The Martindale Tester GT-C13 is a precision-engineered instrument designed to evaluate the abrasion resistance and pilling propensity of various textile fabrics. This upgraded model is essential for quality control and R&D in apparel, upholstery, technical textiles, and home furnishing industries.
The GESTER GT-C18 Series is a multi-station ICI Pilling and Snagging Box Tester available in versatile 2-box (GT-C18A), 4-box (GT-C18B), and 9-box (GT-C18C) frame configurations. Designed for high-throughput laboratory testing, this modular system allows simultaneous evaluation of textile samples across various global standards. Featuring quick-change test boxes—including ISO square pilling boxes, JIS snagging boxes, BS octagon boxes, and M&S round drums—the GT-C18 Series delivers maximum efficiency, durable performance, and full compliance with ISO 12945, BS 5811, BS 8479, JIS L1058 and M&S P18.
GESTER Martindale Testing Machine GT-C13 is an advanced abrasion and pilling tester for textiles, featuring dual servo drive, 6 automatic test modes (abrasion & pilling), and compliance with GB/T, ISO, ASTM, EN, and other major standards. Direct factory sale, In stock, fast delivery.
The GESTER GT-C18A is a compact 2-box ICI Pilling Box Tester engineered to rapidly evaluate the surface pilling, fuzzing, and snagging resistance of woven and knitted fabrics under controlled tumbling conditions. Driven by a high-precision servo motor and managed via an intuitive touch-screen PLC controller, it guarantees constant rotational speed and quiet operation. Accommodating interchangeable ISO, BS, JIS, and M&S test boxes, the GT-C18A delivers standardized, highly repeatable test results for garment manufacturers and quality control labs worldwide in compliance with ISO 12945, BS 8479, and JIS L1076.
Surface Fuzzing and Pilling Tester GT-C16 is a specialized textile testing instrument engineered to evaluate the fuzzing and pilling propensity of woven fabrics under slight pressure. Operating as a Circular Locus Pilling Tester, it allows quality control laboratories and textile manufacturers to accurately simulate everyday wear and tear, ensuring fabrics comply with the rigorous GB/T 4802.1 standard.
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