Automatic temperature and humidity control holding force 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

Automatic Temperature and Humidity Regulation Endurance Test Chamber

The automatic temperature and humidity regulation endurance test chamber is designed to test and evaluate the long-term stability and performance of various products under different environmental conditions. It can simulate temperature and humidity changes and automatically adjust these parameters during testing, ensuring that the product's performance is maintained under varying environmental conditions. This equipment is widely used in industries such as electronics, home appliances, materials, automotive, aerospace, packaging, pharmaceuticals, and more.

1. Precise Temperature and Humidity Control:

• This equipment can precisely adjust over a wide temperature and humidity range, typically ranging from -70°C to +150°C for temperature and from 10% RH to 98% RH for humidity. Through precise control of temperature and humidity, it can simulate the long-term performance of products under various environmental conditions.

2. Automatic Regulation Function:

• The automatic temperature and humidity regulation function allows the test chamber to automatically adjust the temperature and humidity parameters according to the pre-set program. This reduces manual intervention, ensuring the efficiency and accuracy of the testing process while enhancing the stability of the equipment.

3. High Stability and Repeatability:

• The chamber is equipped with high-precision temperature and humidity sensors and control systems, ensuring that each test result has high repeatability and reliability. Even during prolonged testing, fluctuations in temperature and humidity are kept within a very narrow range.

4. Fully Automated Control System:

• It features an advanced automated control system, allowing users to operate and monitor the device via a touchscreen or computer. Real-time test data can be viewed and temperature and humidity settings adjusted as needed. The system also includes fault self-diagnosis and alarm functions, ensuring the safety and smooth progress of the test.

5. Multiple Test Modes:

• It supports various test modes, such as temperature ramping tests, humidity ramping tests, and constant temperature and humidity tests. Test plans can be customized to simulate the long-term performance of products under different environmental conditions.

6. Data Logging and Analysis:

• The equipment is equipped with data logging and analysis capabilities, allowing real-time recording of temperature and humidity variations, with analysis available through software. This helps engineers understand how products perform and their reliability under different environmental conditions.

7. Large Test Chamber:

• Many automatic temperature and humidity regulation endurance test chambers are designed with large test chambers, capable of accommodating multiple samples for simultaneous testing, thus improving testing efficiency.

8. Multiple Protection Features:

• To ensure the safety of the equipment during testing, the chamber is typically equipped with multiple protection functions, such as over-temperature, over-humidity, and over-current protection, preventing malfunctions and ensuring stable long-term operation.

1. Electronics Industry:

• Electronic components, batteries, sensors, and other devices may degrade or fail under different temperature and humidity conditions. The test chamber can be used to evaluate the durability and reliability of these products, ensuring their stable operation under extreme environments.

2. Automotive Industry:

• Automotive parts, such as electrical systems, sensors, and control devices, need to function reliably in various climate conditions. The endurance test chamber can simulate high temperatures, high humidity, and low temperatures to verify their reliability and durability.

3. Material Testing:

• Different materials (such as metals, plastics, and rubber) need to be tested for physical performance changes when exposed to various environmental conditions over time. The endurance test chamber helps evaluate their stability and suitability.

4. Home Appliances Industry:

• Home appliances such as air conditioners, refrigerators, and washing machines must perform reliably in high temperature and humidity conditions. The test chamber simulates various environmental conditions to ensure the long-term durability of these products.

5. Solar Photovoltaic Equipment:

• Solar panels and other photovoltaic devices are exposed to long periods of sunlight and humid conditions. The test chamber can test their long-term stability and efficiency under different temperature and humidity conditions.

6. Aerospace:

• In aerospace, equipment is often exposed to extreme temperature and humidity conditions. The endurance test chamber can simulate space or high-altitude environments to conduct relevant testing.

7. Pharmaceuticals and Cosmetics Industry:

• Pharmaceuticals and cosmetics must be stored and transported under stable temperature and humidity conditions to maintain their quality. The test chamber helps assess their stability under various environmental conditions.

8. Food Packaging:

• Food and beverage packaging materials need to have good moisture-proof and anti-humidity properties. The test chamber can assess the sealing and moisture resistance of packaging materials, ensuring their long-term protective effectiveness.

The automatic temperature and humidity regulation endurance test chamber is an ideal device for testing the environmental adaptability of products across various industries. Through automation control, precise temperature and humidity regulation, data logging and analysis, and more, it helps manufacturers assess and improve the performance of their products when exposed to long-term environmental changes. This provides strong support for product quality improvement and enhances market competitiveness.