Alcohol abrasion tester
The Alcohol Abrasion Tester is designed for evaluating the wear and friction resistance of coatings, prints, and surfaces under controlled laboratory conditions. It simulates real-world abrasion scenarios using various friction media such as erasers, alcohol-soaked cotton, steel velvet, and sheepskin. Widely applicable in plastics, wires, electronics, and leather industries, it provides accurate, repeatable results for quality control and product development.
Application
(1) Testing abrasion resistance of printed coatings on plastics, electronic housings, wires, and leather.
(2) Evaluating durability of oil sprays, screen prints, and surface coatings under repeated friction.
(3) Quality control for consumer electronics, household appliances, and automotive interior materials.
(4) Research and development of new coatings, inks, or protective finishes.
(5) Assessing the wear resistance of decorative or functional surfaces in manufacturing.
(6) Comparing performance of different friction media on material surfaces.
(7) Determining material performance under simulated operational abrasion conditions.
Standards
(1) ASTM D6279 – Standard Test Method for Abrasion Resistance of Coatings by Taber Abraser.
(2) AATCC Test Method 8 / ISO 105-X12 – Colorfastness to Crocking.
(3) ASTM D3363 – Standard Test Method for Film Hardness by Pencil Test.
(4) UL 969 / UL 2601-1 – Standard for Marking and Labeling Systems.
Features
(1) Reciprocating Motion System with variable convex shaft and Japanese original ball drive for smooth and precise movement.
(2) Double Test Stations allow simultaneous testing of two samples.
(3) Adjustable Working Stroke from 2mm to 50mm.
(4) Variable Working Speed from 10 to 60 cycles per minute (rpm).
(5) Digital LCD Counter capable of displaying up to 999,999 cycles.
(6) Four independent friction groups supporting multiple friction media simultaneously.
(7) Load Application System with calibrated weights (100g, 200g, 300g, 500g, two of each) for precise force application.
(8) Compatible with diverse friction media: eraser, alcohol/cotton, steel velvet, sheepskin.
(9) Motorized drive (25W) ensures consistent operation.
(10) Substantial workpiece table (400x200mm) for secure sample placement.
(11) Compact and robust design suitable for laboratory use.
Parameters
| Parameter | Specification |
|---|---|
| Friction media | Eraser, alcohol/cotton, steel velvet, sheepskin (user-supplied) |
| Load weights | 100g, 200g, 300g, 500g (two of each) |
| Counter | 0–999,999 LCD display |
| Working stroke | 2–50mm adjustable |
| Working speed | 10–60 rpm adjustable |
| Number of friction groups | 4 |
| Motor | 25W |
| Power supply | AC220V/50Hz |
| Dimensions (L×W×H) | 500×460×550mm |
| Net weight | 26kg |
| Workpiece table size | 400×200mm |
Accessories
(1) Calibrated load weights: 100g, 200g, 300g, 500g (two of each).
(2) Friction media holders for erasers, alcohol/cotton, steel velvet, sheepskin.
(3) Workpiece table for securing samples.
(4) Motor drive system.
(5) Digital LCD friction counter.
Test Procedures
(1) Secure the sample on the workpiece table.
(2) Select friction media and attach to the respective friction group.
(3) Apply calibrated load weights as required for the test.
(4) Set working stroke and speed according to the test requirements.
(5) Start the motorized reciprocating motion; the sample undergoes friction cycles.
(6) Monitor the cycle count via the digital LCD counter.
(7) Upon reaching the desired number of cycles, stop the test and evaluate the sample surface for wear or damage.
(8) Record observations and data for analysis.
Maintenance Information
(1) Clean friction media and holders after each test to prevent contamination.
(2) Check and maintain the motor drive and ball drive mechanism periodically.
(3) Inspect calibrated weights for wear or damage.
(4) Keep the workpiece table clean and free of debris.
(5) Store the instrument in a dry and stable environment.
(6) Verify calibration of the digital LCD counter periodically for accurate cycle counting
Send product request
Other supplier products
| 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 ... | |
| FPC Flexibility Endurance Tester (for FPC Flex Durability Tester) | Standard ASTM F392 Product features 1. the stepper motor drive, high-precision positioning, low noise, can be used for a long time 2. program-c... | |
| Rapid screening Calorimeter | The rapid - screening calorimeter is a professional calorimetric instrument for the quick assessment of reaction thermal hazards. It supports multi... | |
| Battery Adiabatic Calorimeter | Battery adiabatic calorimeters play a crucial role in battery research and development, providing essential thermodynamic data for safety assessmen... | |
| Intramedullary Nails Four - point Bending Fatigue Tester | Standard YY/T 0591-2011: Chinese standard specifying bending fatigue test methods for intramedullary nails and locking screws, including load appl... |
Same products
| Gas Oxidizing Property Tester | Seller: Standard International Group (HK) Limited | Product Description Conforms to ISO 10156-2010 “Gases and Gas Mixtures Selection of Cylind... | |
| Battery Powder Compaction Density Measurement System | Seller: Standard International Group (HK) Limited | The Battery Powder Compaction Density Measurement System is a precision testing system designed... | |
| Battery Powder resistance tester | Seller: Standard International Group (HK) Limited | The Powder Resistivity Meter is a precision testing system designed to measure electrical resisti... | |
| KES-SESRU surface roughness/friction tester | Seller: Standard International Group (HK) Limited | TheRoughness/Friction Tester analyzes hand movements-particularly, strokes-performed by artisans ... | |
| Air Permeability Tester STD- F8 | Seller: Standard International Group (HK) Limited | The Air Permeability Tester is designed to quickly and accurately measure the breathability and p... |
















