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UV Aging Test Chamber

UV Aging Test Chamber

Product Introduction
UV aging test chamber adopts fluorescent UV lamp as light source, and conducts accelerated weathering test on materials by simulating UV radiation and condensation in natural sunlight to obtain the results of weathering resistance of materials. It can simulate the environmental conditions such as UV, rain, high temperature, high humidity, condensation and darkness in natural climate by reproducing these conditions, combining them into one cycle and letting it execute automatically to complete the cycle times.

Service Hotline

4000-662-888
Product Features
Product Parameter
Model Studio Size  (D*W*H)mm Dimension(D*W*H)mm
LRHS-NZY 450×1170×500 680×1420×1510
temperature range RT+10℃~70℃
Humidity range ≥95%RH
Temperature fluctuation ±0.5℃ (at no load)
Distance between lamps 70mm
Distance between sample and lamp 50mm
UV lamp 8 pcs (Q-Lab USA famous brand)
Lamp power 40W/pc
ultraviolet wavelength 290nm~400nm
Simulated condensation Adjustable condensation system time
Simulated condensation time range 1~9999H
Irradiance range 0.49~1.10W/m² adjustable
Test time 1~9999H adjustable
Sample size 365×75(mm)
Number of samples 24 pieces
Outer case material High quality A3 steel plate electrostatic spraying
Inner box material Imported high-grade stainless steel SUS304
Blackboard temperature control Black aluminum plate is used to connect the temperature sensor
standard configuration 8 lamps, one set of sample holders
security protection Protective door locks, over-temperature and low water level alarms
Leakage, short circuit, over-current protection
Supply Voltage AC220V±10% 50Hz
Power 3.0kW
operating environment 5℃~+28℃ ≤85% RH
Note:
1、Can be customized according to the specific requirements of the user non-standard UV aging test chamber etc
2、This technical information, if there is any change without prior notice

 

Product Recommendation
Industry News
The technical indicators of a high-low temperature test chamber have a systematic and multi-dimensional impact on experimental results. The core lies in whether it can accurately simulate the target environmental conditions and maintain controllability throughout the experimental process.
When test samples are exposed to low temperatures in a thermal shock test chamber, they may suffer certain adverse effects. This is because the physical properties of the materials can change under extreme cold, potentially leading to performance degradation. So, what specific impacts can occur?
Today, let’s delve into the refrigeration function of the high and low temperature test chamber.
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