Agro fiber COMPOSITE Engineered WOOD for Naturally WOOD replacement product!

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A new process of molding these technical textiles of natural fiber into a new class of material made from special modified Synthetic Resins and renewable Natural Fibers, like Jute, Kenaf, Hemp, Flax, Ramie & Nettle fibers, designed for diversified use in building & construction, interiors / exteriors and furniture applications, etc

Using TCT technology |Low Carbon Footprint| Cost Effective|
Sustainable Replacement for WOOD

 
 
Customer Satisfaction
99%
Quality Craftsmanship
92%

FRP APPLICATIONS

Introducing Green Metal one of the strongest commercial materials available is HolyWood GFRP It is stronger in many ways than conventional construction materials. FRP's toughness allows thin sections to be used; stiffness can be acquired by using structural core materials, without substantially increasing weight.

Our Fiber Reinforced Polymers (FRP) are unique composite materials in many respects. they can be formulated to be corrosion, abrasion, and UV resistant, as well as, smoke and fire retardant. FRP are often a cost-effective choice in many industrial applications; they have long life cycles and have demonstrated durability in stringent environments with reduced maintenance costs. Here are five reasons FRP stand out when compared to metals and metal alloys.

1. High Strength-to-Weight Ratio– FRP are lightweight and strong; they posses a vast range of mechanical properties, including tensile, flexural, impact and compressive strengths. When compared to most other metals they can deliver more strength per unit of weight then most metals. Their light weight also lends itself well to logistics—it’s easier to ship and install.

2. Customizable- Every industry has unique problems to solve. With FRP engineers have the ability to tailor or modify the design of their FRP to meet their specific requirements. For example, consider the benefits of altering resin, glass content to optimize your corrosion and or abrasion resistance—you can’t do this with metal.

3. Anisotropic- Engineers can maximize the performance and efficiency of the structure when they take advantage of the inherent anisotropic properties of FRP. Because the maximum strength is in the direction of the fiber reinforcements engineers can optimize the design to optimize the materials and the overall performance of the structure.

4. High Tensile Strength with Low Modulus of Elasticity-FRP have high tensile strength due to its composite properties. Engineers can specify unique resin, fiber-reinforcement compositions when working with FRP manufactures. The design control inherent to FRP will enhance performance and can only be realized when working with composites, not metals. 5. Ability to Form Complex Shapes- Engineers can harness ultimate design flexibility when using FRP—an advantage over traditional materials such as metal, concrete, and wood. When you integrate FRP design into your project into your project also consider the added benefits of part consolidation, noise reduction and streamlined design. There are many other reasons one should consider using FRP. they offer high dialectical strength, thermal cycling, dimensional stability, impact resistance, low coefficient of friction, and do not require cathodic protection—just to name a few.

Our Products

Doors

BUILDING – CLADDING & EXTERIORS

SCREENS & GRILLS

DECKING/ PATHWAYS

FENCING & GATING SYSTEMS

PARTITIONS

PERGHOLAS / CABANAS / TRELLISES

PARTITIONS

LOUVERS

PARTITIONS

NATURAL FIBER COMPOSITES & PROPERTIES

Flame retardant

Water Resistant

Termite proof

Resistance to fatigue & corrosion

UV resistance

Energy Saving

Low carbon footprint

Superior mechanical properties

Reducing material costs

Electrical insulation

Can be cut, sawn, planed, drilled, nailed, shaped etc.

Can be painted, polished, varnished, coated, etc

Why holywood composite ?

  • GREEN TECHNOLOGY

    Plastics & Composites • Are eco-friendly • Use low energy in per kg conversion • Replace wood and metals HEMP ECOPLY has extremely low

  • LOWEST CARBON FOOTPRINT

    Carbon Footprint. • Green Resins (Organic) Synthetic Resins (Plastics) • Natural Fibers (annually renewable) • No cutting wastage (cut-to length) • Promoting Agriculture

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Personal Residence

Corporate

 

Buildings

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