Testing Equipment
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The Hot Pressing Color Fastness Tester evaluates the color fastness of textiles to hot pressing. It is suitable for assessing various textiles, including home and industrial textiles.

This device tests surface treatment effectiveness on various materials. It simulates corrosive environments using salt spray, humidity, and drying cycles under precise temperature and humidity control.

This anti-drilling pile tester employs a friction method to assess the resistance of materials to drilling. The instrument provides accurate measurements of a material's ability to withstand penetration and damage from drilling forces.

This classification efficiency tester evaluates the performance of classification processes. It determines the effectiveness of separating particles or materials based on size and density.

This tester uses a rotating box to simulate the wear and tear on down-proof fabrics. It evaluates the fabric's resistance to down and feather penetration by counting the number of escaped particles.

The textile airflow resistance tester measures the resistance of fabrics to airflow. It is used to assess the air permeability of textiles, cotton, and space cotton, which is important for determining the comfort and hygiene of clothing, especially medical textiles.

This constant temperature and humidity device measures moisture permeability. It is suitable for evaluating the moisture resistance of sportswear, plastic film, and processed paper.

This instrument determines the geotextile's vertical permeability under a constant head. The adjustable head (0-300mm) maintains stable pressure, while the box structure reduces head loss.

This universal material testing machine is designed to evaluate the mechanical properties of materials. It is available in both hand-operated and electric-operated versions.

The zipper reciprocating tester measures the performance of zippers on items like clothing, bags, and shoes. It tests zipper fatigue and durability by repeatedly opening and closing the zipper at a consistent speed under horizontal and vertical tension.

This instrument is used for flat grinding, mill grinding, and edge grinding. It tests the wear resistance of woven, knitted, and coated fabrics, as well as plastics, rubber, leather, and paper.

This tester secures a sample on a horizontal platform, applying specified abrasive and load as the platform moves. Its lever principle ensures accurate sample surface load and reliable test outcomes, while adjustable abrasive height and load accommodate varying sample sizes.

The multi-finger scratch tester measures a material's susceptibility to physical surface damage, including scratching and marring. Commonly used to evaluate plastics, the instrument applies multiple independently loaded fingers to test scratch resistance.

This instrument tests the flame propagation of fabrics and films according to United States NFPA 701 standards. It is suitable for single or multi-layer fabrics, except those weighing over 700g/m2.

This instrument uses a tungsten carbide scratch to detect surface damage from physical contact. It assesses wear resistance of plastic parts in automotive interiors/exteriors, hard materials, paint, ink, soft metal, and carpet.

This high-efficiency tester uses laser particle counting to assess filter material performance. It measures filtration efficiency, pressure drop, and filtration cycles using a patented horizontal and vertical structure for comprehensive testing.

This UV weathering tester simulates the damaging effects of sunlight, rain, and humidity. It accelerates the aging process to predict the long-term performance of materials.

This laboratory instrument accelerates the effects of outdoor weathering on materials. It utilizes a carbon arc lamp to produce intense UV radiation and precisely controls temperature and humidity for accelerated aging tests.