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Productinformation Around april and may apricot trees are in full bloom. But during this time of year, when nights can still be very cold, it is a dangerous time for the forthcoming harvest – which is then around july and august. Apricots get shaken off of the trees by hand, and afterwards are layed down on big awnings. There the fruits will dry for three more days until they are pitted and brought to fumigation boards. Afterwards they are once more dried in the sun, which can take up to ten days - until they are dried down to an amount of moisture around fifteen percent. Origin Dried apricots originate mainly from Turkey, the Middle East and Southwest Aisa. But also in South Africa, the US (California) and Australia apricots are harvested in a large amount.

4-way disposable wooden pallet with dimensions of 800x1200 mm. A multifunctional industrial pallet, available in many variants (e.g. with 5, 6, 7 or more top boards), tailored to individual customer needs. Made of mixed types of wood. Available in both wet and IPPC process according to ISPM 15 standards and kiln dried. Usually loaded nested. About. 900-1200 pcs on a full truck.

Cement-bonded particleboards are used in "dry installation" technology. Thanks to their parameters, they are used in construction, including in structural elements. CW panels are fireproof - according to the European standard EN 13 501-1 they are classified as BS1D0 (flame retardant) and A2 (non-flammable). They have soundproofing properties (30-35dB). They are resistant to various atmospheric conditions, such as frost or moisture, to mold and mildew, and thanks to their cement content - also resistant to insects. Cement-bonded boards are a resilient material - the modulus of elasticity of the boards is more than 4500 N/mm2, the bending strength is greater than 9 N/mm2. They are easy to work with, as well as environmentally friendly and safe for health, as they do not contain any hazardous substances such as asbestos or formaldehyde.

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. ​