Case study 003
A 100% plant-based plastic. Powered by Liquidplant.
Most wearables rely on petroleum, synthetic rubbers, and plasticizers. Heat and sweat bring them into contact with your skin.
Phthalates — hormone disruptors
BPA / BPS — endocrine disruptors
PVC — harmful additives
Silicones — petroleum-based
Adhesives — irritants
Solvents — toxic traces
Paraffin — releases VOCs, irritant
Corn Sugar
Castor beans
Flaxseed
Most wearables rely on petroleum, synthetic rubbers, and plasticizers. Heat and sweat bring them into contact with your skin.
Liquidplant is 100% plant based, no toxins.
Phthalates — hormone disruptors
BPA / BPS — endocrine disruptors
PVC — harmful additives
Silicones — petroleum-based
Adhesives — irritants
Solvents — toxic traces
Paraffin — releases VOCs, irritant
Our soft grade delivers exceptional elasticity, stretching up to 15X its original length.
Liquidplant’s structure enables a 1.02 g/cm³ polymer, roughly 20% lighter than traditional TPUs.
Easily modified across a wide range of hardness and flexibility allows design freedom to replace toxic petroleum incumbents.
Resilient from -40 to 100+°C, Liquidplant’s low glass transition temperature, Tg, keeps it flexible and elastic in sub-zero conditions.
Liquidplant is on track to fully biodegrade in 3 years. 150x faster than petroleum-based materials, with no toxic microplastics left behind!
LP Loop is made from Liquidplant, a 100% plant-based material designed to replace plastic.
Inspired by Art Deco geometry, its clean curves create a minimal, sculptural form.
LP Loop is built on progress.
Made from Liquidplant, a 100% plant-based material engineered to replace plastic. Injection-molded for flexibility, durability, and everyday wear.
Inspired by Art Deco’s vision of the future.
A movement defined by geometry, streamlined forms, and machine-age precision. That same spirit shapes LP Loop.
Clean. Sculptural. Intentional.
Architectural arcs, flowing curves, and repeating lines come together in a minimal, structured form. Every contour reflects a new era of material design.
