Composite Material Constant Temperature and Humidity Retention Resistance Testing Machine

This machine e is used to do static load test for tape adherence to evaluate the retentive property by recoding retentive time period or tape glide distance under required load and required temperature/humidity.

Temperature and Humidity Adhesive Tape Retentivity Tester.

1.Temperature Controller:PID control 
2.Safety Device:Overheating or power overload protection 

SPECIFICATION

Thermal and Humidity Endurance Testing Machine for Composite Materials

The thermal and humidity endurance testing machine for composite materials is a device used to assess the performance stability of composite materials under varying temperature and humidity conditions. This machine simulates different environmental conditions to evaluate the physical performance changes of composite materials when exposed to specific environments over time, especially under high humidity and high temperature conditions.

1. Precise Temperature and Humidity Control:

• The testing machine uses a high-precision temperature and humidity control system, capable of accurately adjusting temperature and humidity levels. The typical temperature range is -20°C to 80°C, and the humidity range is 30%RH to 98%, simulating extreme environments to help evaluate the material's performance under such conditions.

2. Automatic Adjustment Function:

• The device is equipped with an automatic adjustment function that can automatically adjust temperature and humidity parameters according to preset testing programs, reducing human intervention and improving testing efficiency and accuracy. The system continuously adjusts the environment during the test to maintain stability.

3. Long-Term Stability Testing:

• The machine can perform long-term environmental simulations to assess the endurance of composite materials under different conditions, allowing users to analyze long-term changes and potential performance degradation. Test cycles can range from a few hours to several months to meet various testing needs.

4. High-Precision Physical Property Testing:

• The equipment is fitted with high-precision physical testing modules such as tensile, shear, bending, and compression tests, capable of evaluating the mechanical property changes of composite materials under prolonged temperature and humidity conditions, ensuring their stability in practical applications.

5. Data Recording and Analysis:

• The device features a data recording and analysis system that can track temperature, humidity, and mechanical properties in real time, helping users understand how materials change under different environmental conditions. Through data analysis, users can optimize material design and improve product quality.

6. Multiple Testing Modes:

• The testing machine supports various testing modes, such as constant temperature and humidity stability testing, temperature and humidity alternation testing, and time-dependent performance testing. It provides a comprehensive evaluation of composite materials' performance under various environmental conditions, meeting different testing requirements.

7. Reliable Protection Features:

• The device is equipped with multiple safety protection features, including over-temperature protection, over-humidity protection, and overload protection, ensuring stable operation during long-term testing and preventing equipment failure from affecting test results.

1. Composite Material Manufacturing:

• Used to test the stability and endurance of composite materials (such as carbon fiber, glass fiber, aramid fiber, etc.) under different temperature and humidity conditions, ensuring their long-term reliability in practical applications.

2. Aerospace Industry:

• Tests the durability of composite materials under high temperature and high humidity environments, ensuring that aerospace equipment performs well under various extreme climates.

3. Automotive Industry:

• Used to test the endurance of automotive composite materials in high-temperature and humid environments, ensuring that automotive parts will not fail due to temperature and humidity changes over long-term use.

4. Construction Materials:

• In the construction industry, it is used to test the physical properties of composite materials (such as building panels, waterproof materials, etc.) in long-term hot and humid conditions, ensuring their durability and stability.

5. Electronics:

• Tests the long-term stability of composite materials (such as thermal conductive materials, insulation materials, etc.) used in electronic products under high temperature and high humidity conditions to ensure the normal operation of electronic components.

6. Military Industry:

• Used in the military sector for testing composite materials, ensuring that they maintain excellent performance in extreme conditions such as high humidity and high temperature, meeting the stringent requirements of military applications.

The thermal and humidity endurance testing machine for composite materials is a high-precision device designed to simulate the performance changes of composite materials in different temperature and humidity environments. It helps manufacturers and researchers assess the durability, stability, and reliability of composite materials in extreme conditions. With precise control of temperature and humidity, multiple testing modes, long-term stability evaluation, and data analysis capabilities, this machine provides an essential tool for optimizing composite material design and improving product quality. It is widely used across aerospace, automotive, construction, electronics, and military industries.