Case study 004
Powered by Liquidplant.
Liquidplant is the first of its kind material to achieve the highest level of performance while maintain a 100% plant-based formulation.
Out performing petroleum-based incumbents like EVA and TPU, offering ultra lightness, shock resistance, superior energy return, extreme elasticity and strong endurance at cold temperatures.
Liquidplant is the first of its kind material to achieve the highest level of performance while maintaining a 100% plant-based formulation. Out performing petroleum-based incumbents like EVA and TPU, offering ultra lightness, shock resistance, superior energy return, extreme elasticity and strong endurance at cold temperatures.
Engineered for high rebound elasticity, stretching up to 15X its original length at the softest grades.
Liquidplant’s structure enables a 1.02 g/cm³ polymer, roughly 20% lighter than traditional TPUs.
Easily tuned across a wide range of hardnesses to replace petroleum incumbents.
Resilient in low glass transition temperature, Tg, keeps it flexible and elastic in sub-zero conditions.
On track to fully biodegrade in 3 years. 150x faster than petroleum-based materials, with no toxic microplastics left behind!
Liquidplant can be thermomechanically recycled to create new, equal-performance products again and again. In the worst case, it returns to the earth as soil nutrients with no microplastics left behind.
Our case studies aim to inspire change through exciting designs that spark conversation. Shaped by streamlined forms, bold geometry, and industrial design, this same spirit defines the LP Slide. Simple, flowing curves create a modern form language that bring forth a new era of design shaped by material innovation.
Our case studies aim to inspire change through exciting designs that spark conversation.
Art Deco Optimism
Shaped by streamlined forms, bold geometry, and industrial design, this same spirit defines the LP Slide.
Clean. Modern. Futuristic.
Simple, flowing curves create a modern form language that bring forth a new era of design shaped by material innovation.
