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Roof is the most exposed element of a facility. It should defy changeable weather conditions, assure water-resistance, and offer protection against cold in wintertime. Simultaneously it shall prevent overheating of the attic rooms in summer time and assure low level of transmission thermal losses in time of winter heating of attic rooms.
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Produced description
Rigid panel in rock wool to high density, resistant to jam, calpestabile, not covered for the thermal insulation and acoustic.
Applications
Isolation to the upper wing surface of roofings flat (warm roof) and tilted.
Flat roofings: it is recommended for applications in which the impermeabilizzazione it is realized with liners or bituminous girdles also in case of absence of mechanical implantations (incollaggio).
Slanted roofings: particularly indicated in the event of roofs in wood and ventilated where it brings a meaningful increment of the acoustic performances.
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Produced description
Rigid panel in rock wool to double density, resistant to jam, calpestabile, not covered for the thermal insulation and acoustic.
Applications
Isolation to the upper wing surface of slanted and flat roofings (warm roof).
Slanted roofings: particularly indicated in the event of roofs in wood and ventilated where it brings a meaningful increment of the acoustic performances.
Flat roofings: it is recommended for applications in which the impermeabilizzazione it is realized with liners or bituminous girdles.
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Rigid rockwool panel, not covered, of high mechanical strength. Rigid rockwool panel, not covered, of class of compressibility B. Solution for inaccessible roofings including the ways of circulation. Heat insulation support of sealing under heavy or mechanically fixed protector.
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Rigid, fire safe stone wool slab with high thermal insulation performance and load bearing capacity.
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Rigid, fire safe stone wool slab with high thermal insulation performance and load bearing capacity.
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Very rigid, fire safe stone wool board with high thermal insulation performance and load bearing capacity.
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With a pressure resistant, self-supporting and form-stable structure Conlit® Steelprotect board defies the fire.
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With a special waving fibrous structure, two different seals in the thickness %u2013 of a pressure resistant lower side and a step-firm hard printing distribution layer, is PRIMA ONE the ideal insulation for the flat roof. A raster marking facilitates besides a cutting.
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Sarking and sheathing board made of natural wood fibre for roof, wall, and floor constructions
Sheathing board for pitched roof
Insulated wall panel made from natural wood fibre
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IKO Wood Fiber Roof Insulation Standard Coated is composed of interlocking cellulose fibers bonded together by heat, pressure and premium asphalt emulsion. It is manufactured in a convenient, labor-saving board size of 2'''' x 3.96'''' (0.61 m x 1.21 m). This product conforms to all requirements of CSA A247 and CAN/ULC-S706. It has been UL/ULC classified under file R-16377/CR2818, and Factory Mutual approved.
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Solid heat insulation made of natural wood fibre for top roof insulation
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Cross-laminated timber (KLH) is produced from spruce strips that are stacked crosswise on top of each other and glued to each other. The PEFC certificate guarantees that the raw material used comes from ecological, economical and socially responsible forests.
The crossways arrangement of the longitudinal and crosswise lamellas reduced the swelling and shrinkage in the board plane to an insignificant minimum - static strength and shape retention increase considerably. Compared to conventional timber construction products, cross-laminated timber offers entirely new possibilities when it comes to load transfer. Not only can loads be transferred in one direction (as is the case, for example, with supports, girders, etc.) but on all sides (referred to as "genuine plate and sheet action").
Only technically dried wood with a wood moisture of 12% (+/- 2%) is used to produce KLH solid cross-laminated timber boards. This rules out any damaging pest, fungus and insect attacks. All boards used are subject to a visual and mechanical quality sorting procedure.
The gluing takes place using solvent-free and formaldehyde-free PUR adhesive from Purbond (HB 110, HB 530) - this adhesive is tested according to DIN 68141 and other strict criteria of the MPA Baden Württemberg, Otto Graf Institute Stuttgart and is recognised for the production of internal and external supporting timber components and special construction methods in accordance with DIN 1052 and EN 301. The glue is applied automatically over the whole surface - the percentage of adhesive is 0.2 kg/m² and glue seam. A very high-quality level of adhesion is achieved as a result of the pressing power of approx. 6 kg/cm2.
The factory cutting and beaming of KLH solid cross-laminated timber boards takes place using state-of-the-art CNC technology. The basis for the cutting is formed by the cutting plans of the client. On request and with the appropriate equipment, the boards can also be cut by the relevant construction company.
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Cross-laminated timber (KLH) is produced from spruce strips that are stacked crosswise on top of each other and glued to each other. The PEFC certificate guarantees that the raw material used comes from ecological, economical and socially responsible forests.
The crossways arrangement of the longitudinal and crosswise lamellas reduced the swelling and shrinkage in the board plane to an insignificant minimum - static strength and shape retention increase considerably. Compared to conventional timber construction products, cross-laminated timber offers entirely new possibilities when it comes to load transfer. Not only can loads be transferred in one direction (as is the case, for example, with supports, girders, etc.) but on all sides (referred to as "genuine plate and sheet action").
Only technically dried wood with a wood moisture of 12% (+/- 2%) is used to produce KLH solid cross-laminated timber boards. This rules out any damaging pest, fungus and insect attacks. All boards used are subject to a visual and mechanical quality sorting procedure.
The gluing takes place using solvent-free and formaldehyde-free PUR adhesive from Purbond (HB 110, HB 530) - this adhesive is tested according to DIN 68141 and other strict criteria of the MPA Baden Württemberg, Otto Graf Institute Stuttgart and is recognised for the production of internal and external supporting timber components and special construction methods in accordance with DIN 1052 and EN 301. The glue is applied automatically over the whole surface - the percentage of adhesive is 0.2 kg/m² and glue seam. A very high-quality level of adhesion is achieved as a result of the pressing power of approx. 6 kg/cm2.
The factory cutting and beaming of KLH solid cross-laminated timber boards takes place using state-of-the-art CNC technology. The basis for the cutting is formed by the cutting plans of the client. On request and with the appropriate equipment, the boards can also be cut by the relevant construction company.
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Approximately 85% of all heat loss occurs through evaporation: an Ocea® cover can greatly reduce this loss.
Ocea®covers are used equally for indoor and outdoor pools.
Aqua Technology produces solar heating covers for outdoor pools - which capture the sun's energy, transferring heat to raise the water temperature by several degrees on a fine day.
CHEMICAL SAVINGS
The cover reduces consumption (and therefore, cost) of pool chemical additives due to minimizing evaporation and contamination of the water by organic garden debris.
FACILITY
The cover is operated electronically by the turn of a key.
SAFETY
The slatted cover is not considered to be a safety cover, however, through buoyancy it will support, for example, the weight of a domestic pet animal. Designing a safety ledge or handrails into the pool can enhance the safety factor.
AESTHETICS
Aqua Technology provides the broadest range of colours in Ocea® covers, chosen to harmonise with the pool lining and surroundings.
Photograph of our colour range of slats
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