Solar concentrator UA-EMMA®-Hybrid
for aging tests

Solar concentrator - UA-EMMA®-Hybrid - Atlas Material Testing Technology - for aging tests
Solar concentrator - UA-EMMA®-Hybrid - Atlas Material Testing Technology - for aging tests
Solar concentrator - UA-EMMA®-Hybrid - Atlas Material Testing Technology - for aging tests - image - 2
Add to favorites
Compare this product
 

Characteristics

Options
solar, for aging tests

Description

The Ultra Accelerated (UA) EMMA/EMMAQUA–Hybrid offers customers the advantage of maintaining 10-12 X acceleration of radiation while reaching higher test temperatures. The introduction of cool mirror technology into our existing EMMA/EMMAQUA platforms has allowed us to offer: UA-EMMA/EMMAQUA: Offers twice acceleration of radiation of traditional EMMA/EMMAQUA while maintaining up to 20% less black panel temperature LT-EMMA/EMMAQUA: Offers slightly more acceleration of radiation of traditional EMMA/EMMAQUA while maintaining up to 40% less black panel temperatures allowing for material such as PVC to be successfully testing on outdoor accelerated device. The UA-EMMA/EMMAQUA - Hybrid: Offers twice the acceleration of radiation of traditional EMM/EMMAQUA while allowing customers flexibility to achieve higher black panel temperatures than is possible with the UA-EMMA/EMMAQUA. Sample surface temperature can have a significant impact on the acceleration factor/correlatable results of an accelerated test. UA-EMMA/EMMAQUA – Hybrid offers customers more flexibility in increased sample surface temperature by blending the use of both cool mirror and fully reflective mirrors (typical of traditional EMMA/EMMAQUA).

Catalogs

No catalogs are available for this product.

See all of Atlas Material Testing Technology‘s catalogs
Related Searches
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.