150 UV Aging Test Chamber

Summarize：

This chamber uses the fluorescent ultraviolet lamp that best simulates the UV spectrum of sunlight, and combines temperature control and humidity supply devices to simulate the high temperature, high humidity, condensation, dark rain cycle and other factors that cause discoloration, brightness, intensity decline, cracking, peeling, pulverization, oxidation and other damage to the material in the sunlight (UV segment). At the same time, through the synergistic effect between ultraviolet light and moisture, the single light resistance or single moisture resistance of the material is weakened or failed, which is widely used in the evaluation of the material’s weather resistance. The equipment has the best sunlight UV simulation, low maintenance cost, easy to use, automatic operation of the equipment with control, high degree of automation of the test cycle, and good lighting stability. High reproducibility of test results. The whole machine can be tested or sampled.

Scope of application:

(1)QUV is the most widely used weather test machine in the world

(2) It has become the world standard for accelerated laboratory weathering test: in line with ISO, ASTM, DIN, JIS, SAE, BS, ANSI, GM, U.S.OVT and other standards.

(3) Fast and true reproduction of sun, rain, dew damage to materials: in only a few days or weeks, QUV can reproduce outdoor damage that takes months or years to produce: including fading, discoloration, brightness reduction, powder, cracking, blurring, embrittlement, strength reduction and oxidation.

(4)QUV reliable aging test data can make accurate correlation prediction of product weather resistance (anti-aging), and help to screen and optimize materials and formulations.

(5) Widely used industries, such as: coatings, inks, paints, resins, plastics, printing and packaging, adhesives, automobiles, motorcycle industry, cosmetics, metals, electronics, electroplating, medicine, etc.

Comply with international testing standards :ASTM D4329, D499, D4587, D5208, G154, G53; ISO 4892-3, ISO 11507; EN 534; EN 1062-4, BS 2782; JIS D0205; SAE J2020 D4587 and other current UV aging test standards.