MMW-1W Vertical Universal Friction and Wear Testing Machine

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MMW-1W Vertical Universal Friction and Wear Testing Machine

Product ID：WSHmc004

Price: Please inquire PDF Format

Supply Ability:50SETS/MONTH

Port:SHENZHEN

Product Introduction
Other information

Model NumberMMW – 1W

Brand NameJNHUAXING

Payment TermsTT，PAYPAL，Alibaba.com Pay

MMW-1W Vertical Universal Friction and Wear Testing Machine
Product Overview
The Multi-Function Friction and Wear Testing Machine is a professional tribology testing system designed to evaluate the friction, wear, and lubrication performance of engineering materials and lubricants under rolling, sliding, and combined friction conditions.
The instrument is widely used for long-term anti-wear evaluation of lubricants as well as tribological testing of metals, plastics, coatings, rubber, ceramics, and surface-engineered materials. Multiple friction pair configurations are available, including pin-on-disc, four-ball, thrust ring, and ball-on-disc systems, allowing researchers to simulate various real-world contact conditions.
With customizable fixture interfaces and flexible testing capabilities, the system is suitable for tribology research, material development, quality control, and experimental method studies.

Key Features
Multiple Friction Modes
•Rolling friction testing.
•Sliding friction testing.
•Combined rolling-sliding friction testing.
•Simulation of diverse operating conditions.
Broad Material Compatibility
•Metals and alloys.
•Plastics and polymers.
•Protective coatings.
•Rubber materials.
•Ceramics and composites.
•Surface-treated engineering materials.
Flexible Friction Pair Configurations
•Pin-on-disc testing.
•Four-ball testing.
•Thrust ring testing.
•Ball-on-disc testing.
•Custom friction pair development supported.
High-Precision Load Control
•Accurate force application and monitoring.
•Long-term load stability for extended testing.
•Reliable repeatability and reproducibility.
Wide Speed and Temperature Range
•Variable spindle speed up to 2000 rpm.
•Testing temperatures up to 300°C.
•Suitable for ambient and elevated-temperature tribological studies.
Multi-Media Testing Capability
•Oil lubrication testing.
•Water lubrication testing.
•Slurry wear testing.
•Abrasive wear evaluation.
Research-Oriented Design
•Supports customized tribology experiments.
•Suitable for friction mechanism research.
•Enables development of new testing methodologies.
Working Principle
The testing machine evaluates material and lubricant performance by applying a controlled load between two contacting surfaces while generating rolling, sliding, or combined motion.
During operation, the system continuously monitors friction torque, load, speed, temperature, and testing duration. Wear behavior, friction characteristics, and lubrication performance are assessed under controlled environmental and operational conditions.
Different friction pair modules can be installed to simulate point, line, or surface contact, allowing accurate reproduction of real engineering applications and tribological systems.

Technical Specifications

Parameter	Specification
Maximum Test Force	1 kN
Load Measurement Range	0.4% – 100% of Full Scale
Load Holding Accuracy	≤ ±1% FN
Load Return-to-Zero Error	≤ ±0.2% FN
Friction Torque Range	0 – 2500 N·mm
Spindle Speed Range	0 – 2000 rpm
Test Cycle Control	1 – 10⁹ Revolutions (Programmable)
Test Time Range	1 – 9999 s (min)
Sample Temperature Range	Room Temperature – 300°C
Test Media	Oil, Water, Slurry, Abrasives, etc.
Friction Modes	Rolling, Sliding, Combined
Optional Friction Pairs	Pin-on-Disc, Four-Ball, Thrust Ring, Ball-on-Disc
Custom Fixtures	Supported

Applications
Lubricant Performance Evaluation
•Anti-wear performance testing.
•Lubrication behavior studies.
•Comparative lubricant assessment.
Engineering Material Testing
•Wear resistance evaluation.
•Friction coefficient analysis.
•Material selection and validation.
Coating and Surface Engineering
•Coating durability testing.
•Surface treatment performance assessment.
•Tribological behavior comparison.
Academic and Industrial Research
•Tribology mechanism studies.
•Friction and wear model development.
•New testing method research.
Quality Control and Product Development
•Manufacturing quality verification.
•Product reliability testing.
•R&D material optimization.

Multi-Function Wear Tester vs Conventional Wear Testing Equipment

Feature	Multi-Function Wear Tester	Conventional Single-Mode Tester
Rolling Friction Testing	✔	Limited
Sliding Friction Testing	✔	✔
Combined Friction Testing	✔	Rare
Multiple Friction Pair Options	✔	Limited
High-Temperature Testing	Up to 300°C	Often Lower
Lubricant Evaluation	✔	Limited
Material Wear Analysis	✔	✔
Custom Fixture Development	✔	Limited
Tribology Research Capability	Excellent	Basic
Application Flexibility	High	Moderate

FAQ
1. What materials can be tested?
The system is suitable for metals, plastics, coatings, rubber, ceramics, composites, and surface-treated engineering materials.
2. Can the machine evaluate lubricants?
Yes. It is specifically designed for long-term anti-wear and lubrication performance evaluation of various lubricants.
3. What friction configurations are available?
Optional configurations include pin-on-disc, four-ball, thrust ring, ball-on-disc, and other customized friction pairs.
4. What is the maximum testing temperature?
The sample temperature can be controlled from room temperature up to 300°C.
5. Can the machine perform high-cycle endurance tests?
Yes. The test cycle control range can be programmed from 1 to 10⁹ revolutions, making it suitable for long-duration wear studies.
6. Is custom fixture development supported?
Yes. Users can develop customized friction pairs and testing fixtures based on the machine's interface dimensions and application requirements.

Why Choose This Multi-Function Friction and Wear Testing Machine?
The Multi-Function Friction and Wear Testing Machine combines rolling, sliding, and combined friction testing, flexible friction pair configurations, precise load control, high-temperature capability, and multi-media testing support in one advanced tribology platform. It provides researchers and engineers with a comprehensive solution for lubricant evaluation, wear resistance analysis, coating testing, material development, and tribological research, making it an ideal choice for universities, research institutes, petrochemical laboratories, and industrial R&D centers.

Why Choose This Multi-Function Friction and Wear Testing Machine?
The Multi-Function Friction and Wear Testing Machine combines rolling, sliding, and combined friction testing, flexible friction pair configurations, precise load control, high-temperature capability, and multi-media testing support in one advanced tribology platform. It provides researchers and engineers with a comprehensive solution for lubricant evaluation, wear resistance analysis, coating testing, material development, and tribological research, making it an ideal choice for universities, research institutes, petrochemical laboratories, and industrial R&D centers.