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The Reciprocating Wear Tester is a high-precision laboratory instrument designed to evaluate friction and wear performance of metals, non-metals, composites, lubricants, and coatings under controlled reciprocating motion. It simulates real-life sliding and rubbing conditions, providing quantitative data on coefficient of friction, wear rate, and material durability.
This instrument is widely used in R&D, industrial quality control, automotive, aerospace, and materials research, helping engineers and researchers optimize materials and enhance product reliability.
Research & Material Development
Investigate friction and wear properties of metals, polymers, ceramics, and composites.
Provide data support for material improvement, optimization, and new material development.Mechanical Component Testing
Evaluate wear resistance of engine pistons, gears, bearings, brake pads, tires, and other critical components.
Predict service life and operational performance under real-use conditions.Aerospace Industry
Assess wear resistance of spacecraft materials under extreme friction and environmental conditions.
Ensure reliability and safety of components in high-performance applications.Automotive Industry
Test automotive components for wear resistance and durability.
Support quality control and performance optimization of engine parts, tires, and brake systems.Other Industrial Applications
Evaluate scratch resistance and wear performance in coatings, plastics, decorative fabrics, automotive interiors, and textiles.
Provide technical support for product quality control and enhancement.
ASTM Standards: ASTM D6079 and other relevant ASTM friction/wear standards.
ISO Standards: ISO 12156 and similar international standards.
Chinese Standards: GB/T series relevant to material friction and wear testing.
Industry-Specific Standards: Applicable standards depending on material type and application field.
| Parameter | Specification |
|---|---|
| Maximum Test Force | 10 kN |
| Test Force Measuring Range | 0.06% – 100% of max force |
| Test Force Accuracy | ±1%; under 400 N ±5 N |
| Test Force Long Stability | ±1% FN |
| Friction Measurement Range | 0–300 N |
| Spindle Speed Range | 200–3000 r/min (single-stage infinitely variable) |
| Spindle Speed Error | ±10 mm |
| Friction Load Sensor | 50 N |
| Stroke of Oil Box | >45 mm |
| Spindle Hole Taper | 1:7 |
| Heater Working Temperature | Room temperature to 220°C |
| Temperature Control Accuracy | ≤2°C |
| Special Standard Ball Diameter | 12.7 mm |
| Spindle Motor Power | 2.2 kW |
| Control Modes | Time control, speed (cycle), friction control |
| Machine Dimensions | 1200 × 810 × 810 mm |
| Net Weight | 850 kg |
High-Precision Testing: Accurate friction load measurement and spindle speed control.
Versatile Applications: Suitable for metals, polymers, composites, lubricants, coatings, and other materials.
Advanced Control: Time, speed, and friction-based control modes for flexible testing.
Durable Construction: Heavy-duty frame ensures stable operation and long service life.
Temperature Control: Optional heater up to 220°C with high precision for testing lubricants and temperature-sensitive materials.
1. What types of materials can be tested?
Metals, non-metals, composite materials, lubricants, coatings, textiles, and automotive components.
2. How is wear measured?
By monitoring friction force, mass loss, or wear volume under controlled reciprocating motion.
3. Can the stroke and speed be adjusted?
Yes, stroke >45 mm and spindle speed 200–3000 r/min are adjustable to meet different test requirements.
4. Which standards does the tester comply with?
ASTM D6079, ISO 12156, GB/T series, and relevant industry-specific friction/wear standards.
5. Is this machine suitable for high-temperature lubricant testing?
Yes, the tester includes a heater system up to 220°C, allowing friction and wear testing under elevated temperatures.
Company Phone
+86-21-6420 0566
Working hours
Monday to Friday
Mobile phone:
13816217984
Email:
info@qinsun-lab.com
