Prices exclude VAT, taxes and shipping. Materials are shipped from Germany.
LOVR™ by Revoltech is a plant-based, plastic-free material. It is primarily made from European industrial hemp agricultural residues, combined with natural additives including waxes, pigments and bio-based glues. The current production version is described by Revoltech as 60% hemp fibre and 99% bio-based, with certification under the USDA BioPreferred® Programme.
With its structured character and single-layer construction, LOVR™ is particularly suited as a reinforcement and structural material in leather goods, as well as for small fashion accessories.
60% hemp fibre · 99% bio-based · plastic-free · no animal-derived inputs · no synthetic inputs & binders
The hemp fibres are sourced from traceable European agricultural residues, primarily industrial hemp grown for seed production. According to Revoltech, using these residues requires no additional agricultural land or resources.
Revoltech reports that LOVR™ fully broke down within 320 days in a natural green-waste composting trial at the Botanical Garden Darmstadt. This result was observed under natural composting conditions and is not certification under EN 13432.
The material is designed to remain stable during normal use and degrade under suitable end-of-life conditions involving heat, moisture and microbial activity. Its single-layer structure also enables recycling.
Thickness: 0.8 mm
Area weight: approximately 770 g/m²
Area weight at 1 mm: approximately 1,000 g/m²
LOVR™ is particularly suited to:
Leather reinforcement and structural support
Reinforcement layers and inlays in leather goods
Bags and small leather goods requiring additional structure
The material can be pressed, moulded, embossed, perforated, sanded to create a suede-like surface, coloured with natural pigments, sewn and laminated using existing industrial equipment.
Awards: German Sustainability Award 2025 · German Ecodesign Award 2025 · German Design Award 2025 · Techtextil Innovation Award 2024 · Green Product Award 2024.
Prices exclude VAT, taxes and shipping. Materials are shipped from Germany.
LOVR™ by Revoltech is a plant-based, plastic-free material. It is primarily made from European industrial hemp agricultural residues, combined with natural additives including waxes, pigments and bio-based glues. The current production version is described by Revoltech as 60% hemp fibre and 99% bio-based, with certification under the USDA BioPreferred® Programme.
With its structured character and single-layer construction, LOVR™ is particularly suited as a reinforcement and structural material in leather goods, as well as for small fashion accessories.
60% hemp fibre · 99% bio-based · plastic-free · no animal-derived inputs · no synthetic inputs & binders
The hemp fibres are sourced from traceable European agricultural residues, primarily industrial hemp grown for seed production. According to Revoltech, using these residues requires no additional agricultural land or resources.
Revoltech reports that LOVR™ fully broke down within 320 days in a natural green-waste composting trial at the Botanical Garden Darmstadt. This result was observed under natural composting conditions and is not certification under EN 13432.
The material is designed to remain stable during normal use and degrade under suitable end-of-life conditions involving heat, moisture and microbial activity. Its single-layer structure also enables recycling.
Thickness: 0.8 mm
Area weight: approximately 770 g/m²
Area weight at 1 mm: approximately 1,000 g/m²
LOVR™ is particularly suited to:
Leather reinforcement and structural support
Reinforcement layers and inlays in leather goods
Bags and small leather goods requiring additional structure
The material can be pressed, moulded, embossed, perforated, sanded to create a suede-like surface, coloured with natural pigments, sewn and laminated using existing industrial equipment.
Awards: German Sustainability Award 2025 · German Ecodesign Award 2025 · German Design Award 2025 · Techtextil Innovation Award 2024 · Green Product Award 2024.