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High Temperature Test Chamber (Oven/Drying Chamber) DHG Series is designed for high temperature aging test of various materials.

Test standard
GB-2423.2-89 (IEC68-2-2) Test B: High temperature test method.
GJB360.8-87 (MIL-STD-202F) High temperature life test.
GBJ150.3 (MIL-STD-810D) High temperature test method.

• Wide Temperature Range — From -65℃ to 180℃, suitable for various harsh environment tests.

• Fast Temperature Transition — Transition time ≤10 seconds for rapid cold and hot shock simulation.

• Accurate Testing — Temperature fluctuation ±0.5℃ and uniformity ±2℃ ensure reliable results.

• Robust Construction — Inner chamber made of SUS304 mirror-finish stainless steel for corrosion resistance and easy cleaning.

• Comprehensive Safety — Multiple protection devices ensure safe and stable operation.

Rainfall Test Chamber LX-500 is designed for all electronic products, instruments and meters shell and seals in the rain environment can ensure that the products and components of good performance test. Box inside and outside are made of stainless steel, equipped with observation window, the box placed in the sample with the turntable, using frequency conversion speed motor speed control, pendulum swing 90 °, 180, 270 ° adjustable. According to GB4706, GB4208 13.2.3, GB2423 and other standards, to meet the IPX waterproof grade standard test requirements of IPX3-drenching test, IPX4-splash test.

Designed for IPx3 and IPx4 waterproof level testing, widely used for luminaires, home appliances, electrical equipment, and communication cabinets to simulate rain environments and evaluate product enclosure protection.

The IPX1/IPX2 Drip Test Chamber is designed to precisely simulate IPX1 and IPX2 dripping water environments for testing the waterproof performance of lighting fixtures, home appliances, industrial electrical equipment, and communication cabinets. It offers adjustable parameters, multiple size options, and stable operation, ensuring reliable IP protection testing and compliance with international standards.

• Wide Application: Suitable for testing the dust resistance of electronic products, electrical devices, and electromechanical equipment.
• Robust Design: Made with durable stainless steel inside and out, ensuring long-term reliability.
• User-Friendly: Equipped with a large tempered glass observation window and an intelligent digital controller for convenient operation.
• Flexible Control: Allows precise settings for dust blowing, vacuum, heating, vibration, and testing time.
• Efficient Testing: Fully automated operation with customizable testing durations from 0.01 minutes to 99 hours 59 minutes.
• Reliable Performance: Complies with industry standards, featuring advanced dust specifications and consistent airspeed for testing.

• Suitable for high and low temperature and humidity testing of electronic products such as computers, televisions, printers, and fax machines.
• Supports high-temperature aging tests for products like LED and PCB.
• Customizable temperature and humidity ranges to meet specific testing requirements.
• Constructed with fully welded SUS304 stainless steel anti-slip flooring, ensuring high load-bearing capacity.
• Floor supports a uniform load of 600kg/m², suitable for various testing scenarios.
• Customizable inner chamber dimensions to flexibly adapt to different testing needs.

The Compound Salt Spray Test Chamber is a device that simulates the dispersion system composed of tiny salt droplets in the atmosphere. It is widely used in salt spray corrosion tests for electronics, electrical engineering, automobiles, motorcycles, hardware, plastics, FPC soft boards, electroplating products, etc. It can meet the requirements for neutral salt spray and acid salt spray tests and is a very cost-effective product in the salt spray corrosion test chamber series.

This product utilizes eight Atlas UV fluorescent lamps, combined with temperature control and humidity supply systems, to simulate sunlight (UV spectrum), rain, and dew that cause material degradation such as discoloration, loss of brightness and strength, cracking, peeling, chalking, and oxidation. By reproducing the synergistic effects of ultraviolet light and moisture, the tester accelerates the failure of materials with limited resistance to light or humidity alone. It offers excellent test repeatability and is suitable for evaluating the effects of UV, temperature, and humidity on a wide range of materials, including coatings, plastics, pigments, adhesives, and fabrics.