Tester for Textiles - Robust 4 - Station Setup Complying with ISO 12947 - 2 Standards
Description:
To precisely assess the abrasion endurance of woven textiles. Samples are subjected to a controlled rubbing process with specific abradents at regulated low - pressure conditions and in multiple variable directions, and the abrasion degree is evaluated against established benchmarks.
Parameters:
Testing Head: 8 (or 4 and 6 head could be selectable)
Display: LED
Accumulate count: 1~999999
Dimensions (L x W x H) 880×600×410mm
Power supply AC380V, 180W or AC220V, 180W
1. Textile Martindale Abrasion Testing Machine learn the advantages of domestic and foreign similar equipment’s design,it with elegant appearance, and touch display screen, the interface easy to understand, easy to operate.
2. Computer system uses two counting methods, visual appearance, convenient setting, 4 or 6 or 8(optional) station testing at the same time to improve test efficiency.
3. Instrument also has two kinds of Li Sha Ru (Lissajous),saying 24mm × 24mm and 60.5mm × 60.5mm.
4. Variety of trajectory matching accessories, can adapt to a variety of test methods standard.
Standards:
BS 3424/5690,IWTO 40-88,BS EN 388/530,IWSTM 112/196,ASTM 4966/4970, IS 12673,JIS L1096, SFS 4328,PR EN ISO 12947-1,PR EN ISO
12945-2,SATRA TM31,ISO 20344
1.Which types of textiles are suitable for testing with the Martindale tester? The Martindale tester is suitable for testing various types of woven fabrics, knitted fabrics, non - woven fabrics, as well as textiles for multiple applications such as upholstery fabrics, garment fabrics, and technical textiles to evaluate their abrasion resistance and pilling resistance.
2.How to prepare samples for testing with the Martindale tester? The textile needs to be cut into test specimens of the specified size. Ensure that the surface is flat without wrinkles, and avoid causing additional damage to the samples during the cutting and handling process.
3.What is the testing principle of the Martindale tester? It makes the sample rub against known abradants at low pressures and in continuously changing directions, and then evaluates the performance by comparing the degree of abrasion or pilling of the sample with standard parameters.