Fiberglass Beams

Fiberglass Beams are great innovations that provide construction companies unique solutions for strength and durability. Notable for its resistance to rust, it is suitable for a wide range of support systems including those used in bridges, houses, and truck trailers.

Fiberglass maintains an integrity for being among the strongest materials available in the world at the moment. This explains why its I-beams perform very well in high-demand support systems.

It derives its characteristics from a special process called pultrusion,which combines the qualities of glass and selected plastic materials into an end product that has become a superior alternative to metals in several use cases.

We are certain of this - fiberglass materials provide unmatched lightweight for the tensile strength they possess. This is one of the important reasons why we continually recommend its adoption.

The shortening of the lifespan of metals due to corrosion, and how resultant periodic renovations make maintenance expensive, often cancel out the numerous qualities that make metals suitable for construction and manufacturing. Fiberglass I Beams, especially for their corrosion resistance,are superior alternatives.

Additionally, fiberglass can be fire-retardant. This is excellent for safety.

Fiberglass Beams Production Process

Raw materials of glass fibres are rolled out and shaped. Even though the commonest type used is E-glass, other used types include:

A-glass

E-CR glass

C-glass

D-glass

R-glass

S-glass

The processed glass fiber material is passed through a bath where it is,in simple terms, mixed with a plastic. Technically called resin, this plastic provides further strengthening. Common resins used include polyester and table vinylester.

Additives including dies, a filler and hardening agents provide color and good finishing. The finish is further enhanced by what is called a surface veil which produces its final appearance.

Finally, the hardened product is cut out into the I-beams.

Features

We introduce you to a number of features that put fiberglass I-beams ahead.

Corrosion Resistance

As we earlier iterated, fiberglass will not corrode. Its corrosion resistance is further enhanced by UV treatments. This makes it more suitable for outdoor projects or projects in locations that are exposed to harsh weather conditions.

This is a quality that is difficult or expensive to achieve with metals

Lightweight

It is worthy of note that fibreglass is used extensively in aircrafts

because of its lightweight. This advantage is extended to I Beams that are made of fibreglass. This makes construction and manufacturing easier.

High Strength

For its lightweight in comparison to metals like steel and aluminium, fibreglass provides a rare combination that the construction industry has been waiting for in a long time. I Beams made of fibreglass are certainly ideal for use cases which require high strength.

Fire Retardation

If safety is a concern, the fire retardation fiberglass provides, is a quality to calm the nerves.

Lower Life Cycle Cost

In consequence to its corrosion resistance, high strength and retardation, fibreglass demonstrates remarkable durability. Initial costs are comparatively lower whilst maintenance costs are greatly reduced. This contributes to its lower life cycle cost.

Easy to Fabricate and Install

Unlike metal counterparts, it is easy to install and fabricate. It lends itself to versatility whilst giving its users flexibility to innovate.

Dimensional Stability

Pultrusion ensures a consistency across the entire length of the finished product. This offers dimensional stability. In essence, tensile strength is consistent across the entire fibreglass I Beam.

Flexural Strength

Metals and wood demonstrate high strength that is not permissible to flexure. This rigidity can be an obstacle in certain projects. Fibreglass couples strength with relative flexure. This quality strengthens its impact resistance.

Low Water Absorption

On water absorption, it matches up to metals and gets ahead of wood.This is another boost to its durability.

Resists Insect Damage

In contrast to wood, fibreglass I beams cannot be destroyed by insects - another plus for reduced maintenance costs.

Non-Leeching

It does not leech. Even though it is said to have other hazards, this is a good quality to consider.

Application of fiberglass beams

Fiberglass  Beams are dominantly used in construction support systems for their versatility and relative low cost. They are often used in support trusses and building frameworks.

Support Trusses

Trusses are structures used for support. Commonly employed for roofing.They are patterned in several triangles along long bars. Trusses are particularly useful for being lightweight, long span and the ability to hold heavy loads. These qualities which are readily provided by fiberglass I beams make them great choices.

Building Frameworks

Buildings would be without structure, and as aresult impossible without frameworks. Framework is to buildings, as skeleton is to humans. The combination of strength, durability, and general resistance to damage, make fibreglass I-beams an appealing option over its counterparts for framing.

Bridges

The nature of bridges, especially their aesthetics, require long spans,lightweight, and the ability to hold weights. We cannot overemphasise how fibreglass I beams fit in here too.

FAQ

What it cost?

As we have earlier intimated, fiberglass I beams are more affordable.However, pricing varies with size and are usually negotiated in real time to provide you the best value for your money. It is not uncommon to find average unit price ranges from $189 to $604.

What do we Guarantee

Guarantee varies with different providers. Generally, you will qualify for a refund or a replacement if you register your dissatisfaction through appropriate protocols. It is not an uncommon requirement that items be returned within 30 days.

How long do you need delivery waiting time?

Delivery times may depend on your location and the provider you are ordering from. You should negotiate delivery times with a supplier when you place an order.

How to Install

Fibreglass I Beams are generally made easy for installation. In most cases you should not have a difficult time installing them. If you have challenges, you can seek assistance from an expert.

Conclusion

We are advancing methods that will provide us with effective and efficient ways of doing things. The innovations that are emerging must be taken advantage of. We cannot keep to the old cumbersome ways that hinder productivity.

This is why we recommend fibreglass beams - affordability, strength, lightweight and durability. result, impossible without frameworks. Frameworks are to buildings as skeleton is to humans. The combined strength, durability, resistance to damage make fibreglass I beams an increasingly appealing option over its counterparts for framing.