Posts Tagged ‘mil-std-810F’

MIL-STD 810F Solar Radiation – Weather Tester Coming Soon

Tuesday, June 29th, 2010

Cascade TEK has placed an order for an Atlas Ci4000 Weather-Ometer Test System.  This new machine meets international test standards for Xenon Weathering, Solar Radiation and Accelerated Aging of Automotive Parts, Plastics, Inks, Paints/Coatings, Packaging, Photovoltaic, Textiles and Pigments/Dyes.  By Fall 2010 Cascade TEK will be testing to the following popular UV – light test specifications:  MIL-STD 810F (Solar Radiation),  SAE J1885 (Accelerated exposure of automotive interior trim), SAE J1960 (Accelerated exposure of automotive exterior materials),  A series of Volkswagen specs: PV1303, 3929, 3930 (Light fastness, dry-hot weathering, wet-warm weathering) as well as Ford, GM and Hyundai requirements.  We expect to have the machine up and running by the end of summer 2010.

Cascade TEK currently performs Photo-stability UV testing as well as UV exposure to meet ASTM standards.  Additional accelerated aging tests such as salt-fog, temperature/humidity and physical fatigue/life cycle testing are also available from Cascade TEK.  Contact Joe Fratiello, joe@cascadetek.com or Terry Candlish, terry@cascadetek.com if you have any questions about UV, weathering or accelerated aging tests. Atlas

Cascade TEK Adds MIL-STD Blowing Sand and Dust Testing Capabilities

Friday, December 11th, 2009

Cascade TEK’s new Blowing Sand and Dust Chamber is the first of its kind in the country.  It is designed to perform the blowing sand/dust tests called for in MIL-STD 810F.  What makes our Blowing Sand and Dust Chamber unique is that it’s able record test temperature, humidity, wind speed and particle concentration values in REAL TIME.  This is unlike any other sand and dust test data available.   Our next step is to have our Blowing Sand And Dust testing audited by A2LA and added to our list of accredited tests Cascade TEK performs.

Why conduct sand and dusting testing?
Sand and dust create a harsh environment for chassis, under-hood, and exterior mounted devices, and can be a long- term problem in interior locations, such as under the dash and seats in automobiles.  Exposure to fine dust causes problems with moving parts, forms conductive bridges and acts as an absorbent material for the collection of water vapor. Some electromechanical components may be able to tolerate fine dust, but larger particles affect or totally inhibit mechanical action.  Cascade TEK performs a wide variety of Sand and Dust Testing.  For more information, visit our sand and dust test page.

We are always looking for better equipment and ways to improve our testing services.  Check back soon for the latest from Cascade TEK or subscribe to our RSS feed.