Inspired by the hexagonal structure that is found to provide strength to every constituent of nature, from tissues in bones to bee honeycombs, comes the cutting edge technology of the simple
cellulose fibre honeycomb. The use of the honeycomb structure in materials is a time tested one that was introduced in the airplane industry during World War II to make the aircrafts lighter. Years later, the idea was adapted and applied in other industries - giving rise to
Cellulose Fibre honeycomb, a strong yet light, well engineered material that can be utilized in the
prefab construction, furniture and packaging industry.
We, at Vaspar, took this very idea and re-modelled it into a solution that attends to more than one need at a time. Our process is manufacturing honeycomb using recycled
Cellulose Fibre adopting a natural drying and setting process. The machines we have developed to make this
Cellulose Fibre honeycomb are mechanical. We also employ a large amount of people from the rural sector to man the process. Vaspar
Cellulose Fibre Honeycomb is not only ultralight and robust but also inexpensive and completely eco-friendly.
Vaspar
Cellulose Fibre Honeycomb (VCH) is:
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Eco-friendly — VCH is not only made from recycled
Cellulose Fibre but is produced in a completely eco-friendly way using zero-power.
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Lightweight — The end product will look and act just like cement or wood but weigh much lesser.
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Hi-strength — The tightly locked hexagonal cell structure provides your product with robust and strong quality.
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Economical — Using recycled
Cellulose Fibre brings down the cost of this material in comparison to others by a huge margin. Since the process uses zero-power, the overall cost of VCH is much lesser.
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Quick-to-build — VCH products are quick to build as they take much lesser time to assemble.
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Durable — Products using VCH are made to withstand weather, fire and pests.
Vaspar Cellulose Fibre
Honeycomb is a definite solution to addressing the economic and ecological challenges. Applications of this avant-garde product could just be the answers we
have been waiting for.