Air-cooled xenon lamp aging test chamber is well made

Natural sunlight and moisture damage materials, causing incalculable economic losses every year. The damage caused mainly includes fading, yellowing, discoloration, strength reduction, embrittlement, oxidation, brightness reduction, cracking, blurring and powdering, etc. There is a risk of photodamage effects on products and materials exposed to sunlight, either directly or through glass windows. Materials that are exposed to fluorescent, halogen or other luminous lights for long periods of time are also affected by photodegradation.
The xenon lamp climate resistance test chamber uses a xenon arc lamp that can simulate the full sunlight spectrum to reproduce the destructive light waves that exist in different environments. This equipment can provide corresponding environmental simulation and accelerated testing for scientific research, product development and quality control.
The xenon lamp climate resistance test chamber can be used for tests such as selecting new materials, improving existing materials, or evaluating changes in durability after changes in material composition. The equipment can well simulate the changes caused by exposure of materials to sunlight under different environmental conditions. The equipment has the following functions
Light resistance test of indoor materials
Simulated climate environment
Relative humidity control
Full spectrum xenon lamp
Solar eye irradiance control
Relative Humidity control
Blackboard/or test chamber air temperature control system
Test methods that meet the requirements
Irregular-shaped fixtures
Replaceable xenon lamps at reasonable prices.
1. Structural design
The equipment is mainly divided into the main part, heating, humidification, refrigeration and dehumidification parts, display control part, air conditioning part, safety protection measures part and other accessories parts
This equipment The unique sample rack tray is very convenient to use. The tray is tilted to the horizontal direction and can place flat specimens or three-dimensional samples of different shapes and sizes, such as parts, components, bottles and test tubes. This kind of tray can also be used for testing materials that flow in high-temperature environments, materials exposed in bacterial petri dishes, and materials that have a waterproofing effect on roofs.
The shell is made of high-quality steel plate CNC machine tools. It is spray-coated, and the inner tank is made of imported high-quality stainless steel plates. The mixing system uses a long-axis fan motor and a stainless steel multi-wing impeller that is resistant to high and low temperatures to achieve strong convection and vertical diffusion circulation. A double-layer high-temperature resistant is used between the door and the box. High-tensile sealing strips are used to ensure the sealing of the test area. Non-reaction door handles are used to make the operation easier, and high-quality fixed movable wheels are installed at the bottom of the machine. The machine can be easily moved to the designated location, and finally the casters are fixed. , the equipment is equipped with a visual observation window, which is made of multi-layer hollow tempered glass, so that the test process can be clearly observed.
Simulated light source
Control of light intensity
Effect of rain erosion and moisture
1. Detailed specifications
. Model unit: M
. Studio Size: **H
. Sample tray size: *m
. Temperature range: normal temperature~℃ adjustable
. Humidity range: ~%?H adjustable
. Blackboard temperature :～℃℃
. Temperature fluctuation: .℃
. Temperature uniformity: .℃
. Glass window filter: only
. Xenon lamp source: imported air cooling Type lamp
. Number of xenon lamps: pc
. Xenon lamp power: ./each
. Heating power
. Humidification power: .
. Distance between sample holder and lamp :~m
. Wavelength: ~
. The light cycle is continuously adjustable, time: ~h, m,
. Irradiance: The average irradiance between mm wavelengths is/㎡