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Tower Type UVB 313 Weathering Accelerated Aging Testing Chamber
Complied Standards & Clauses
ISO4892-3:2006 Plastics - Methods of exposure to laboratory light sources - Part 3: Fluorescent UV lamps
ASTM G-154 Standard Practice for Operating Xenon Arc Light Apparatus for Exposure of Non-Metallic Materials
ASTM D-4329 Standard Practice for Fluorescent UV Exposure of Plastics
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Equipment Overview
The UV weathering resistance test chamber is mainly used for artificial accelerated tests of plastics, coatings, and rubber materials under simulated environments of sunlight, rain, and dew. This equipment only takes a few days or a few weeks to reproduce the working conditions in the environment that takes months or even years to occur outdoors, or the aging of various parts and other laboratory damages, including fading, Color changes, loss of luster, chalking, cracking, cracking, wrinkling, blistering, embrittlement, strength reduction, oxidation. The test results can be used to select new materials, improve existing materials, or evaluate changes in material formulations.
Technical Parameters
Light source | UV-B 313 |
Lamp life | ≥3000h(Related to irradiance) |
Lamp quantity | 8 pcs |
Wave length range | UV-B 313:280--315nm |
Irradiation intensity | UV-B 313:1.0W/cm2 |
Center distance in lamp tube | 70mm |
Chamber temperature range | RT+5℃~85℃, tolerance:±3℃ |
Blackboard temperature range | 40~85℃ under light, tolerance:±3℃ |
Heating | √ |
Condensation | √ |
Spray | √ |
Standard sample holder | 48 standard samples (75×150mm) can be placed |
Total exposure area | 5175cm2 |
Chamber dimensions | Width:141cm * depth:56 cm * height:135 cm |
Required installation area | Width:≥260 cm, Depth:≥200 cm |
Chamber inner material | SUS stainless steel plate |
Enclosure material | Electrostatic spraying on A3 board |
Control method | LCD touch screen controller, programmable |
Weight | 170kg |
Power supply | Match client's local power supply requirements, well grounded |
Water source | Pure water |
UV-B-313 simulated sunlight ultraviolet aging intensity is greater than UV-A, and the damage intensity is much greater than UV-A. It is suitable for the maximum degree accelerated UV aging test, and it can quickly provide test results. The short-wavelength UV it uses is stronger than the UV light waves commonly found on the earth. Although these UV light, which is much shorter than the natural wavelength, can accelerate the test to the greatest extent, it can also cause inconsistency and actual degradation of certain materials.