Customizable Inner Chamber Size, Ventilated Aging Test Chamber

Ventilation type aging testing chambers design with sophisticated air-displacement adjustment device and a digital voltage meter, current meter, watt-hours, the timer can be used to measure the nature environmental air replacement rate. Horizontal circulatory air supply system and both sides of airflow regulator to ensure the internal temperature uniformity and stability.Ventilation-type aging testing chamber used to test the material characteristic for wire type, skin type, plastic, rubber, cloth, Equiped with a special ventilation regulator for maintain the fresh air inside when heating. 

APPLICATIONS

The aging tank used to test the material heat-resisting for polymer materials (plastics, plastic) and electrical insulation materials, such as: wire and cable sheathing, heat-shrinkable tubing, rubber or PVC materials.

FEATURES

this type environmental test chamber used to study the rubber that is heated under the rotary mode in a fixed period. Tested 1 day at 70 ℃, theoretically equivalent to 6 months exposed to the outside of nature environment atmosphere. The enviroment aging testing chamber is equipped with motor-driven rotary disk, hot-air circulation system that ensure uniform distribution of temperature.

TEST STADNARDS

Accord with ASTM D5423-9（R2005）（Ⅱ-Type oven）and ASTMD 5374-93(2005) UL-1581、GB、VDE、JIS、IEC 

SPECIFICATION

Customizable Inner Chamber Size Ventilated Aging Test Chamber

The customizable inner chamber size ventilated aging test chamber is a high-performance experimental device specifically designed to accelerate the aging process of materials under the influence of factors like temperature, humidity, oxygen, and light over time. This device helps researchers and engineers test and evaluate the aging performance of materials (especially plastics, rubber, metals, etc.) by precisely controlling parameters such as temperature, humidity, and airflow. It provides greater flexibility for applications that require adjustments to the internal dimensions based on specific testing needs.

1. Customizable Inner Chamber Size:

• The test chamber offers flexible options for customizing the inner chamber size, allowing users to choose the appropriate internal space based on experimental requirements.

• Whether testing small batches of samples or large area samples, users can adjust the inner chamber dimensions to enhance testing efficiency and precision according to their actual needs.

2. Precise Temperature and Humidity Control:

• The temperature control range is wide, typically from -70°C to 200°C, suitable for testing the aging performance of materials under extreme conditions.

• The humidity control range is from 10%RH to 98%RH, enabling the simulation of different humidity environments to assess the material’s resistance to moisture.

• Automatic adjustment of temperature and humidity changes to simulate environmental fluctuations in nature.

3. Ventilation and Airflow System:

• A powerful ventilation system simulates the impact of air circulation on material aging, especially in high-temperature, high-humidity or high-temperature, low-humidity environments.

• The precise airflow control system ensures even air circulation inside the test chamber, stabilizing the internal environment and ensuring the accuracy and reproducibility of tests.

4. Diverse Program Control:

• Equipped with an advanced touchscreen control system, users can set detailed experimental programs, including changes in temperature, humidity, and airflow.

• Users can define the cycles of temperature, humidity, and airflow changes, supporting various testing modes such as continuous operation mode or periodic temperature and humidity change mode.

5. Automation and Monitoring:

• The test chamber supports automated testing, allowing users to set start and end times while monitoring the device's operation in real-time.

• The data recording feature tracks temperature, humidity, airflow, and other parameters in real-time, generating reports automatically, reducing manual intervention, and improving testing efficiency.

6. Safety Protection Design:

• The device is equipped with multiple safety features such as overload protection, over-temperature protection, and water shortage protection to ensure stability and safety during prolonged high-load operations.

• In case of system anomalies during testing, the device will automatically alarm and stop working, preventing damage to the samples or equipment.

1. Plastic Material Aging Testing:

• Suitable for aging tests of various plastics (e.g., PVC, PE, PP, ABS, etc.), simulating the effects of extreme temperatures, humidity, and air circulation on material performance.

• It helps evaluate the heat resistance, moisture resistance, oxidation resistance, and aging performance of plastics, assisting manufacturers in optimizing their product designs.

2. Automotive Industry:

• Used to test the aging performance of automotive components (such as interior, exterior, seals, etc.) under high-temperature, humidity, and airflow conditions to ensure their long-term reliability.

• Applicable to material research and development, quality control, and production monitoring in the automotive industry.

3. Electronics Durability Testing:

• Used to test the durability of electronic product components (such as housings, connectors, and insulating materials) against aging effects caused by high temperature, humidity, and airflow.

• It simulates the long-term use conditions of electronic devices, helping to improve product stability and safety.

4. Building Material Weathering Testing:

• Suitable for testing the aging performance of building materials such as plastics, coatings, and pipes under various environmental conditions, ensuring their long-term durability and reliability.

• Widely used in the construction, decoration, and energy industries.

5. Home Appliances and Consumer Goods:

• Used to test the aging resistance of materials used in home appliances (such as TV casings, refrigerators, washing machines, etc.).

• It finds wide applications in the home appliance and consumer goods sectors to ensure the quality stability of products during long-term use.

The customizable inner chamber size ventilated aging test chamber is a high-precision, flexible experimental device widely used for evaluating the aging performance of various materials. By precisely controlling temperature, humidity, airflow, and other environmental parameters, this test chamber accelerates the aging process of materials and helps researchers and manufacturers obtain test results quickly, improving the quality and performance of products. Whether for standardized testing or customized needs, the device offers ideal solutions for users.