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Material Purification Test Chamber
Material Purification Test Chamber
Product details
Product Overview:
The material purification testing chamber meets the latest standardsJC/T1074-2021The testing requirements of the "Purification Performance of Coating Materials for Indoor Air Purification Function" climate and environmental testing standards strictly follow the technical parameters such as temperature, humidity, background cleanliness, desorption of pollutants in the cabin, closed-loop circulation between the gas generator and the cabin, test light source, light intensity, and sample placement angle for sample preparation.
This test chamber simulates the climate conditions in the indoor environment and meets the spatial environmental characteristics of adsorption and purification of pollutants in the air by coatings with adsorption and purification functions.
User value of material purification testing chamber:
2.1Determine the influence of sample materials on the adsorption capacity and adsorption characteristics of formaldehyde (toluene) in the air during environmental variable processes
2.2Classification of materials based on their adsorption characteristics for formaldehyde (toluene) according to the sample material
2.3Verification of air quality characteristics of formaldehyde (toluene) adsorption in indoor air based on data collected during the research and testing process of sample materials
2.4Evaluation of Sustainable Duration and Efficiency Decay of Sample Materials after Adsorption of Formaldehyde (Toluene) in Natural Environment
2.5Predicting and evaluating the quality of indoor air by analyzing the adsorption capacity of sample materials based on detection data
Meet the standards:
JC/T1074-2021Purification Performance of Coating Materials for Indoor Air Purification Function
Suitable for normative reference documents and standards:
GB/T 3186Sampling of raw materials for paints, varnishes, and paints and varnishes,ISO 15528:2000
GB/T 9271—2008Standard test panels for paints and varnishes
GB/T 16129Standard method for hygiene inspection of formaldehyde in the atmosphere of residential areas - spectrophotometric method
GB/T 18883Indoor Air Quality Standards
Product Technical Features:
4.1 control module
1）usePLC+The touch screen human-machine interface features a one click intelligent operation control mode, making daily operations easy to manage and human-machine exchange convenient. It is perfectly designed for human operation positions.
2）After the experiment is completed, the machine will automatically stop and save the operating data (the environmental parameters inside the climate chamber have been set at the factory, and the standard test parameters do not need to be set separately).
4.2 In cabinTEST
1）Temperature and humidity control
usePLCAs the core control unit, it has high reliability and strong anti-interference ability. During the testing process, it realizes automatic constant temperature control of the cabin temperature and absolute humidity control of humidity sealing, effectively maintaining the temperature inside the climate chamber/The humidity remains constant at23℃Relative humidity50%The scope.
2) Heating and cooling system
The balanced heat source uses the compression heat of the refrigeration system for heat exchange, reducing the load of electric thermal balance heat exchange, ensuring stable performance, and reducing operating energy consumption.
The refrigeration unit adopts imported fully enclosed compressors, and the cooling method adopts air cooling. It has low operating noise, high reliability, and simple on-site installation and commissioning work for customers.
3）gas generatormodule
Adopting an adjustable constant temperature gas generator for gasification injection of reagents (formaldehyde, toluene), the injection method should form a closed-loop loop with the environmental chamber, which can easily achieve precise control of formaldehyde volatilization temperature and volatilization rate.
4）Light source control module
The intensity of LED and UV light sources can be adjusted, and can be combined with irradiance sensors to achieve closed-loop PID regulation.
5) Air exchange method
Use clean air replacement for secondary treatment.
6) Bottom detachment method inside the test chamber
The clean air used to desorb the background adopts a forced pressure pump in type, and the equipment has overpressure alarm and displacement flow regulation functions.
4.3 Operation monitoring module
1) Real time monitoring and data storage of temperature, humidity, and various parameters.
2) The historical data and curves of parameters at each point during the experiment can be queried and viewed in real time.
3) Data can be downloaded from a USB drive and saved to a computer for analysis, editing, and viewing of archives.
