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BASF in Germany showing sustainable shoe solutions at Simac2021

BASF, Germany, from September 22-24, 2021 at Hall 14, Booth G 40 in Milan, at Simac 2021, for Sustainable PU Systems, TPU, E-TPU, and 3D Print Molds, Shoe Industry We are planning to exhibit the functional coating of. .. Visitors will gain insights into sustainable footwear solutions, high performance materials and sole coating solutions.

Future-oriented footwear materials cannot be considered without sustainability. Sustainability is a key pillar of BASF’s strategy and an integral part of all business decision making. As a result, BASF invests approximately $ 2 billion annually in research and development to drive the development of new products that contribute significantly to sustainability. BASF’s approach to the circular economy of footwear consists of three areas of action. Reduction, recycling, rethinking. At the show, BASF experts will provide in-depth insights into this approach, presenting sustainable material solutions for polyurethane systems and thermoplastic polyurethanes, the company said in a media statement.

BASF’s main goal is to reduce fossil resource consumption and CO2 emissions. Elastopan N (PU system) and Elastollan N (TPU) contribute to this because they are partially based on renewable ingredients such as sugar, corn and castor oil. These bio-based plastic solutions are available in a variety of densities and hardnesses and are suitable for all applications in the footwear sector.

BASF, Germany, from September 22-24, 2021 at Hall 14, Booth G 40 in Milan, at Simac 2021, for Sustainable PU Systems, TPU, E-TPU, and 3D Print Molds, Shoe Industry We are planning to exhibit the functional coating of. .. Visitors will gain insights into sustainable footwear solutions, high performance materials and sole coating solutions.

In addition, BASF’s integrated production system allows fossils to be replaced with renewable raw materials derived from biowaste. This concept, called the BASF Biomass Balance Approach, can be compared to green power. If an alternative energy source (such as wind or solar energy) is supplied to the grid, the output of the final product, electricity, will not change. Similarly, in BASF, bio-based or recycled raw materials are first supplied to the production network and then further processed in many steps, such as plastics. This principle offers the benefits of reducing greenhouse gas emissions and saving fossil raw materials while maintaining the same product quality and properties. For customers in the shoe industry, this also means that there is no need to coordinate the product design and processing of the shoe. According to BASF, this concept can be applied to the entire range of BASF’s PU systems, TPUs for footwear and E-TPUs.

To achieve the ultimate goal of the circular economy, it is important to rethink the production and use of footwear in general. It was dedicated by Italian designer Linda Lipari in a recent design competition, “Design with Signs of Sustainability,” along with designer Pierpaolo Righetto and students from Calzaturiero Politecnico (School of Footwear Design and Technology). It is the job. The basis of the student’s various creative interpretations is the designer’s “RE 2.0” sole design. RE means restarting, rethinking, recreating, and reconquering the world. The BASF booth will showcase students’ unique combination of shoe creation, design, performance and sustainability.

In addition, BASF will introduce innovative coating technologies for flexible substrates from the coating department. These solutions protect, functionalize, and color flexible surfaces. They set new standards for design opportunities, personalization, and enable BASF customers to optimize their processes.

From 3D-printed molds and tools to fully 3D-printed shoes, Additive Manufacturing has the potential to become a true game changer for the shoe industry. With Simac 2021, BASF 3D Printing Solutions and its brand Forward AM present 3D printed molds, allowing you to significantly shorten your development cycle. In addition, visitors are manufactured with fully 3D printed high heels and barefoot shoes, and a grid design that enables new ways of cushioning, shock absorption and comfort and can be tailored to the specific needs of the customer. You can see the midsole. Lattice design can be difficult with traditional manufacturing methods, but it is easy to create with additive manufacturing. As such, it is a perfect example of how 3D printing complements traditional manufacturing methods and how customers can benefit from BASF’s cross-technology solutions. This is also accentuated by Simac’s first new solution for the shoe industry that combines 3D printing with Infinity materials.

Fiber2Fashion News Desk (GK)



BASF in Germany showing sustainable shoe solutions at Simac2021

Source link BASF in Germany showing sustainable shoe solutions at Simac2021

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