Xenon arc Light and Weather Fastness Tester

Climate-resistance Test Chamber/features:
1. Advanced design technology and concept,
2. Excellent technology of producing and outstanding system of quality management,
3. Xenon lamp tester can be the most realistic simulated solar spectrum, including ultraviolet,
visible and infrared.
4. Be tested in the range of the full spectrum, necessary for most textile sun and color fastness test.
5. To determine the color fastness and aging to sunlight, weather resistance, etc.

Resistant climate chamber/technical parameters:

Model XL - 1000

Internal Dimension WxHxD (mm) 900x900x900 

External Dimension WxHxD (mm) 1500x2000x1400 

Tube Using Life (H) 1500

Tube Power 1KW/6KW

Illumination  Intensity  340nm

0.35~0.6w/m2

Lighting Filter Type Inner filter

 Outer filter

Simulated Test Status

Ms. Rachel Lee(Sales Manager)

Company Name:ASLi (CHINA) TEST EQUIPMENT CO., LTD

Company Add.:JinHui Industrial Park, LiXin town,East City district 523000,DongGuang City,China

Tel.:0086-769-23164266

Cell.0086-13602387384

Fax:0086-769-22851784

Email:rachel(at)aslitesting.com

xenon arc testing machine/application: 

Xenon Light Fastness/ Climate Resistant Tester is a comprehensive climate testing machine, it can do climatic aging test, and also can do fading acceleration test under color effect or color changed. The test range including: dying and finishing, printing, leather, plastic, plyglass, painting, textile, printing ink, rubber and also the industry relative color.  Light fastness and fade grade can be known in short time. Those materials exposed at simulated sunlight to evaluated the material’s light fastness performance. To simulate and strengthen the test according to light energy, temperature, rain fall or condensation, humidity, .etc these main climate factors. Adopt simulated sunlight spectrum’s Xenon arc light to create destructive waves under different environment. It can be used for choosing new materials, improving existing materials, or assessment of durability change after material composed.