Roller Skate Slip Resistance Tester

The Roller Skate Slip Resistance Tester is designed to evaluate the anti-slip performance of roller skates. You can assess the safety and traction of skates on different surfaces, ensuring reliability under varied conditions.

Application

You can use this tester to:

Test roller skates for slip resistance on wood, PVC, ceramic, or other floor surfaces.

Evaluate footwear used in roller sports or recreational skating for safety compliance.

Support R&D for skate sole materials and tread design optimization.

Conduct both dry and wet surface testing to simulate real-world conditions.

Standards

The tester is designed to comply with:

(1) GB/T 28287-2012 – Foot protection: methods for testing slip resistance of shoes.

(2) EN ISO 13287 – Personal protective equipment: test method for sliding resistance of footwear.

Parameters

Features

Dual Condition Testing: Supports both dry and wet testing to replicate real skating surfaces.

High Precision: Force measurement accuracy up to 0.01 N.

Adjustable Parameters: You can set friction coefficient, pulling speed, and test duration.

Safe and Reliable: Sturdy design with standard-compliant surface roughness ensures repeatable and accurate results.

Data Recording: Records maximum force values for analysis, supporting quality control and R&D.

Accessories

(1) Stainless steel test platform

(2) Standard weights (10 kg ×6, 5.1 kg ×4)

(3) Electrical control interface with touch panel

(4) Sample fixtures for roller skates

(5) Calibration samples

Test Procedures

Preparation:

Inspect the device to ensure all components operate normally and power connections are secure.

Fix the roller skate sample on the platform, ensuring proper contact angle.

Select the test medium (wood, PVC, or ceramic) as required.

Parameter Setting:

Power on the device and enter the control interface.

Set the test parameters including friction coefficient, sliding speed (e.g., 100 mm/min), and test duration.

Perform calibration with standard samples to ensure accuracy.

Testing:

Dry Test: Wipe the test surface with 3% neutral ammonia solution, dry, then fix the sample.

Wet Test: Spray a water film on the test surface and start testing after 30 seconds.

Record the maximum force while sliding the sample over a 230 mm distance at 100 mm/min.

Maintenance Information

Keep the test platform clean and free of debris.

Regularly check the pulling system, weights, and sample fixtures for wear.

Calibrate periodically using standard reference samples.

Verify electrical connections and touch screen functionality before testing.

Store in a dry environment to prevent corrosion of metallic components.

FAQ

1.What is this product?

It is a slip resistance tester for roller skates.

2.What is this product used for?

You use it to evaluate roller skate traction on different surfaces, ensuring user safety.

3.What is the working principle of this product?

The tester applies a controlled horizontal pulling force to the skate on a standardized test surface and measures the maximum resistance to slipping.

4.Why is this product important?

It ensures that roller skates meet safety standards, reduces slip-related accidents, and supports material and design improvements.

5.What industries is this product suitable for?

Roller skate manufacturing, footwear R&D, sports safety testing, and quality control laboratories.