Search keywords：
product name, product type, model number,
test method, manufacturer, technique, application
-
Cone Calorimeter
The import of American VTEC, cone calorimeter ultra high cost performance
more
-
Digital Elmendorf Tearing Tester
Pendulum method test material tear strength, operating more simple, more accurate data
more
-
ZwickiLine Materials testing machines
Top of the world's leading universal material testing machine
more
MARK II Slip Resistance Tester
BACK
Standards:
ASTM F1677
Applications:
MARK II Slip Resistance Tester used the the principle of the ratio of load horizontal force to vertical force, test the maximum static friction coefficient between pattern and ground. Suitable to test arbitrary dry, wet or contaminated geological materials ground, test rubber, tire, PU, PVC material skid resistance.
Product Information:
The MARK II Slip Resistance Tester is a testing instrument used to evaluate the slip resistance and frictional performance of footwear soles and outsole materials on specified test surfaces.
Key Specification：
| No. | Technical Parameter | Specification |
|---|---|---|
| 1 | Test Load | 10 lb |
| 2 | Sample Dimension | (76 ± 1) × (76 ± 1) mm |
| 3 | Machine Dimension | 40 × 22 × 39 mm |
| 4 | Weight | 20 kg |
FAQs:
1. What is the MARK II Slip Resistance Tester used for?
It is used to evaluate the slip resistance of footwear soles and other materials under controlled test conditions.
2. What does the tester measure?
It measures the frictional performance of the test specimen against a specified test surface.
3. What materials can be tested?
It is mainly suitable for footwear soles, outsole materials, rubber, leather, and synthetic materials.
4. Why is slip resistance testing important?
It helps assess the safety and traction performance of footwear and materials on different walking surfaces.
5. How is the test performed?
The test specimen is brought into contact with a specified surface under controlled conditions, and the frictional force is measured to determine slip resistance.
