Decoration material solar simulation test box

Decoration material solar simulation test boxIt is a high-precision environmental testing equipment that can simulate environmental conditions such as full spectrum sunlight, high temperature, humidity, rain, etc., and perform accelerated aging tests on materials and products for weather resistance and durability. It is widely used in product research and quality evaluation in the fields of automobiles, construction, aerospace, electronics, coatings, plastics, textiles, etc.

Core functional features

Full spectrum simulation

Using xenon arc lamps as light sources, covering the 290-800nm wavelength range, accurately reproducing ultraviolet, visible, and infrared radiation, simulating the solar radiation characteristics of different geographical areas such as plateaus, coasts, and deserts.

Support replacement of light source filters and adaptation to different testing standards (such as ASTM G155, GB/T 16422.2).

Collaborative control of multiple environmental factors

Temperature and humidity regulation: The temperature range covers RT+10 ℃ to 120 ℃, and the humidity range is 20% -98% RH. It supports condensation and rainwater circulation programs, simulating complex climates such as day night alternation and seasonal changes.

Spray system: adjustable spray pressure (0.12-0.15MPa), cycle (1-240 minutes) and rainfall time (1-9999 minutes) to simulate different rainfall scenarios such as rainstorm and drizzle.

Blackboard temperature control: Accurately monitor the surface temperature of the material through a bimetallic blackboard thermometer, with a range of 63 ℃ -100 ℃, to ensure that the test data is highly consistent with the actual usage environment.

High precision control and monitoring

Equipped with microcomputer+PID+digital power infinite adjustment technology, the irradiation intensity can be adjusted in multiple levels (0.30-0.65W/m ²), and the temperature and humidity accuracy can reach ± 0.5 ℃/± 2% RH.

Integrated radiometer, temperature and humidity sensor, time controller, etc., real-time display and recording of irradiance, radiation exposure, temperature and humidity parameters, supporting data export and analysis.

Modular and secure design

The box adopts a stainless steel inner liner and a cold-rolled steel plate rust proof outer shell, equipped with adjustable sample racks, anti radiation observation windows, and high-temperature resistant sealing strips, suitable for different shapes of samples (such as flat plates, curved surfaces, and irregular shapes).

Equipped with multiple safety mechanisms such as over temperature protection, reverse/phase loss protection, overload protection, and water shortage protection, ensuring stable operation of equipment and safety of operators.

Efficient, energy-saving, and easy to maintain

Xenon lamp has a lifespan of 1600-2000 hours and supports quick replacement; Adopting long-lasting filters and energy regulation systems to reduce energy consumption and maintenance costs.

The refrigeration system integrates multi wing air supply fans and efficient heat exchange structures, with uniform temperature and humidity distribution, and a short time for temperature and humidity to stabilize upon opening the door.

Application scenarios

Automotive industry: Test the light and weather resistance of materials such as car paint, plastic parts, rubber seals, safety glass, etc., and evaluate their fading, cracking, and strength degradation under long-term sunlight exposure.

In the field of architecture, verify the aging resistance of materials such as exterior wall coatings, aluminum alloy profiles, and photovoltaic modules to ensure their durability and safety in outdoor environments.

Aerospace: Simulate high-altitude climate conditions, test the radiation resistance and high and low temperature resistance of aircraft surface materials and seals.

Electronic appliances: Evaluate the insulation performance and mechanical strength changes of plastic casings, connectors, display screens, and other components in humid and hot environments.

Textiles and Coatings: Testing the light fastness of textiles and coatings, optimizing formulations to improve product lifespan.

Technical Standards and Certification

Compliant with more than ten domestic and international standards such as GB/T 16422.2, ASTM G155, ISO 10SB02/B04, and some equipment has passed the military standard MIL-STD-810 certification, meeting high demand scenarios in aerospace, military and other industries.

Selection recommendation

Select cooling type based on testing requirements:

Air cooled type: suitable for scenarios with low temperature requirements (≤ 80 ℃) and limited budget, such as laboratory small sample testing.

Water cooled type: supports higher temperatures (≥ 100 ℃) and long-term continuous operation, suitable for industrial scale large-scale testing.

Decoration material solar simulation test boxFocus on core parameters:

Xenon lamp power (such as imported 1.8KW lamp tube with a lifespan of 2000 hours, domestic 6KW lamp tube with a lifespan of 600 hours), irradiance range, temperature and humidity control accuracy, and studio size (such as 50 × 76 × 50cm to 95 × 95 × 85cm).

Evaluate additional features:

Does it support rotating template racks, irradiance closed-loop control, Ethernet data acquisition, multilingual operation interfaces, etc., to improve testing efficiency and data reliability.