The Sunshine Simulation Test Chamber is an industrial grade equipment designed specifically for testing the anti solar radiation performance of equipment and materials. Through high-precision simulation of full spectrum sunlight (280nm~3000nm), dynamic temperature and humidity, and thermal effects, it can accurately evaluate the product’s tolerance to photochemical reactions and thermal aging caused by solar radiation during outdoor exposure in hot seasons. It is widely used for research and development verification and quality testing in military, automotive, electronics, materials and other fields.
Product Features
1. The same volume can withstand large storage areas and load heat generation.
2. Adopting the new PWI refrigerant control technology from the United States to achieve low-temperature energy-saving operation.
3. Control conditions to prevent non condensation of test samples.
4. Communication configuration includes RS232 interface and USB storage and download function.
5. Multiple alarm monitoring of the machine, equipped with wireless remote alarm function
6. The humidity effect can reach 15 ℃/5% RH efficiency, with fast dehumidification speed.
Application scenarios
1. Military and Aerospace Industries – Radiation Resistance Verification of Outdoor Equipment
Applicable products: military vehicles, radar equipment, missile casings, spacecraft components, outdoor communication base stations (military grade);
Test objective: To simulate strong radiation environments such as tropical and high-altitude environments, verify the structural stability of equipment under long-term solar radiation (such as no cracking of the shell, no aging of the seals), and electrical performance (such as no decrease in insulation), in compliance with military standards such as GJB150.7-86, GJB150A.7-2009, MIL-STD 810G, etc.
2. Automotive Industry – Sunlight Resistance Testing of Whole Vehicles and Components
Applicable products: car body, dashboard, seat fabric, window glass, exterior parts (bumper, rearview mirror);
Test purpose: Simulate “high temperature and strong light inside the car” according to DIN75220 standard (such as 100 ℃+environment inside the car after summer sun exposure), verify the material’s resistance to fading, brittleness (such as plastic parts not cracking), and heat deformation, and avoid interior aging and appearance damage in actual use.
3. Electronic and electrical field – outdoor equipment reliability testing
Applicable products: photovoltaic modules, outdoor charging stations, street lamps, surveillance cameras, car navigation screens;
Test purpose: To simulate long-term outdoor solar radiation and temperature fluctuations, test the weather resistance of the product (such as the photovoltaic back panel not yellowing, the charging pile shell anti UV aging), and the working stability (such as the circuit not shutting down at high temperatures), in compliance with IEC60068-2-5 and GB2423.24 standards.
4. Material research and development field – assessment of weather resistance of polymer materials
Applicable products: plastic sheets, coatings (outdoor anti-corrosion paint, building exterior wall paint), rubber products, textiles (outdoor tent fabrics, sunscreen clothing fabrics);
Test objective: To accelerate the aging process of materials through full spectrum radiation and temperature and humidity cycling, evaluate their resistance to powdering, loss of light, and strength degradation, and provide data support for material formulation optimization (such as adding UV resistant agents), in compliance with material testing standards such as GB/T5170-2008.
