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Aluminum I-Beams H-Beam designed to support concrete formwork
  • Aluminum I-Beams H-Beam designed to support concrete formwork
  • Aluminum I-Beams H-Beam designed to support concrete formwork
  • Aluminum I-Beams H-Beam designed to support concrete formwork
  • Aluminum I-Beams H-Beam designed to support concrete formwork
  • Aluminum I-Beams H-Beam designed to support concrete formwork
  • Aluminum I-Beams H-Beam designed to support concrete formwork
Aluminum I-Beams H-Beam designed to support concrete formworkAluminum I-Beams H-Beam designed to support concrete formworkAluminum I-Beams H-Beam designed to support concrete formworkAluminum I-Beams H-Beam designed to support concrete formworkAluminum I-Beams H-Beam designed to support concrete formworkAluminum I-Beams H-Beam designed to support concrete formwork

Aluminum I-Beams H-Beam designed to support concrete formwork

Product Introduction:

An aluminum alloy beam is a lightweight structural component used in concrete formwork systems, designed to support formwork panels and distribute loads during the concrete pouring process. It provides stable support for slabs and other concrete structures while enhancing construction efficiency and reducing the need for manual handling.


Product Details

Aluminum I-Beams

Trico's Aluminum I-Beams are compatible with all other manufacturers of Aluminum Joists, Beams and Stringers. The extruded aluminum I-beam is used for all structural applications where higher strength is required.

Aluminum I-Beam has been the standard of the industry for decades. Given aluminum's strength and lightweight properties these beams provide an optimal working combination. Aluminum allows the construction to minimize the number of total horizontal and vertical members required on the job compared to wood beams. Labor productivity is also maximized due to the lightweight beams when compared to steel.

Place of   OriginChina
Brand NameTRICO
Material6061-T6   Aluminum Alloy
Surface TreatmentAnodized   or Powder Coated
ApplicationConstruction   Formwork and Scaffolding
ShapeI-Profile,   H-Profile
Anodized or Powder CoatedHigh,   Engineered for Heavy Concrete Loads
Model NumberI   Beam, H Beam
Processing ServiceBending,   Welding, Punching, Cutting
Section Size123×75mm,   123×85mm,140×85mm(Customized)

ProductLength (mm)Specifications   (mm)
Aluminium BeamAluminum I-Beams H-Beam designed to support concrete formwork200~6000114x85
120x85
123x75
123x85
140x85
140x90
150x80
150x85
150x88
150x90
160x80
166x120
166x127
200x76
225x100
Customized

Aluminum I-Beams H-Beam designed to support concrete formwork

The I-Beam comes complete with a plastic nailer strip. This is formulated to provide nail gripping properties comparable to wood, and will not become soft in hot weather, nor brittle, nor crack in extreme cold. Plastic nailers are much more durable than wood and will withstand repeated use as plastic is apt to self-heal upon fastener removal.

Aluminum I-Beams H-Beam designed to support concrete formwork

Applications of Aluminum Beams

Widely used in formwork support systems for slabs, walls, columns, and beams; especially suitable for projects in coastal and high-humidity areas that require durable, corrosion-resistant support beams.

Aluminum I-Beams H-Beam designed to support concrete formwork

Aluminum I-Beams H-Beam designed to support concrete formwork

Aluminum I-Beams H-Beam designed to support concrete formwork

Aluminum I-Beams  Features and Benefits

High strength-to-weight ratio—delivers superior load-bearing performance while reducing the need for extensive overall support systems.

Weather resistance and durability—maintains stable structural performance even in humid or harsh environmental conditions.

Long service life and cost-effectiveness—exceptional durability reduces the frequency of replacements; additionally, high recyclability and residual value allow for profitable resale, significantly lowering total project costs.

Lightweight and easy to handle—lightweight design accelerates installation and dismantling, boosting productivity and handling efficiency on the construction site.

Reliable alternative to timber beams—an ideal substitute for traditional timber beams, particularly suitable for construction projects in coastal and high-humidity regions.


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