|
DUNMORE DUN-SHIELD™ coating is a long-lasting antimicrobial solution that can be added to any DUNMORE film. DUN-SHIELD™ coating is powered by the Agion® antimicrobial technology which continuously inhibits the growth of bacteria, mildew and fungi.
DUNMORE's high temperature insulation material is being used for the Wendelstein 7-X core fusion alternative energy experiment. The flexible MLI material is optimal for this application because of the extreme insulation properties and stringent space requirements. The Wendelstein 7-X uses a twenty layer MLI blanket. The designs of these layers typically reflect 95% of radiation. The total effect by the time the radiation energy makes its way to the innermost layers, is effectively a 100% reflective barrier.
DUNMORE Thermal Protection Systems (TPS) materials, with engineered absorptance and emittance properties, are used for passive thermal control systems. These materials are used for many applications on the Spacecraft, such as structural members, instrumentation, antennas, radiators, wiring harnesses and sunshield covers. DUNMORE TPS materials have been part of nearly all space programs worldwide since the mid 80's and is widely used in the Space Shuttle refurbishment programs and the International Space Station, as well as all US and European launch vehicles.
When laminated to a wide variety of materials, DUNMORE interior surfacing films provide attractive functional and decorative properties.
Solar energy is the cleanest of all energy technologies needing no hydrogen to operate, yielding no noise pollution or increase in humidity and doesn't consume oxygen, no carbon footprint. Photovoltaic cells give electrical energy from the sun's visible rays.
DUNMORE has extensive experience as a global provider of low E facing films for radiant barrier reflective insulation products. Our custom-engineered low E films have emitance values of 0.05 or below; reflecting 95% or greater of radiant energy - critical to your specific radiant barrier insulation application.
DUNMORE offers thin film photovoltaic solutions for almost all thin film photovoltaic technologies including: CIGS, a-Si, CdTe, DSSC and others. Our thin film pv solutions are engineered to aid in the production of lowest cost per watt solar modules, allow module flexibility and create a high vapor barrier to protect the thin film pv chemistry.
|
