The Digital ICI Mace Snag Tester is designed to determine the snagging resistance of knitted and other easily snagged fabrics. It simulates real-life fabric damage caused by sharp or rough surfaces, ensuring accurate evaluation of textile durability. Built with high-quality materials, including a precision-engineered copper mace and a robust multi-station design, this tester provides stable and repeatable test results. Ideal for textile laboratories, quality inspection departments, and fabric manufacturers seeking reliable fabric performance analysis.

Related Standards

GB/T11047 ASTM D3939 JISL1058 etc.

Technical parameter

Number of stations: 4 stations
Rotating speed of drum: (60±2)r/min
Counting range: 0～99999
Drum diameter: Φ82mm; width 210mm
Mace weight: (160±10)g
Number of needles for nail hammer planting: 11
The exposed length of the pin nail: 10mm; the tip radius 13mm
Felt thickness: (3～2)mm; width 165mm
Working width of guide rod: 125mm; diameter Φ10mm
The distance between the nail hammer and the guide rod: 45mm
Power source: AC220V±10% 50Hz 200W
Dimensions: (660×460×530)mm
Weight: 45kg

Standard Accessories

Number of stations: 4 stations
Rotating speed of drum: (60±2)r/min
Counting range: 0～99999
Drum diameter: Φ82mm; width 210mm

Name and Specification	Qty	Note
Main machine	1
Power cable	1
Mace	4
Rubber ring	8
Fuse	2	3A
Foot Bottom	4

Why Choose Digital ICI Mace Snag Tester?

Choose the Digital ICI Mace Snag Tester for its precision, reliability, and compliance with international standards such as GB/T11047, ASTM D3939, and JIS L1058. The tester features four test stations and a rotating drum system operating at a stable speed of 60±2 rpm. Each mace is crafted from durable copper, strictly meeting standard weight, length, and diameter specifications. Its intuitive digital counter allows accurate test cycle tracking up to 99,999 counts. With a compact design, low power consumption, and stable performance, this tester ensures consistent snag-resistance results for various fabric types, including knitted, woven, and delicate materials.