Thermal insulation materials - Import export

PIR insulation board for external walls - ETICS

PIR insulation board for suspended ceilings.

PIR insulation board with aluminum coating. Lambda = 0,024 - 0,026 W/mK.

PIR insulation board with aluminum coating. Lambda = 0,022 W/mK.

We offer wide range of innovative wall, roof or cooling layered boards containing the core made of polyisocyanurate foam (PIR). These boards consist of two linings made of steel sheets galvanized on both sides, with organic polyester lacquer coating of 25 µm and the s tructural and insulation core made of rigid, Freon-free, self-extinguishing PIR foam with great thermal insulation and fire resistance. Thermal conduction coefficient is λ = 0.022 W/m*K. PIR foams are characterized by strengthened resistance against high temperatures, they decompose at temperatures over 325ºC and their carbonization is ca. 50%. The carbonized layer protects against penetration of high temperatures through a board resulting in more efficient fire protection barrier. Diversified colours and profiles result in various possibilities for architects. ​

We offer wide range of innovative wall, roof or cooling layered boards containing the core made of polyisocyanurate foam (PIR). These boards consist of two linings made of steel sheets galvanized on both sides, with organic polyester lacquer coating of 25 µm and the s tructural and insulation core made of rigid, Freon-free, self-extinguishing PIR foam with great thermal insulation and fire resistance. Thermal conduction coefficient is λ = 0.022 W/m*K. PIR foams are characterized by strengthened resistance against high temperatures, they decompose at temperatures over 325ºC and their carbonization is ca. 50%. The carbonized layer protects against penetration of high temperatures through a board resulting in more efficient fire protection barrier. Diversified colours and profiles result in various possibilities for architects. ​

Nowadays we must manage the energy in a rational way. Technological development sign for any user is to use the latest thermal insulations. Gambit products can be characterized by: - refractoriness up to 1500 oC - low density up to 1,5 g/cm3 - open porosity from 40% to 85% - low rate of heat conduction below 0,6 W/mK Various techniques of GAMBIT Lubawka Sp. z o.o. can guarantee excellent production of the following assortment: 1. Sealants and heat-insulating ropes 2. Woven clothes and belts 3. Sack, woven sleeves and sewn of belts sleeves 4. Blankets, pillows, screens, shields 5. Card boards 6. Boards and profiles formed vacuosly

We offer wide range of innovative wall, roof or cooling layered boards containing the core made of polyisocyanurate foam (PIR). These boards consist of two linings made of steel sheets galvanized on both sides, with organic polyester lacquer coating of 25 µm and the s tructural and insulation core made of rigid, Freon-free, self-extinguishing PIR foam with great thermal insulation and fire resistance. Thermal conduction coefficient is λ = 0.022 W/m*K. PIR foams are characterized by strengthened resistance against high temperatures, they decompose at temperatures over 325ºC and their carbonization is ca. 50%. The carbonized layer protects against penetration of high temperatures through a board resulting in more efficient fire protection barrier. Diversified colours and profiles result in various possibilities for architects. ​

Struto is a nationally unique and highly advanced technology of producing nonwovens, in which the fibers in the fleece are oriented in the vertical plane of the product. The search for new technological solutions is primarily the result of the growing demand for filling and thermal insulation materials due to the widespread use of the product in the final product, e.g. a mattress. The spatial, porous structure created as a result of the Struto technology is characterized by greater elasticity (quick return to the initial thickness of nonwovens subjected to loading), resistance to compression and deformation compared to commonly used polyurethane foams or standard nonwovens serving mainly as filling or thermal insulation materials.