Pros and Cons of Fibreglass Scaffold

Pros and Cons of Fibreglass Scaffold

Fibreglass is recommended to use where electrical safety is concerned. Its quality includes no electric conductivity, and it is not reactive to chemicals too. It ensures your safety and helps your electrical appliances last longer. Being a non-conductor of electricity fibreglass does not give out a spark, neither does it emit smoke, which makes it generally a favourable material for many manufacturers. Fibreglass has this amazing quality that if the plastic has been reinforced with fibreglass,  it does not oxidize, which makes it stand apart from other metallic materials. It also gives an edge over them.

Fiberglass Scaffold has a range of pros and cons. Depending upon the use, the fibreglass scaffold made product could instead become a wrong choice. Scaffolding rentals have a variety of products that are solely created by it.

Pros of Fiberglass Scaffold

These distinctive qualities of fibreglass scaffold have made it one of the sought after materials. Fibreglass has many advantages. Some of them are

Light Weight but High Strength

Fibreglass scaffold is comparatively light in weight which makes it a preferred choice for many manufacturers. Products made by it are generally easy to carry and do not create hindrances in anyone’s path. Despite being light in weight, fibreglass scaffold is a strong material and has the ability to bear the right amount of weight. Its strength does not let it bend easily unless it has been overloaded. It is said that its power is almost equal to carbon steel and alloy steel. Often in aviation for rockets, planes, space vehicles where they need to have less weight fibreglass scaffold is used, not for everything but some parts of them. As far as its strength is concerned fibreglass scaffold’s stretching strength of particular epoxy can reach over 400 Mpa.

Thermal Conductivity

Thermal conductivity of fibreglass products is very low, especially at room temperature. This conductivity is around 1/100 to 1/1000 of metallic materials. This makes it an exemplary insulator. Products which are most likely to raise the high temperature, as high as 2000 degree it is ideal protection. Fiberglass Scaffold has the intensity to protect spacecraft at above 2000 degree high-speed airflow.

Flexibility

When industries want to create a product, they look for material that is easy to mold. Fibreglass scaffold is easy to mould and is quite flexible in adopting shapes. Another advantage is with proper heat, it is possible to give a particular shape only temporarily, and if it does not suit, you can change it to another shape. With a certain degree of heat and intensity, fibreglass scaffold is used to give a permanent way.

Corrosion Resistance

In fibreglass scaffold specific resin is used in laminate makes it resistant to corrosion. One of the primary reasons that it is so widely used is its quality of being corrosion resistant. Fibreglass is a composite material and oxidation of water, acids, alkali salts and other gases does not affect its resistance ability. People have predicted that based on its resistance to corrosion, time will come when fibreglass will replace carbon steel, stainless steel, wood and non- ferrous metal.

Economical

Fibreglass scaffold is lower in cost, which makes it an ideal material for industries and manufacturers. With little to almost no corrosion and low prices, fibreglass has taken the place of significant metals and has become the preferred choice for various products.

Cons of Fiberglass Scaffold

Fibreglass scaffold has its unique set of characteristics, but it does not mean that it is an ideal choice. It has its share of disadvantages too.

Air Exchange

Fibreglass is used in the construction of a home and is primarily used in ceilings. Since it is low in cost, it suits many people’s budget, and they tend to use fibreglass in ceilings. It creates air exchange easy and often air leaks through ceilings or attics. This makes residential areas vulnerable to all kinds of weather, especially heat. People prefer to stay indoors in extreme conditions of weather and fibreglass scaffold make it difficult for them.

Sags

Fibreglass is light in density, and this characteristic makes it vulnerable to deflect much sooner than other metals. It does not last as long as other metals. Since it is easy to mold with time, it starts losing its shape and hence often does not serve the actual purpose. Its product may appear pleasing and are low in cost, but on the other hand, they are not durable.

Causes cancer

Not many people are aware of the disadvantages of fibreglass and do not look deep into it. Its components release active particles when oxidizing with some minerals. The inhaling of these active particles are indigenous to health and can cause lung cancer if they are inhaled for a more extended period of time. The researches shave proved that like asbestos fibreglass also dissolve in lungs and sometimes stays in bodies. 

Moisture

Fibreglass is vulnerable to humidity and does not have a stable resisting quality to it. However, it does not get affected immediately, but gradually even moisture in the air leaves its traces on fibreglass. Spores of air when settled in fibreglass become stronger when coming in contact with moisture as in the form of water vapour or condensation in the air. Moisture in fibreglass gives room and growth to mold. Mold is usually the reason behind poor and unhealthy air quality and often gives rise allergy to people having weak immunity.

Cracking

Unlike other metals fibreglass is prone to cracking which makes it a poor choice in use of railway tracks. However, fibreglass being an insulator of electricity it is usually a preferred choice, but it requires constant and vigilant inspection and checking to avoid mishaps.

Conclusion

Fibreglass’s superior quality is that it is low in cost and hence it has become a favourable material over various other metals. It is light in density which makes sit fall into the category of light-duty ratings. It is a major rival is aluminium, which is thick in frequency and is very durable. Fibreglass’s longevity is far behind from aluminium’s. One of the major disadvantages of fibreglass is that it is a threat to human health. It can irritate and cause allergy in people’s skin and eyes. However, it is cheaper and is non-conductive to heat and electricity, which makes it a preferred choice for manufacturers. Ladders, storage units, lifts and housings are some of the various products where fibreglass is majorly used. It being impact and corrosion-resistant makes it flexible. Aerospace and defence field are two significant industries where fibreglass is successfully used. Not only in major sectors, but it is also used in everyday life. Fibreglass is generally termed as a versatile material as it can be used in various ways.

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