MARK-II Slip Resistance Tester

The Slip Resistance Tester is designed to evaluate the static coefficient of friction between footwear soles and flooring surfaces. By applying a controlled normal load and gradually increasing horizontal force until the test sample slides, the tester provides a quantitative assessment of slip resistance. This information is essential for pedestrian safety evaluation and footwear material testing.

Application

(1)Slip resistance testing of footwear soles, including work boots, safety shoes, and casual footwear

(2)Evaluation of flooring surfaces such as tile, concrete, wood, vinyl, and anti-slip coatings

(3)Quality control in footwear manufacturing to ensure compliance with slip resistance standards

(4)Building inspection for public facilities, hospitals, schools, and industrial environments

(5)Laboratory testing for research and development of non-slip materials and coatings

(6)In-situ testing for slip hazard assessment in construction sites, commercial kitchens, and wet or oily surfaces

Standards

(1)ASTM F1677 — Standard Test Method for Pedestrian Walkway Slip Resistance

(2)EN 16165 — Slip Resistance of Pedestrian Surfaces

(3)ISO 13287 — Footwear – Test Method for Slip Resistance

(4)BS 7976 — Pendulum Test Method for Slip Resistance of Floors

(5)DIN 51130 — Testing of Floor Coverings – Ramp Test

Product Features

(1)Portable design for convenient on-site testing of floors and soles

(2)Rotating or tilting support frame to gradually apply horizontal thrust

(3)Weight system to apply fixed normal load on test sample

(4)Test fixture accommodating standard sample dimensions (76mm × 76mm)

(5)Sensor or gauge to measure horizontal force at the onset of slip

(6)Calculation of the static coefficient of friction based on measured forces

(7)Suitable for diverse flooring types and sole materials

(8)Simple operation with straightforward loading and tilting procedure

Technical Parameters

Accessories

(1)Standard test fixture for sample mounting

(2)Weight block for normal load application

(3)Carrying case for portable use

Test Procedures

(1)Cut and prepare the test sample according to the specified dimensions.

(2)Paste the sample onto the test fixture securely.

(3)Place the fixture on a stable, horizontal floor surface.

(4)Lower the weight of the rotating support frame onto the test sample to apply the fixed normal load.

(5)Gradually tilt the support frame to increase horizontal thrust on the sample.

(6)Record the horizontal force at which the sample begins to slide.

(7)Calculate the static coefficient of friction using the measured forces.

(8)Repeat as required for multiple samples or different floor surfaces.

Maintenance Information

(1)Keep the test fixture and tilting mechanism clean and free of debris.

(2)Check the calibration of the force measurement gauge regularly.

(3)Store the tester in a dry environment to prevent corrosion.

(4)Inspect the weight system for wear or deformation before testing.

(5)Handle the portable tester carefully to avoid damage to the tilting frame and sensor components.