The Particle Abrasion Tester is a precision instrument designed to measure the wear rate of granular materials such as catalysts, molecular sieves, adsorbents, activated alumina, and wood activated carbon. Based on national standards, it provides a controlled and repeatable method for evaluating particle durability under simulated industrial conditions. The Q-4D improves upon its predecessor (Q-3) with enhanced performance, optimized structure, and greater operational stability, making it suitable for chemical, pharmaceutical, petroleum, and material research laboratories.
(1) Determining wear rate of fertilizer catalysts, molecular sieves, and adsorbents
(2) Evaluating the mechanical durability of industrial activated alumina
(3) Testing strength and abrasion resistance of wood activated carbon
(4) Quality control in chemical and pharmaceutical production
(5) Research and development for new granular materials with improved durability
(6) Comparative testing of particle materials to optimize process efficiency
(1) GB 3636-83 — Method for determination of wear rate of catalysts, molecular sieves, adsorbents
(2) GB 10504-2008 — 3A Molecular Sieve
(3) HG/2524-2011 — 4A Molecular Sieve
(4) GB 13550-92 — 5A Molecular Sieve
(5) GB/T 12496.22-90 — Test method for strength determination of wood activated carbon
(6) HG/T 3927-2007 — Industrial activated alumina wear testing
(7) ISO 3270 — Determination of particle size distribution and durability of granular materials (international standard reference)
(8) ASTM D4179 — Standard test method for wear of granular catalysts
(1) Grinding cylinders (Φ36×300 mm and Φ50×300 mm)
(2) Sample loading trays
(3) Power cord and fuse
(4) User manual
(5) Calibration tools
| Item | Description |
|---|---|
| Speed range | 25. 30. 40. 50. 60. 80. 100 r/min (adjustable) |
| Counting range | 0–9999 r |
| Grinding cylinder inner size | Φ36×300 mm; Φ50×300 mm (two each) |
| Power supply | AC 220V ±10%, 50 Hz |
| Noise | Low, <60 dB(A) |
| Control system | Single-chip microcomputer with stepper motor |
| LED indicators | Display operational status, speed, and alarms |
| Overall dimensions | 400 × 300 × 450 mm (L × W × H) |
| Net weight | 28 kg |
(1) Stepper motor with single-chip microcomputer control for precise, stable, and uniform grinding speed
(2) Low noise operation for improved laboratory comfort
(3) LED indicators display real-time working status clearly and intuitively
(4) Adjustable speed settings (25–100 r/min) to accommodate different material types and test requirements
(5) Functions include preset speed, alarm settings, and automatic pause for enhanced safety and control
(6) Dual grinding cylinder sizes (Φ36×300 mm and Φ50×300 mm) for versatility
(7) High stability and low failure rate, ensuring long-term reliable operation
(8) Simple and intuitive operation, suitable for routine laboratory and industrial testing
(1) Select and install the appropriate grinding cylinder for the material to be tested
(2) Load the sample material into the grinding drum evenly
(3) Set the desired rotation speed using the touch interface or control knob
(4) Preset the test count or duration, and enable alarm/pause settings if required
(5) Start the test and monitor LED indicators for real-time operational status
(6) At the end of the test, remove the sample and evaluate the wear rate based on weight loss or particle size change
(7) Record the results and repeat as necessary for additional samples
(1) Clean the grinding cylinders and drum after each test to prevent contamination
(2) Periodically check the stepper motor and electronic control system for proper function
(3) Inspect LED indicators and connections for reliability
(4) Replace worn grinding cylinders to maintain consistent test results
(5) Store the instrument in a clean, dry environment to protect electrical components
1. What is the primary purpose of this tester?
It evaluates the abrasion resistance of materials by exposing them to high-speed particles, simulating wear caused by sand, dust, or other particulate matter.
2. Which materials can be tested using this device?
The tester is suitable for metals, coatings, ceramics, plastics, and other surfaces exposed to abrasive environments.
3. How does the tester simulate real-world conditions?
It propels abrasive particles at the test surface under controlled speed, angle, and duration, replicating erosive wear encountered in industrial or outdoor conditions.
4. Which standards does this tester comply with?
It supports international abrasion testing standards, including ASTM G76. ISO 6507. and other industry-specific protocols for material durability.
5. Who typically uses this equipment?
Material manufacturers, quality control laboratories, and research institutions use it to assess durability, optimize material formulations, and predict service life.
