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MMW-1A Universal Control Friction

Computer and Fade Testo

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The MMW-1A model simulates rolling, sliding, and combined rolling-sliding motions under controlled contact pressure conditions for point contact, line contact, and surface contact simulation tests.         

 

⭐ What Is It and What Is It Used For?

 

The MMW-1A is an advanced testing system designed to perform friction, wear, and fade tests under controlled laboratory conditions.

 

The unit is used to evaluate the frictional performance and wear characteristics of coatings, lubricants, specialty compounds, and friction materials used in brakes, clutches, and mechanical components subjected to friction. It is also suitable for testing metals, plastics, coatings, rubber, ceramics, and a wide variety of other materials.

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It is an essential instrument for research laboratories, universities, automotive manufacturers, metallurgical facilities, and industrial quality control centers.

 

The system also meets the requirements of the petrochemical industry for research and development applications, as well as testing various types of medium- and high-grade hydraulic oils, internal combustion engine oils, and gear lubricants.

 

🔧 What Does This System Do?

 

✔ 1. Measures the Coefficient of Friction

Evaluates how friction changes between two materials under different load, speed, and temperature conditions.

 

✔ 2. Wear Testing

Determines the amount of material loss caused by friction and abrasion, providing valuable data for durability and service life analysis.

 

✔ 3. Fade Testing

Simulates the progressive reduction in material performance caused by heat generated through friction. This capability is particularly important for testing

• Brake pads
• Brake shoes
• Clutch discs
• Composite friction materials
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✔ 4. Complete Computerized Control

The system manages test parameters, records data in real time, and generates graphical analysis including:

• Friction vs. Time
• Temperature vs. Friction
• Applied Load
• Friction Coefficient Increase or Decrease

 

✔ 5. High Repeatability and Accuracy

The equipment precisely controls:

 

• Applied Load
• Rotational Speed
• Temperature
• Test Duration

 

This ensures standardized, repeatable, and comparable test results.

 

🔬 Main Applications

The MMW-1A is ideal for:

 

• Tribology research
• Brake pad and brake disc evaluation
• Lubricant and oil testing
• Anti-friction coating analysis
• Metal and alloy testing
• Wear testing of polymers and rubber materials
• Friction fatigue studies
• Industrial quality control

 

 

⚙️ General Features

Although specifications may vary by configuration, the system typically includes:

 

✓ Computerized Control

User-friendly software with an intuitive graphical interface.

 

✓ High-Precision Sensors

Accurate measurement of load, friction, temperature, and rotational speed.

 

✓ Wide Load and Speed Range

Capable of simulating real-world operating conditions across various applications.

 

✓ Integrated Heating System

Allows evaluation of material behavior at elevated temperatures during fade testing.

 

✓ Data Acquisition and Export

Facilitates reporting, research analysis, and quality control documentation.

 

✓ Flexible Configuration

Adaptable to different material types, specimen geometries, and testing requirements.

 

 

   

 

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   (Agrandar)