XHS-21 Friction / Peel Tester

XHS-21 Friction / Peel Tester can be used to test coefficient of static and kinetic friction of plastic films, sheets, foils, paper, cardboard, woven bags, fabric (fabric style test), metal-plastic composite strip/belt for communication cable, convey belt and textile, as well as peel strength test of adhesive laminated products, medical adhesive bandage, release paper and protection films.

ISO 8295, ISO 8510-2, GB 10006, GB/T 2790, GB/T 2791, GB/T 2792, ASTM D1894, ASTM D4917, ASTM D3330, TAPPI T816, TAPPI T549

Has two testing modes: peeling and friction coefficient

The test bench is designed without magnetization and fully meets the standard requirements

Imported microcomputer control technology, open structure, user-friendly human-machine interface operation, simple and convenient to use

Precision ball screw drive, stainless steel panel, high-quality stainless steel guide rail and reasonable design structure ensure the stability and durability of the instrument

High precision force sensors with measurement accuracy better than 0.5 levels

Precision differential motor drive, smoother transmission, lower noise, more accurate positioning, and better repeatability of test results

7-inch color touch screen operation, real-time curve display, fully automatic measurement, with testing data statistics and processing function

High speed micro printer printing results, fast printing, low noise, no need to replace ribbon, convenient for changing paper rolls

Adopting a slider running device and a fixed-point force distribution method for sensors, effectively avoiding errors caused by sensor motion vibration

The double guide rail plate dynamic design provides more stable operation and flexible selection of multiple fixtures; The slider stroke can be preset and has a wider adjustment range

Friction coefficient can be selected according to ISO standards, American standards, or free mode

Built in dedicated calibration program, making it easy to calibrate instruments

It has advantages such as advanced technology, compact structure, reasonable design, complete functions, reliable performance, and convenient operation