EcoLattice emerges as a much-needed alternative to traditional PU, offering a material solution that not only provides long-lasting comfort but rewrites the script on responsibility. Our EcoLattice foam is not only recyclable but also reduces the need for toxic fire retardants thanks to its structural design and polymer stability. Its lightweight nature lowers shipping emissions and makes it easier to integrate into modular or flat-pack designs, further aligning with low-impact manufacturing and distribution strategies.
Our foams produce minimal environmental footprint by relying on natural resources.
Built from recycled elastomers, our foams are designed to last longer while maintaining their strength, comfort, and performance over time.
Designed for a circular future, our foams produce no waste and can be completely recycled into new products.
Strength and adaptability are two qualities that make an optimised lattice perfect for a wide range of applications in many sectors. By utilising extensive data sets, lattice optimisation improves comfort and facilitates large-scale initiatives.
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Given our additive production methods for the material, our lattices are endlessly customisable, creating new possibilities for inclusive design. We convert pressure point data into designs by adjusting the foams' shore hardness and optimising the lattice structure.
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Khazana, Our Material Library, showcases a range of innovative, scalable alternatives to conventional foam.
This display brings together some of the promising innovations redefining comfort, performance, and sustainability in 2025 and beyond.
Canvaloop's Banloop applies a closed-loop system to upcycle banana crop waste into high-quality textile fibres.
Malai produces bacterial cellulose composites made from coconut waste, offering a sustainable alternative to conventional materials.
The Wicker Story uses traditional Indian cane and rattan weaving to create intricate pieces for architecture and interiors.
Econit Wood by Additive Tectonics combines sawmill and timber harvesting residues with a natural, non-toxic, and flame-retardant magnesium carbonate binder to create a sustainable composite material.
Mattr by Revoltech is a leather alternative made from algae, supported by a biodegradable substrate and enhanced with bio-based additives.
Recycled Plastic Composites by Smile Plastics transform pre- and post-consumer waste—such as yogurt pots, chopping boards, and cosmetics packaging—into 100% recycled and recyclable architectural panels.
Rezign Veneer by Planq is created from textile waste as well as bio-based fibres. The fibres are shredded, carded into felt, and pressed with a biodegradable starch-based binder to form hard veneer or 3D shapes for furniture applications.
Sole explores the intersection of herbal medicine and recyclable biomaterials, developing products such as gloves and packaging from aromatic herbs (Pogostemon cablin and Herba Eupatorii), aquafaba, seaweed, and flour.
Bring your ideas to life with our innovative and sustainable foam solutions tailored to your needs.
Experience the quality of our eco-friendly materials firsthand by requesting a high-quality sample of our lattice.
Have a specific idea in mind? We can also create a sample tailored just for you.