|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Plywood |
| Delivery Period: | 30 Days |
| Payment Method: | L/C, T/T |
| Supply Capacity: | 20 Sets Per Month |
IEC60068 Stainless-Steel Board Xenon Lamp Simulating Solar Radiation Aging Test Chamber
Standards & Clauses:
GB/T16422.3 -2014 / ISO 4892-3:2006 “Plastics-Methods of exposure to laboratory light sources-Part 3: Fluorescent UV lamps”
IEC60068-2-5 “Environmental testing. Part 2-5: Testing. Test sa: guide to ground simulated solar radiation and solar radiation tests. IDT”
GBT2423.24 - 2013 Environmental testing - Part 2: Test methods - Test sa: Guidelines for terrestrial simulated solar radiation and solar
ASTMG155,ISO10SB02/B04,SAEJ2527,SAEJ2412
Technical Parameters:
|
Applied Standards |
IEC60068, ASTMG155, ISO10SB02/B04, SAEJ2527, SAEJ2412 |
|
Effective exposure area |
1000cm³ |
|
Black board temperature range |
RT+30℃-80℃ |
|
Condensation cycle |
40℃-60℃ |
|
Material |
Stainless-steel board |
|
Dimension |
950*530*540mm |
Details:
Irradiance setting range: Chinese lamps: 30W/m²~100W/m²(300nm~400nm) or 0.3W/m²~0.8W/m²(@340nm) or 0.5W/m²~1.5W/m²(@ 420nm)
Imported lamps: 30W/m²~120W/m²(300nm~400nm) or 0.3W/m²~1.0W/m²(@340nm) or 0.5W/m²~1.8W/m²(@420nm)
Product overview:
The instrument uses ultraviolet extended filters to allow ultraviolet light below the natural sunlight cut-off point (equivalent to sunlight without the atmosphere) to best simulate full-spectral sunlight and, through appropriate temperature control, to obtain comprehensive results of sunlight and temperature damage to polymer materials (material aging includes fading, loss of light, reduced intensity, cracking, peeling, powder and oxidation, etc.).
In a few days or weeks, the test box can reproduce the damage caused by the outdoor environment for months or years.
It is the most economical, compact, simple, reliable and easy to operate Xenon lamp aging test chamber, widely used in paint, automotive, plastic products, wood products, rubber and other industries material life estimation and evaluation.
|
|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Plywood |
| Delivery Period: | 30 Days |
| Payment Method: | L/C, T/T |
| Supply Capacity: | 20 Sets Per Month |
IEC60068 Stainless-Steel Board Xenon Lamp Simulating Solar Radiation Aging Test Chamber
Standards & Clauses:
GB/T16422.3 -2014 / ISO 4892-3:2006 “Plastics-Methods of exposure to laboratory light sources-Part 3: Fluorescent UV lamps”
IEC60068-2-5 “Environmental testing. Part 2-5: Testing. Test sa: guide to ground simulated solar radiation and solar radiation tests. IDT”
GBT2423.24 - 2013 Environmental testing - Part 2: Test methods - Test sa: Guidelines for terrestrial simulated solar radiation and solar
ASTMG155,ISO10SB02/B04,SAEJ2527,SAEJ2412
Technical Parameters:
|
Applied Standards |
IEC60068, ASTMG155, ISO10SB02/B04, SAEJ2527, SAEJ2412 |
|
Effective exposure area |
1000cm³ |
|
Black board temperature range |
RT+30℃-80℃ |
|
Condensation cycle |
40℃-60℃ |
|
Material |
Stainless-steel board |
|
Dimension |
950*530*540mm |
Details:
Irradiance setting range: Chinese lamps: 30W/m²~100W/m²(300nm~400nm) or 0.3W/m²~0.8W/m²(@340nm) or 0.5W/m²~1.5W/m²(@ 420nm)
Imported lamps: 30W/m²~120W/m²(300nm~400nm) or 0.3W/m²~1.0W/m²(@340nm) or 0.5W/m²~1.8W/m²(@420nm)
Product overview:
The instrument uses ultraviolet extended filters to allow ultraviolet light below the natural sunlight cut-off point (equivalent to sunlight without the atmosphere) to best simulate full-spectral sunlight and, through appropriate temperature control, to obtain comprehensive results of sunlight and temperature damage to polymer materials (material aging includes fading, loss of light, reduced intensity, cracking, peeling, powder and oxidation, etc.).
In a few days or weeks, the test box can reproduce the damage caused by the outdoor environment for months or years.
It is the most economical, compact, simple, reliable and easy to operate Xenon lamp aging test chamber, widely used in paint, automotive, plastic products, wood products, rubber and other industries material life estimation and evaluation.
