of woven, knitted, and non-woven substrates.

Rycobel provides a comprehensive range of high-end textile testing instruments designed to help laboratories, R&D centers, and manufacturers verify material performance, reduce product failure, and comply with strict international standards.

Key Performance Evaluations for Textile Fabrics

To ensure a fabric is fit for its intended purpose—whether for high-fashion apparel, automotive upholstery, or protective military gear—it must undergo a series of standardized physical tests:

Tensile and elongation

Permeability

Colour fastness and washability

Fabrics must retain their color integrity when exposed to washing, light, rubbing (crocking), perspiration, and dry cleaning. Utilizing standardized testing consumables, such as Gray Scales for color change and staining, allows laboratories to grade colorfastness precisely under controlled light sources (e.g., D65 daylight).

Flammability

Abrasion and Pilling Resistance

Daily wear and tear can cause surface fiber degradation.

  • Abrasion Testing: Evaluates how well a fabric resists surface wear caused by flat rubbing friction, determining the material's lifetime durability.
  • Pilling Testing: Measures the propensity of fibers to untangle and form unsightly small balls (pills) on the fabric surface. Standardized equipment like the Martindale or Pilling Box systems are industry essentials for these evaluations.

Tactile Properties and Comfort (Hand Feeling)

Beyond durability, the consumer's sensory interaction with the fabric is crucial. Advanced testing systems evaluate fabric stiffness, drape, elasticity, softeness, and compression characteristics. Quantifying these tactile properties transforms subjective "hand feel" into objective, reproducible digital data.

Water and vapor resistance

Sample cutters