Technical parameters:
name |
Material Purification Testing Chamber |
|
model |
AIBEVS 8211 |
|
volume |
1m³±0.2% |
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temperature control |
Temperature control range |
+20℃～﹢40℃ |
temperature resolution |
0.1℃ |
|
temperature fluctuation |
≤±0.2℃，Stability time less than 40 minutes |
|
Temperature uniformity |
≤1.5℃ |
|
Humidity control |
Humidity control range |
35%~70% RH (temperature+20~+40 ℃) |
Humidity fluctuation |
Environmental preparation process: ≤± 1.5% RH, from the beginning to the end of the experiment: 240 hours: ≤± 4% RH, with a stabilization time of less than 70 minutes |
|
humidityresolution |
0.1%RH |
|
Cooling of refrigeration unit |
Cooling method |
forced air cooling |
Light source control |
UV light source |
Power 20w, wavelength 365nm |
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Irradiance: The arithmetic mean of irradiance at the center position of each template shall not be less than 50-60mw/cm | ||
Visible light source |
1 unit, power 16w, color temperature 6500K white light |
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Irradiance: The arithmetic mean of the illuminance of the LED light source at the center position of each template shall not be less than 1000-1200Lx | ||
Mixing inside the cabin |
Mixing fan |
Multi blade axial fan with blade radius of 7～10cm, adjustable speed>5r/s |
Heat exchange method inside the cabin |
Cold wall heat exchange |
Traditional air circulation with air ducts and fins is prohibited in the cabin to reduce the flow surface of air ducts and heat exchange fins, facilitating clean detachment of the background inside the cabin |
|
Air flow meter |
Digital Flow Meter |
Range 0-50L/min, accuracy level 0.5 |
Glass rotor flowmeter |
Range of 10-60L/h, accuracy not less than level 2.5; |
|
gas generator |
The gas flow rate can be adjusted from 1L/min to 4L/min,Reagent vessel vaporization temperature Adjustable from 30 ℃ to 60 ℃, with a chamber volume of ≤ 100cm ³ |
|
Air tightness |
100pa holding pressure for 24 hours residual pressure>5pa (@ temperature (25 ± 0.5) ℃, relative humidity (50 ± 5)%,) |
|
Reagent injection method |
Gas generator and test chamber closed-loop cycle |
|
Control range of cabin depressurization |
1~10Pa adjustable control accuracy ± 5Pa |
|
Cabin pressure monitoring |
Analog digital display micro pressure sensor, touch screen online cabin pressure display stable time |
|
24-hour empty reagent decay rate |
Formaldehyde decay rate ≤ 20%; Toluene attenuation rate ≤ 18% (@ temperature (25 ± 0.5) ℃, relative humidity (50 ± 5)%,) |
|
Desorption air exchange rate |
1-3 times/hour (adjustable) |
|
Equipment operating noise |
Test cabin ≤ 60db (A-level) |
|
Bottom concentration of formaldehyde and toluene in the empty cabin |
＜0.006mg/m³ |
|
Sustainable operation of equipment |
>30 days |
|
Factory settings |
Cabin temperature/humidity 23 ℃/50% RH, air exchange rate 1 time/h, cabin pressure 10Pa |
|
Product external dimensions |
930 × 1710 × 1715 mm (width x depth x height) |
|
Cabin dimensions |
800 × 1250 × 1000mm (width x depth x height) |
|
Using environmental and working condition parameters:
6.1 Requirements for moving equipment into the usage site
Passage and elevator |
Height and width of channels and doors: above 2000mm |
|
When using an elevator, in addition to meeting the above dimensions, the following requirements must also be met Depth: above 3000mm; Load capacity: above 1000Kg | |
If the above conditions cannot be met, please be sure to contact our company in advance. |
6.2 Equipment installation requirements:
power supply |
Power Supply: AC220V φ150Hz |
Maximum load capacity: 3.2KW | |
Maximum current: 15A | |
Power switch capacity: 20A | |
water supply |
Please use purified water or distilled water with a conductivity of ≤ 10 μ s/cm |
Condensate drainage |
Drainage pipe diameter ≥ DN25, The inclination angle is greater than 5 °, and the height difference below the drainage outlet is not less than 5cm |
Ordering information:
AIBEVS 8211 Material Purification Test Chamber
AIBEVS 8211/P/001 Formaldehyde generator
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