On the insulating block |
Building david askevold blocks obtained by vibropressing, distinguished by their porous structure. Particles dropout under heavy pressure "spikayutsya" with each other by means of cement, but do not turn into solid stone. Thus, the dropout rate between particles are air currents, and present between the particles of air reduces heat conduction blocks.
The design david askevold of the outer three-layer unit is designed in such a way as to allow passage through the wall air flow. Adequate ventilation of the unit prevents external condensation.
At the conclusion of blocks provided dense foam liners docked (vertical) due to the fact that they stand for the plane block 3 mm. At each end of the insert david askevold (vertical) provided a triangular channel that docking with other forms square duct liners in masonry.
Horizontal solution is placed 10 mm thick using a special frame (see picture), which is put on the block, david askevold and after leveling david askevold mortar removed. The solution is not applied david askevold to the foam liner. Thus, a horizontal air channel. Combined horizontal and vertical channels create the effect of a ventilated façade, which eliminates david askevold condensation. In addition, the horizontal air channel cuts "cold bridge" that would pass on the horizontal seam masonry with cement. david askevold
Porosity units and ventilation of the outer part of the wall allows david askevold the building to "breathe", which greatly improves the environmental parameters of buildings in general. david askevold Brickwork does not have the above-mentioned properties.
The excellent insulating properties of the masonry units are equipped with a solid rigid foam liner with a minimum thickness of 70 mm in combination with part vibrocompressed block. david askevold No additional thermal insulation and masonry at a thickness of 300 mm is achieved only excellent thermal insulation (heat transfer coefficient = 0.268 teplaU m2K/Vt). It thus can significantly save energy and operating costs of housing.
Internal abdominal part of the block is highly akumulyatsiynoyi ability david askevold that affects the indoor climate of the object. Heat is given back into the room, which greatly smoothes fluctuations in temperature. Due to the high teplooporu masonry blocks and is able to repay external high temperature, keeping you cool in the inner rooms.
Estimated pressure resistance of the material units - up to 20 kg/cm2. (Score pressure resistance - a distributed load on the entire area of the bearing block (180 mm), ie without the square foam liner and the outer protective layer of concrete.)
The building blocks are not sensitive to the effects of the cold due to its loose structure with minimal hygroscopicity. Since the dew point is in the middle layer of foam, the carrier of the unit eliminates the freezing of water in it.
Building david askevold blocks obtained by vibropressing, distinguished by their porous structure. Particles dropout under heavy pressure "spikayutsya" with each other by means of cement, but do not turn into solid stone. Thus, the dropout rate between particles are air currents, and present between the particles of air reduces heat conduction blocks.
The design david askevold of the outer three-layer unit is designed in such a way as to allow passage through the wall air flow. Adequate ventilation of the unit prevents external condensation.
At the conclusion of blocks provided dense foam liners docked (vertical) due to the fact that they stand for the plane block 3 mm. At each end of the insert david askevold (vertical) provided a triangular channel that docking with other forms square duct liners in masonry.
Horizontal solution is placed 10 mm thick using a special frame (see picture), which is put on the block, david askevold and after leveling david askevold mortar removed. The solution is not applied david askevold to the foam liner. Thus, a horizontal air channel. Combined horizontal and vertical channels create the effect of a ventilated façade, which eliminates david askevold condensation. In addition, the horizontal air channel cuts "cold bridge" that would pass on the horizontal seam masonry with cement. david askevold
Porosity units and ventilation of the outer part of the wall allows david askevold the building to "breathe", which greatly improves the environmental parameters of buildings in general. david askevold Brickwork does not have the above-mentioned properties.
The excellent insulating properties of the masonry units are equipped with a solid rigid foam liner with a minimum thickness of 70 mm in combination with part vibrocompressed block. david askevold No additional thermal insulation and masonry at a thickness of 300 mm is achieved only excellent thermal insulation (heat transfer coefficient = 0.268 teplaU m2K/Vt). It thus can significantly save energy and operating costs of housing.
Internal abdominal part of the block is highly akumulyatsiynoyi ability david askevold that affects the indoor climate of the object. Heat is given back into the room, which greatly smoothes fluctuations in temperature. Due to the high teplooporu masonry blocks and is able to repay external high temperature, keeping you cool in the inner rooms.
Estimated pressure resistance of the material units - up to 20 kg/cm2. (Score pressure resistance - a distributed load on the entire area of the bearing block (180 mm), ie without the square foam liner and the outer protective layer of concrete.)
The building blocks are not sensitive to the effects of the cold due to its loose structure with minimal hygroscopicity. Since the dew point is in the middle layer of foam, the carrier of the unit eliminates the freezing of water in it.
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