
Insite means insoles built for better foot health
Insite® uses the science of biomechanics, podiatry, and sports medicine to build innovations in underfoot comfort and cushioning.
Keep reading...The growing demand for sustainable products is transforming the market. Investing in innovative and sustainable materials is central to the future of the footwear industry.
September 2024
In the footwear industry, the adoption of innovative materials such as TPU, PU and recycled materials is revolutionising the market. These materials not only improve the quality of footwear, ensuring durability, flexibility and lightness, but also promote environmental sustainability. IPR is distinguished by the use of these advanced technologies, which allow for more efficient and customised production, contributing significantly to the reduction of environmental impact.
Innovative technologies and materials such as TPU (thermoplastic polyurethane) offer excellent durability and deformation resistance and are ideal for soles and other critical components. PU (polyurethane) is known for its lightness and strength, so it is used to create comfortable and durable shoes. In addition, the use of recycled materials from industrial or post-consumer waste helps reduce the overall environmental impact of the shoe production cycle.
Sustainability is not only an environmental necessity, but also a competitive advantage. IPR S.p.A. knows this and invests in sustainable materials and environmentally friendly production processes that meet the growing expectations of consumers and contribute to raising the value of a brand.
Insite® uses the science of biomechanics, podiatry, and sports medicine to build innovations in underfoot comfort and cushioning.
Keep reading...INNOVERA™ is made using plant proteins, biopolymers and recycled rubber, for a renewable carbon content of over 80 per cent, and is 25 per cent lighter and twice as strong.
Keep reading...Through finishing and surface treatments, NextPrinting redefines the boundaries of digital printing, reproducing the hand and feel of original materials on different fabrics, in a solution with reduced environmental impact.
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