Xenon Lamp Weathering Test Chamber (Water Cooling) Auto Parts Test Equipment IEC60068-2-5:2010

Xenon Lamp Weathering Test Chamber (Water Cooling) Auto Parts Test Equipment IEC60068-2-5:2010

Product Introduction

HJAPET0001, a water-cooled xenon lamp weathering test chamber, is your right partner in the field of material weathering testing. It uses a xenon arc lamp that simulates the full sunlight spectrum to accurately reproduce destructive light waves in various environments. Whether it is the rigorous testing of parts in the automotive industry or the evaluation of light resistance and weather resistance of materials in the coating, rubber, plastic and other industries, it can accomplish the task excellently.

Product Features

Efficient heat dissipation, stable and reliable: The water-cooled design ensures that the equipment maintains a stable heat dissipation effect during long-term operation, just like a calm guardian, ensuring the stability of the test environment and improving the reliability of the test results.

Precise temperature and light control: It can accurately control the temperature and light intensity to meet the strict requirements of different material tests and provide accurate environmental conditions for your test.

Wide applicability: It can be applied to a variety of industries, from automobiles to aerospace, from coatings to electronics, to meet the diverse needs of different customers.

Strong durability: Using high-quality materials and advanced manufacturing processes, the equipment is durable, reduces maintenance costs, and escorts your long-term use.

International Reference Standards

AATCC16: Standardizes the light fastness test methods for textiles and other materials to ensure the comparability of test results.

ASTM G155: Accelerated test methods for non-metallic materials exposed to laboratory light sources to ensure the scientific nature of the test.

GB/T18244-2000: Specifies the aging test methods for building waterproof materials, which are applicable to the weathering test of related materials.

GB/T12831-91: Test methods for rubber ozone aging resistance, which can be used for weathering evaluation of rubber materials.

GB/T8430-1998: Color fastness test for textiles: Color fastness to light: Xenon arc, providing standards for textile testing.

ISO105-B04:1994: Textile color fastness test standard, ensuring the international applicability of the test.

ISO4892-2:2006: Plastic laboratory light source exposure test method, applicable to plastic material testing.

GB/T16422.2 - 2014: Plastic laboratory light source exposure test, in line with international standards.

GJB150.7A - 2009: Military equipment laboratory environmental test method, to ensure military material testing.

GB/T1865 - 2009: Artificial weathering and artificial radiation exposure test for paints and varnishes, applicable to the coatings industry.

ISO11341:2004: Plastic xenon arc lamp exposure test method, standardizing the plastic testing process.

GB/T2423.24 - 2013: Environmental testing for electrical and electronic products, to meet the needs of the electronics industry.

IEC60068 - 2 - 5:2010: Basic environmental test procedures, to ensure that the equipment meets international electrical standards.

Product Uses

Mainly used in automobiles, coatings, rubber, plastics, pigments, adhesives, fabrics, aerospace, ships, electronics, packaging, etc. Aging tests are conducted in simulated environments to evaluate the light resistance and weather resistance of materials under high-temperature light sources, providing a test basis for the selection of new materials, the improvement of existing materials, or the evaluation of the durability of materials after changes in composition.

Test objects

Auto parts, coatings, rubber, plastics, pigments, adhesives, fabrics, aerospace materials, ship materials, electronic components, packaging materials, etc.

Test items

Light resistance and weather resistance of materials, that is, the performance changes of materials under the action of high-temperature light sources, such as color changes, physical property changes, chemical property changes, etc.