Plastic Material Testing Ventilation 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

Ventilated Aging Test Chamber for Plastic Materials

The ventilated aging test chamber is a laboratory equipment used to simulate the aging process of materials under the influence of environmental factors over time. Especially for testing plastic materials, the ventilated aging test chamber accelerates the aging process by controlling temperature, humidity, and airflow changes, helping to evaluate the long-term performance and durability of plastic materials. This equipment is widely used in plastic product research, quality control, and new material development.

1. Compliance with Standards:

• The ventilated aging test chamber is typically designed according to international standards (such as ISO, UL, etc.), ensuring safety and reliability during use.

• It allows different aging conditions and test cycles to be set according to various plastic material testing standards.

2. Temperature, Humidity, and Airflow Control:

• The temperature control range is typically from -70°C to 200°C, suitable for aging tests of different types of plastic materials under extreme conditions.

• The humidity control range is usually from 10% RH to 98% RH, adapting to the impact of various humidity environments on the aging of plastic materials.

• The ventilation system simulates the aging of materials in different airflow environments by forced air circulation. Forced airflow helps distribute temperature and humidity evenly inside the chamber, ensuring consistency in the testing process.

3. Accelerated Aging:

• By increasing the temperature, humidity, and airflow speed, the aging phenomenon of plastic materials is accelerated during the experiment. This method significantly shortens the aging test cycle while simulating the aging effects during actual use.

• It is suitable for assessing the aging resistance of various plastic materials (such as ABS, PVC, polyethylene, polypropylene, etc.).

4. Automation and Program Control:

• The equipment is equipped with an advanced touchscreen control system, allowing precise setting of temperature, humidity, and ventilation cycles. It is user-friendly and adaptable to various aging test requirements.

• It supports automated operation, allowing users to set start and end times, monitor and adjust automatically, reducing manual intervention.

5. Data Recording and Monitoring:

• The test chamber is equipped with a real-time data recording system, tracking changes in temperature, humidity, airflow, and other parameters.

• Experimental data can be saved and exported for later analysis, report generation, and quality control.

6. Safety Protection Features:

• The test chamber includes safety designs such as temperature, humidity, and airflow overload protection to ensure long-term stable operation.

• It prevents equipment malfunctions or accidents during the experiment, ensuring the safety of laboratory personnel.

1. Plastic Material Aging Testing:

• The ventilated aging test chamber can be used to test various plastics (such as PVC, polyester, polystyrene, etc.) under different environmental conditions.

• It helps plastic manufacturers evaluate the heat resistance, moisture resistance, UV resistance, and aging resistance of different plastic materials during long-term use.

2. Automotive Industry:

• It is used to test the aging performance of automotive plastic parts (such as dashboards, interior trim, exterior decoration parts, etc.) under high temperature, high humidity, and strong airflow conditions, ensuring the long-term reliability and durability of automotive components.

3. Electronics:

• The chamber is used to test the aging of plastic parts in electronic products (such as enclosures, insulation materials, connectors), ensuring their stability and safety during long-term use.

4. Building Materials:

• It is used to test plastic materials used in construction (such as pipes, window frames, door frames, etc.), evaluating their anti-aging performance in different environmental conditions and ensuring their suitability for outdoor environments.

5. Consumer Goods:

• The chamber is used to test the durability of plastic consumer goods (such as household appliances, toys, office supplies, etc.), ensuring product safety and performance stability during prolonged use.

The ventilated aging test chamber simulates the long-term use of plastic materials under extreme conditions, helping users evaluate the aging process and performance changes. With its precise temperature and humidity control, forced airflow design, and automation capabilities, this equipment is widely used in plastic material research, product development, and quality control processes, ensuring the durability and reliability of plastic materials.