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Width: 150 mm
Height: 3,900 mm
Ares of use: Ideal solution for concrete formwork applications in civil construction projects. Product benefits: FSC® (Forest Stewardship Council®) certified product Made from STEICO LVL (Laminated Veneer Lumber) Enhanced durability ...
STEICO
Span: 13,500 mm
Width: 70 mm - 240 mm
Height: 120 mm - 400 mm
Two or more layers of solid wood with finger joints that are glued together on both sides, to form the desired section. These layers are dried to 10-12%, giving the laminated beams a guarantee for drying, ...
Span: 1,860, 2,000 mm
Width: 65, 205 mm
... 1 -Fire Resistance Class A / Bf1-s1; can be easily applied in public projects -Stable & Precise No head side gap between boards with T&G end match -Termite Resistance Class1: AS 5604; Class 8 [AWPA-2012,AWPA E1-09] -Mould ...
Span: 1,860, 2,000 mm
Width: 100, 205, 625 mm
... 1 -Fire Resistance Class A / Bf1-s1; can be easily applied in public projects -Stable & Precise No head side gap between boards with T&G end match -Termite Resistance Class1: AS 5604; Class 8 [AWPA-2012,AWPA E1-09] -Mould ...
Height: 350 mm - 465 mm
France Poutre
Height: 120 mm - 450 mm
France Poutre
Height: 240, 300, 360, 400 mm
France Poutre
Span: 3 m - 36 m
Width: 6 cm - 28 cm
MM masterline is the quality brand for glulam beams by the Mayr-Melnhof Holz group of companies. The brand name MM masterline stands for innovative technology, first-class quality, competent advice and ...
Mayr-Melnhof Holz
Hüttemann Engineering Timber is the term for high-quality timber. Free-spanned glulam structures allow for a wide variety of design options and flexibility. Industrial and commercial building production ...
Span: 2,440 mm
Width: 120 mm
... MOSO bamboo solid beam, bamboo can now also be applied in several (semi) structural applications such as window- and doorframes, where typically (expensive) scarce tropical hardwood is used. Unlike hardwood, the MOSO ...
MOSO Bamboo Products
... its defined quality and dimensional stability, KVH® has become an indispensable material for modern wood construction. It is suitable for all modern wood construction applications. Thanks to our production ...
I-Beam Joists delivering strength and stability for your engineered wood flooring Metsä Wood Finnjoists (FJI) are manufactured from high quality oriented strand board ...
Metsäwood
The engineered wood beam. As a consulting producer, along with excellent product quality we also provide you with every assistance for the preparation of your building project. From consulting and CAD ...
HASSLACHER NORICA TIMBER
... technology gives a unique wood product with outstanding durability and an exclusive appearance containing knots. Kebony character products can be cross cut to length as untreated woods but exposed end grain should be ...
Kebony
GP Lam® Laminated Veneer Lumber (LVL) delivers solutions where construction designs call for long unsupported spans for grand entrances, wide doorways, and dramatic window configurations.
Georgia Pacific
LP® SolidStart® I-Joists are known for their value when it comes to size, strength, and reliability. Manufactured with a wide flange for increased stability and a larger nailing area, LP I-Joists offer exceptional performance and dependability. ...
LP Building Products (Louisiana-Pacific Corp.)
Height: 200, 240, 300 mm
Structural I-beam with flange width 45mm for timber frame construction Engineered wood products CE norm: ETA 06/0238 - Spanotec I-Joist Dry conditions - service class 1 Structural DESCRIPTION Structural ...
Height: 170 mm - 500 mm
GIPEN
Span: 2 m - 18 m
Width: 60 mm - 280 mm
Height: 120 mm - 1,000 mm
... cracking. Our laminated beams have secured quality, as the complete production process is subject to strict internal and external inspection. Characteristics glulam spruce DIN 1052:2008, BS 11/GL ...
HOLZWERK GEBR.SCHNEIDER
Span: 2 m - 6 m
Catari H20 beams are wooden formwork brackets with high load capacity. H20's are easy to assemble and work, they are very stable and built to to attain a long lifetime durability. AVAILABLE MEASURES 2,45 ...
Span: 26 m
Modern machinery and the use of high quality raw materials enables us to produce structural arches with a span of up to 26m. They are characterized by high strength and best quality in accordance with EN 14080 - GL 24 C standard.
... products, we use fast growing, under-utilized and less expensive wood species; therefore, large old growth trees are preserved. By design, engineered wood products require much less wood ...
ROSEBURG
For the production of our premium laminated timber we use first-class locally-grown Alpine timber from our own sawmill. With the aid of advanced production methods, we manufacture glued laminated timber ...
Theurl Holz
Span: 40 m
Width: 9 cm - 24 cm
Height: 18 cm - 198 cm
Artbois SA
... to 13 metres) but also optimises the use of material because losses and waste wood are minimal for the user. – Great widths/thicknesses The lamination technique enables beams of great dimensions (thickness ...
... top and bottom chords and tension bars are made of glued laminated timber. The ties can be made of either glued laminated timber or steel. Advantages Light-permeable Additional installations (ventilation systems, fire ...
Wiehag
How to choose this product
A wooden beam is made from a renewable resource offering particular visual and environmental qualities, including a wide range of forms and finishes. It may be used in structurally innovative building projects or to repair and/or replace damaged existing beams.
Technologies
Large solid wood beams offer resistance to fire and are often used to remodel traditional structures. Engineered products such as glulam beams have a higher strength-to-weight ratio, wide range of forms and resistance to insect infestation. They are made by joining smaller elements together into a unit capable of bridging wide spans.
How to choose
The suitability of the beam should be verified by a structural engineer. Ensure compliance with applicable building codes and regulations. Consider the beam's visibility and exposure to moisture, sunlight or other environmental conditions. Adequate protection must be provided.
Determine the environmental impact of its manufacture, transport and components such as glues or resins. Maintenance may require regular application of treatments or coatings to prevent insect infestation and rot, or to comply with regulations.
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