alexandr.attik@gmail.com
Bazovyi pereulok, 11
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The bar from Siberian wood is used to produce beams. The place of wood storage - Khanty-Mansi Autonomous Okrug. The raised solidity is caused by smaller thickness of tree-rings because of short term of climatic summer - the vegetative period. Before winter in a tree trunk sap ascent stops, the structure of wood becomes more compressed to overcome frost. The tree seems to fall asleep. Such tree grows very slowly. As a result - its close-grained and dense structure shows out-of-limit solidity and elasticity. It is less subject to fungous diseases and an attack of insects - pests. Sometimes it is called "iron wood".
The saw cut of a bar is according to the scheme 2ex log (at dissolution of a log from all boards only two central boards are used). Tree-rings of bars are orientated from a bar core towards a stand.
The beam stand TOP is made from the birch water-resistant board FSF 27 mm. Birch gives a beautiful structure, positions the beam advantageously.
- Beams have end plastic protection.
- The glue "KLEIBERIT 303.2" (Germany), corresponding to class D3 of European standards EN 204/205.
- Uniformity of materials of a stand and beam flanges has an additional solidity in the splice.
- The impregnation-wood preservative. The coating is weather-resistance, possesses powerful preservative activity.
- The sustainability of a coating is till 5 years (components BASF Germany, ACIMA Switzerland).
The cover plate is made of polyethylene (hardness at minus 60-70оC). It is pressed and fixed by concealed zinc-coated cramps. A thickness of a protective part is 5 mm.
A chamfer and hardening of ends - maximum prolongation of life cycle of a beam:
→ protection of beam bars from chamfers at slope during installation and dismantling when the slivered chipwood makes it impossible to use the beam in the further process of building,
→ protection of beam end from impact of moisture and an ultraviolet while storing.
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The bar from Siberian wood is used to produce beams. The place of wood storage - Khanty-Mansi Autonomous Okrug. The raised solidity is caused by smaller thickness of tree-rings because of short term of climatic summer - the vegetative period. Before winter in a tree trunk sap ascent stops, the structure of wood becomes more compressed to overcome frost. The tree seems to fall asleep. Such tree grows very slowly. As a result - its close-grained and dense structure shows out-of-limit solidity and elasticity. It is less subject to fungous diseases and an attack of insects - pests. Sometimes it is called "iron wood".
- The stand in the beam is made from the board LVL 24 mm. LVL is a constructive material, produced from rotary-cut veneer of pine wood, grown in Siberia. As distinct from the veneer this material has no limits while being produced in the length, and this is its advantage in the finished product – beam H20. In the aggressive environment the board LVL exceeds veneer thanks to high resinous properties and waterproof adhesive
- The saw cut of a bar is according to the scheme2ex log (at dissolution of a log from all boards only two central boards are used). Tree-rings of bars are orientated from a bar core towards a stand
- Uniformity of materials of a stand and beam flanges has an additional solidity in the splice.
- The glue "KLEIBERIT 303.2" (Germany), corresponding to class D3 of European standards EN 204/205
- The impregnation-wood preservative. The coating is weather-resistance, possesses powerful preservative activity.
The sustainability of a coating is till 5 years (components BASF Germany, ACIMA Switzerland). - Beams have end plastic protection.
The cover plate is made of polyethylene (hardness at minus 60-70оC). It is pressed and fixed by concealed zinc-coated cramps. A thickness of a protective part is 5 mm.
A chamfer and hardening of ends - maximum prolongation of life cycle of a beam:
→ protection of beam bars from chamfers at slope during installation and dismantling when the slivered chipwood makes it impossible to use the beam in the further process of building,
→ protection of beam end from impact of moisture and an ultraviolet while storing.
- The stand is made from the water-resistant veneer FSF 24-27 mm of the leading manufacturers of Russia.
- Whole timber (class BTS-1) – pine, fir of the 1st and 2nd class according to the GOST 8486. (class BK-2) – one bar in the product has a finger joint along the length according to GOST 19414-90
- The glue "KLEIBERIT 303.2" (Germany), corresponding to class D3 of European standards EN 204/205.
- The impregnation-wood preservative. The coating is weather-resistance, possesses powerful preservative activity. The sustainability of a coating is till 5 years (components BASF Germany, ACIMA Switzerland).
- Beams have end plastic protection.
The cover plate is made of polyethylene (hardness at minus 60-70оC). It is pressed and fixed by concealed zinc-coated cramps. A thickness of a protective part is 5 mm.
A chamfer and hardening of ends - maximum prolongation of life cycle of a beam:
→ protection of beam bars from chamfers at slope during installation and dismantling when the slivered chipwood makes it impossible to use the beam in the further process of building,
→ protection of beam end from impact of moisture and an ultraviolet while storing.
- The stand is made from the water-resistant veneer FSF 24-27 mm of the leading manufacturers of Russia.
- Whole timber (class BTS-1) – pine, fir of the 1st and 2nd class according to the GOST 8486. (class BK-2) – one bar in the product has a finger joint along the length according to GOST 19414-90.
- The glue "KLEIBERIT 303.2" (Germany), corresponding to class D3 of European standards EN 204/205.
- The impregnation-wood preservative. The coating is weather-resistance, possesses powerful preservative activity. The sustainability of a coating is till 5 years (components BASF Germany, ACIMA Switzerland).
The cover plate is made of polyethylene (hardness at minus 60-70оC). It is pressed and fixed by concealed zinc-coated cramps. A thickness of a protective part is 5 mm.
A chamfer and hardening of ends - maximum prolongation of life cycle of a beam:
→ protection of beam bars from chamfers at slope during installation and dismantling when the slivered chipwood makes it impossible to use the beam in the further process of building,
→ protection of beam end from impact of moisture and an ultraviolet while storing.
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Our production is presented:
Vladivostok
Krasnoyarsk
Novosibirsk
Ekaterinburg
Perm
Kazan
Moscow
Krasnodar
Rostov-on-Don
Ashdod (Israel)
Istanbul (Turkey)
Astana (Kazakhstan)
Sofia (Bulgaria)
Dushanbe (Tajikistan)
Tbilisi (Georgia)
Yerevan (Armenia)
and others...
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Open formThe goods are delivered by roof car or train.
The storage is done by:
- The way, which excludes deflection and residual strain because beams are stacked on the gasket.
- Covered from direct sunlight, atmosphere precipitation or in the enclosed space (GOST 15150).
- Пленка на паллете является транспортировочной и хранение осуществляется без нее.
The geography of our supplies is measured in many countries of the CIS and abroad. To correctly select the country and city of delivery products "Attic-Kirov" call us below