MARK-II Slip Resistance Tester
Product Introduction:
Paste the cut sample on the test fixture of the portable MARK-II anti-slip testing machine, put down the weight of the rotating support frame on the test fixture, so that the test piece is pressed on the floor interface by a fixed force, and tilt the rotating support frame of the portable MARK-II anti-slip testing machine, so that the horizontal thrust subjected to the test piece is gradually increased. Until the test piece slides instantaneously. The value of friction coefficient that should be dealt with before the sole test piece slides instantaneously is the large static friction coefficient of the test sole on the floor interface, that is, the anti-slip coefficient.
Reference standard:
ASTM F1677 and other standards
Product Advantages:
Measures Key Safety Property: Quantifies the static coefficient of friction, a critical indicator of pedestrian slip resistance.
Standard Compliant: Designed to meet standards like ASTM F1677. ensuring tests are conducted according to recognized procedures.
Portable Design: Allows for convenient in-situ testing on actual flooring surfaces in various environments.
Provides Quantitative Result: Delivers a numerical value for the anti-slip coefficient.
Relatively Simple Operation: The test principle of applying load and increasing horizontal force until slip is straightforward.
Suitable for Floors and Sole Materials: Can be used to evaluate both flooring surface characteristics and the slip properties of footwear sole materials.
Product Features:
Based on the provided description and typical portable static friction testers:
Test fixture or shoe to hold the test sample.
Weight system to apply a fixed normal load (10 lbs).
Rotating or tilting support frame mechanism to apply and gradually increase horizontal thrust to the test sample.
Sensor or gauge to measure the horizontal force at the point when the sample begins to slide.
Mechanism to calculate the static coefficient of friction from the measured forces.
Designed to be portable for easy transport and use in different locations.
Accommodation for specific sample dimensions (76mm x 76mm).
Requires a stable, horizontal surface for accurate testing.
Technical specifications:
1. Sample size: (76±1)*(76±1)mm.
2. Load: 10IBS.
3. Floor requirements: horizontal floor.
4. Volume: 40*22*39cm.
在线联系供应商
Other supplier products
 |
Seam Fatigue Tester | Standards: Toyota TSL5101G Section 3.7. GMW 3405. Nissan M-0154. Ford Motor Co. BN 106-02. TSL5100G Section 4.22 Applications: The Seam Fatigue ... |
 |
Static pressure and puncture testing machine for safety shoes | Static pressure and puncture testing machine for safety shoes - Other test instrument - standard Product Information: Test purpose: Measure the ... |
 |
Powder Wet Vibrating Screen System For Lithium Battery Material Testing | Standard ASTM E11: Standard Specification for Woven Wire Test Sieve Cloth and Test Sieves ISO 3310-1: Test Sieves – Technical Requirements ... |
 |
Photovoltaic module damp heat test chamber | Standard IEC 61215: Terrestrial Photovoltaic (PV) Modules – Design Qualification and Type Approval UL 1073: Standard for Safety for Enclosu... |
 |
TEXTILE CUTTING MACHINE | Description Textile cutting machine, Fabric cutting machine, Cloth cutting machine, Automatic knife cutter, Straight knife cutter. Variable speed ... |
Same products
 |
Scott Flex Tester | 卖方: 标准集团 | Product Introduction: Scott kneading tester is suitable for back and forth kneading resistance o... |
 |
NEU nanofiber electrospinning device | 卖方: 标准集团 | Content The Nanofiber Electrospinning Unit uses electrospinning techniques to safely and easil... |
 |
KK03 Scratch tester | 卖方: 标准集团 | Product Introduction: With the continuous expansion of the use of plastic molding products, from... |
 |
KK02 Scratch tester | 卖方: 标准集团 | Product Introduction: With the continuous expansion of the use of plastic molding products, from... |
 |
KK01 Scratch tester | 卖方: 标准集团 | Product Introduction: With the continuous expansion of the use of plastic molding products, from... |
