h20 beam
h20 beam
MARINE BUILDING MATERIAL INDUSTRY is one of the largest manufacturing suppliers(manufacturing vendor) producing h20 beam in China.
数量:
Name:wood H20-beam
wood beam height:200mm
Flange: width:80mm,thickness:40mm
Web thickness:27mm web layer: 21mm
Perm Bending Moment:5mm
Perm Shearing Force: 11mm
Perm Deflection: 1/500cm3
standard lengths:2.9m,3.3m,3.6m,and 3.9m,According to customer requirements
Pine lumber for flange,plywood(Combination of Birch & Poplar)for web finger-joint way between web and flang
wood beam height:200mm
Flange: width:80mm,thickness:40mm
Web thickness:27mm web layer: 21mm
Perm Bending Moment:5mm
Perm Shearing Force: 11mm
Perm Deflection: 1/500cm3
standard lengths:2.9m,3.3m,3.6m,and 3.9m,According to customer requirements
Pine lumber for flange,plywood(Combination of Birch & Poplar)for web finger-joint way between web and flang
what is h20 beam?
The term"H20 beam"typically refers to a type of structural beam commonly used in construction, particularly for formwork and scaffolding. Here's a detailed breakdown of what an H20 beam is:
Definition and Characteristics:
Material: H20 beams are primarily made of wood, specifically engineered wood like plywood or laminated veneer lumber (LVL). The"H20"designation indicates the beam's cross-sectional height of 20 centimeters.
Material: H20 beams are primarily made of wood, specifically engineered wood like plywood or laminated veneer lumber (LVL). The"H20"designation indicates the beam's cross-sectional height of 20 centimeters.
Structure:
Flanges: These are the horizontal parts of the beam, usually made from solid wood or LVL. They provide the beam with its structural integrity and resistance to bending.
Web: This is the vertical part of the beam, typically made from plywood or a similar engineered wood product. It connects the flanges and helps distribute loads evenly.
Dimensions: While the standard height is 20 centimeters, the length of H20 beams can vary, with common lengths ranging from 2.45 meters to 5.90 meters. Custom lengths can also be produced to meet specific project requirements.
Uses:
Formwork: H20 beams are widely used in concrete formwork systems. They serve as the primary horizontal supports (joists and girders) for forming slabs, walls, and columns. Their high strength-to-weight ratio makes them ideal for supporting heavy loads while being relatively easy to handle and install.
Formwork: H20 beams are widely used in concrete formwork systems. They serve as the primary horizontal supports (joists and girders) for forming slabs, walls, and columns. Their high strength-to-weight ratio makes them ideal for supporting heavy loads while being relatively easy to handle and install.
Scaffolding: In scaffolding applications, H20 beams provide support platforms for workers and materials. Their robust construction ensures stability and safety.
Temporary Structures: They are also used in creating temporary bridges, shoring systems, and other provisional structures where strength and reliability are crucial.
Advantages:
Strength and Durability: Engineered wood used in H20 beams offers excellent strength and resistance to warping, twisting, and splitting.
Strength and Durability: Engineered wood used in H20 beams offers excellent strength and resistance to warping, twisting, and splitting.
Lightweight: Compared to steel beams, H20 beams are lighter, which makes them easier to transport and handle on-site, reducing labor costs and effort.
Versatility: These beams can be used in various configurations and applications, making them highly versatile for different construction needs.
Reusability: H20 beams can be reused multiple times in construction projects, which makes them cost-effective over the long term.
Maintenance and Care:
To ensure the longevity and performance of H20 beams, proper maintenance is essential. This includes:
To ensure the longevity and performance of H20 beams, proper maintenance is essential. This includes:
Regular Inspections: Checking for signs of damage, wear, or deterioration.
Proper Storage: Storing beams in dry, covered conditions to protect them from moisture and environmental damage.
Proper Storage: Storing beams in dry, covered conditions to protect them from moisture and environmental damage.
Handling with Care: Avoiding rough handling that could cause physical damage to the beams.
Overall, H20 beams are a crucial component in modern construction, known for their combination of strength, lightweight, and versatility.
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