Merino’s FabWood is the future of furniture

As discussions around the future of the interior industry take centrestage, the spotlight is now on chipboards, heralding a new era of innovation and sustainability. As the demand for health-conscious and sustainable options surges, Merino’s FabWood has emerged as a game-changer, promising to redefine the furniture landscape.

A significant leap forward in health-friendly furniture, Merino FabWood is by default E1-grade chipboard, proudly adhering to the most stringent European standards, ensuring a significant reduction in harmful formaldehyde emissions that are carcinogenic and detrimental to health.

FabWood prioritises not just aesthetics but the health and well-being of those who interact with the furniture daily. The application of marquee technology by Merino ensures breathable air, fostering a healthier indoor environment.

Merino Fabwood comes across as a major leap forward in the furniture industry, imbibing sustainability at the core. Through focused agro-forestry practices, the company has managed to turn wood sourcing into a responsible endeavour, thus sowing the seed for a better tomorrow. Millions of trees are planted annually by Merino Industries to support the cause, creating a harmonious balance between resource utilisation and conservation.

With a commitment to planting one crore saplings annually, FabWood has emerged as the torch-bearer for green manufacturing. This afforestation not only mitigates environmental impact but sets a benchmark for responsible wood production in the furniture industry.

Super-strong core

The future of furniture hinges on durability, and FabWood rises to the occasion with cutting-edge technology. The superior core construction of the product is attributed to proprietary chip weave technology and 3D bonding, resulting in uniform density and exceptional strength across the cross-section of the board.

This leads to exceptional screw holding capacity, which remains intact even after more than 25,000 hinge operations, and being screwed and unscrewed five times in the same groove. Additionally, it boasts superior load-bearing strength, exceeding BIFMA 5.5 test standards for concentrated loads not once, but twice.

Another remarkable feature of FabWood is its high surface impact strength, making it an ideal choice for various impact paneling applications. With these qualities, it emerges as the go-to solution for projects requiring longevity and reliability, especially in impact paneling and load-bearing scenarios.

Looking ahead, the industry is poised to embrace these innovations, revolutionising the concept of furniture longevity.

Experience a world of design possibilities with Merino FabWood, where versatility meets premium aesthetics, creating interactive and visually appealing interiors. Be it a wide array of exclusive designs and textures inspired by the allure of nature or featuring various iconic designs, the options are limitless.

A flawlessly calibrated surface enhances its appeal, guaranteeing seamless fits without any rejections.

Future forward

FabWood is not just a glimpse into the future; it is paving the way for an environmentally conscious furniture industry. Actions speak louder than words, and FabWood chipboards exemplify a commitment to the environment.

With recyclability at its core, Merino Industries emphasizes that FabWood can be further utilised as an energy resource upon reaching the end of its lifespan. This is possible because these chipboards are crafted from 100% natural wood, making them environmental saviours.

Moreover, the FabWood manufacturing plant is designed to meet 100% of its thermal energy needs by converting waste into energy, thereby minimising the use of fossil fuels.

Merino boasts a 32-MW captive waste-to-energy incineration plant, where industrial process wastes like timber and wood wastes, including wooden chips and sawdust, are used to generate heat energy. This energy is utilised for drying wooden chips, heating thermic fluid, and steam generation, resulting in significant savings on fossil fuels.



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