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Solavis Conservation Systems
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www.solavis.com.au
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Solavis Conservation Systems Pty Ltd, 168 Northbourne Rd. Campbellfield. Hume, VIC, 3061.
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Commercial in Hume, Suit in Hume, Import in Hume, Insulation in Hume

High quality foil insulation melbourne at the lowest prices! our foil insulation can be used for many applications, ranging for use in residential homes to commercial applications. Solavis radiantshield insulation does exactly that. There are a handful of insulation suppliers in australia, but it is important to choose a product that will suit your needs financially, but at the same time perform the job desired. If you're looking for foil insulation in melbourne, or throughout australia (we can arrange low cost freight) then give us a call first, to see if we can help you. 168 northbourne road campbellfield, vic 3061 1 300 127 227 http://www.solavis.com.au.

Solavis Conservation Systems is a manufacturer and distributor of innovative reflective and acoustic composite materials. We are committed to providing the world market with novel solutions for existing thermal and acoustic problems whilst at the same time addressing cost efficiency through our lean business model. Efficiently dealing with unwanted heat and commotion is a science. We are hopeful that our specialist knowledge, product research, testing and certification allow us to deliver the superior possible solutions to your problems.

ACOUSTIC FOAM Solavis acoustic tiles have a convoluted or 'egg box' profile which offers a greater surface area over other profile shapes which enables them to 'catch' sound waves more easily and effectively read more. REFLECTIVE INSULATION Solavis RadiantShield insulation is a thin, thermoreflective insulation product made up of a layer of fire retardant polyethylene air bubbles sandwiched between two layers of highly reflective immaculate aluminum foil. Let’s start off by defining that shining insulation is an insulation system where the reflective material faces an unfold air space. They are not as effective in reducing radiant heat transfer, which is often a primary mode of heat transfer in a building envelope, especially in warm Australian climates. Rather, these products, like maximum building materials, have very high lustrous transfer rates. However, the effect of this is negligible compared to the gain of a (materials) reflective foil surfaces, as they are very effective in reducing lustrous heat transfer. In fact, the foil used in our reflective insulation materials will decrease heat transfer by as much as 97. The reflective surface of foil insulation reduces the radiative heat transfer, so the cavity adjacent to the reflective surface becomes shining insulation. Therefore, reflective insulation is best to other types of insulating materials in reducing radiant heat. When reflective insulation is installed in building cavities, it traps air (like other insulation materials) and therefore reduces heat flow by convection, thus addressing all three modes of heat transfer (the profit of this effect is accounted for in reflective insulation Total values). Around 80 of the heat transfer in your building envelope is via shining heat energy, which heats up your house in summer. Lustrous insulation blocks radiant heat (up to 97 is reflected) by reflecting it back towards the direction it came from. The thickness of reflective insulation has much less to do with the overall thermal performance than does the reflective, (low remittance), surface facing the adjoining air space. With respect to reflective insulation materials, the application, including the size of the adjoining air space(s) and direction of the heat flow are the major contributors to the value and thermal performance of the insulation system. Reflectivity is the skill to reflect radiant energy and emissivity (the reciprocal of reflectivity) is the aptitude to not release lustrous heat. Theoretically, even if an upwards facing foil surface is covered with dust and starts to absorb all lustrous heat rather than reflect it, only 34 of this energy will be further transmitted downwards through the downwards facing foil surface. Aluminum oxidation is a chemical reaction between oxygen and aluminum. By radiation from a warm surface to a cooler surface through an air space. Radiation is the transfer of heat (infrared radiant energy) from a warm surface to a cold surface through air or vacuum. The lustrous heat is invisible and has no temperature, honest energy. When this energy strikes another surface, it is absorbed and increases the temperature of that surface. Aluminum foil has a very low remittance, which explains its use in reflective insulation and shining barriers. Solavis RadiantShield insulation is a reflective insulation product made up of a layer of fire retardant polyethylene air bubbles sandwiched between two layers of highly reflective immaculate aluminum foil. SuperShield can also bear racket handle in other applications including other types of vehicles, buses, rail cars, ships, planes and so on.
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