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First developed for use in thermal and acoustical insulation, Tripolymer is fire resistant and can be used in both commercial and residential buildings in White Plains, NY. Tripolymer Foam Insulation is a type of thermosetting plastic that is synthetically produced. It belongs to a group of plastics called phenolics, which were first used near the turn of the last century to produce Bakelite, but are used extensively today because of their structural integrity, durability, and excellent fire resistance.
Many products contain phenolic plastics, from parts found in computer electronics, machinery and automobiles, to various fireproofing materials, tools and waterproof glues; there are virtually thousands of items that contain this kind of plastic which are found not only in the home, but also in the commercial sector. These cellular plastics, when used as wall insulation, have been found to be the safest and most durable type of material for this purpose.
Amino plast resins such as urea formaldehyde were used in water soluble adhesives; however, when made into insulating products they tend to have poor structural strength and are light in density. Their simpler chemical composition and weak molecular bonding means that these products decompose over time as moisture and bacteria break them down. Unlike these plast foams, Tripolymer does not turn to powder or decompose after a period of time.
Polyurethane and urea formaldehyde foams can be highly flammable and when burned emit toxic gases in large quantities. In comparison, this unique foam does not drip and won't readily combust if exposed to fire. When tested in the laboratory, the by-products created when it is burned are not as toxic as those released from white pine, which is a common timber used in building many homes.
This unique polymer is a very stable, complex phenolic plastic. More than 25 years after being installed beneath cement blocks, it showed no signs of stress from water damage, mechanical pressure, or bacterial activity. In comparison, urea formaldehyde material will decompose after being exposed to hot and cold cycling, and humidity, over a period of time. One reason for this is its less complex chemical composition.
Tripolymer is used extensively in residential and commercial constructions, both new and existing. Its excellent thermal and soundproofing efficiency makes it ideal for this purpose, as does its superior fire resistance. Due to this particular property, it is increasingly being used in various public buildings such as schools and hospitals. In addition, it has the ability to increase the fire rating of any structure that is not fire resistant, such as separation or interior walls.
Due to its superior chemical composition, this foam insulation differs significantly from cement, polyurethane or urea formaldehyde foam insulation. It does not distort or moisten drywall systems during installation and drying, unlike urea formaldehyde products, and can be used in interior as well as exterior wood or steel frame walls.
Tested extensively in the laboratory, independent results show that Tripolymer installed in walls actually increases the fire ratings two-fold, sometimes more. Other urea formaldehyde products perform poorly when compared against Tripolymer foam, making it the ideal choice for any commercial or residential building in the city of White Plains, NY.
Many products contain phenolic plastics, from parts found in computer electronics, machinery and automobiles, to various fireproofing materials, tools and waterproof glues; there are virtually thousands of items that contain this kind of plastic which are found not only in the home, but also in the commercial sector. These cellular plastics, when used as wall insulation, have been found to be the safest and most durable type of material for this purpose.
Amino plast resins such as urea formaldehyde were used in water soluble adhesives; however, when made into insulating products they tend to have poor structural strength and are light in density. Their simpler chemical composition and weak molecular bonding means that these products decompose over time as moisture and bacteria break them down. Unlike these plast foams, Tripolymer does not turn to powder or decompose after a period of time.
Polyurethane and urea formaldehyde foams can be highly flammable and when burned emit toxic gases in large quantities. In comparison, this unique foam does not drip and won't readily combust if exposed to fire. When tested in the laboratory, the by-products created when it is burned are not as toxic as those released from white pine, which is a common timber used in building many homes.
This unique polymer is a very stable, complex phenolic plastic. More than 25 years after being installed beneath cement blocks, it showed no signs of stress from water damage, mechanical pressure, or bacterial activity. In comparison, urea formaldehyde material will decompose after being exposed to hot and cold cycling, and humidity, over a period of time. One reason for this is its less complex chemical composition.
Tripolymer is used extensively in residential and commercial constructions, both new and existing. Its excellent thermal and soundproofing efficiency makes it ideal for this purpose, as does its superior fire resistance. Due to this particular property, it is increasingly being used in various public buildings such as schools and hospitals. In addition, it has the ability to increase the fire rating of any structure that is not fire resistant, such as separation or interior walls.
Due to its superior chemical composition, this foam insulation differs significantly from cement, polyurethane or urea formaldehyde foam insulation. It does not distort or moisten drywall systems during installation and drying, unlike urea formaldehyde products, and can be used in interior as well as exterior wood or steel frame walls.
Tested extensively in the laboratory, independent results show that Tripolymer installed in walls actually increases the fire ratings two-fold, sometimes more. Other urea formaldehyde products perform poorly when compared against Tripolymer foam, making it the ideal choice for any commercial or residential building in the city of White Plains, NY.
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