Heating panels - Import export

Because of the complexity of controlling both parameters, every project is designed according to dimensions, material of the case, target values as well as ambient extremes in temperature and humidity. Although we do not have standard, off shelf units we are offering: Maxi T – Large units to control temperature and humidity inside the medium size cases (5-10 cubic meters) where main generator is located inside the machine room or other technical area some distance from the display case. See below. Mini T – small, compressor based unit for installation under or behind the display case. This unit can work with venting type or cooling/heating panels system. Will work with our Mini One or sometimes PMCG units. Special, thermoelectric device for very small cases. Will work with our PMCG unit. Please note that controlling temperature and humidity requires some changes to display case design and its very hard if not impossible

mobile structure on metal stands available in 16 colors minimalist design adapting the office to different work scenarios eco-friendly material made of recycled plastic bottles

AE Solar panels stand out thanks to their incredible durability. A higher efficiency rate guarantees high system efficiency and stable heat energy gain. AE Solar panels are being tested and certificated under international standards

AE Solar panels stand out thanks to their incredible durability. A higher efficiency rate guarantees high system efficiency and stable heat energy gain. AE Solar panels are being tested and certificated under international standards

AE Solar panels stand out thanks to their incredible durability. A higher efficiency rate guarantees high system efficiency and stable heat energy gain. AE Solar panels are being tested and certificated under international standards

AE Solar panels stand out thanks to their incredible durability. A higher efficiency rate guarantees high system efficiency and stable heat energy gain. AE Solar panels are being tested and certificated under international standards

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. ​

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. ​