Rothy's’ Post

The case of Vivobarefoot, the London-based shoe company, caught our eye for taking a step in sustainable fashion by introducing the world's first 3D-printed, made-to-measure, and compostable shoes. To address the environmental impact of footwear, these pale and porous shoes are designed based on in-store foot scans and 3D-printed over 30 hours. This innovative approach aims to combat the immense challenge of recycling shoes, a notoriously difficult-to-recycle item. Fashion, accounting for about 10% of global carbon emissions, has long struggled with sustainable shoe production due to the complexity of design and materials. The company's solution involves using a compostable material called BioCir flex, comprising 51% biological and 49% petrochemical components. These shoes can be returned for composting at the end of their life, breaking down the material into a non-toxic substance. Asher Clark, co-founder of Vivobarefoot, emphasizes the company's vision of transitioning from linear, offshore production to a scan-to-print-to-soil model. While acknowledging the sustainability challenges, Clark highlights the ongoing efforts to balance biodegradability with durability, crucial for handling external factors like light, heat, and moisture. As the industry navigates the complexities of sustainable shoe production, Vivobarefoot's initiative represents a significant step forward in redefining the environmental impact of footwear. The journey towards greener fashion choices continues, and Vivobarefoot's commitment to reducing waste in supply chains and providing end-of-life solutions underscores a positive direction for the future of footwear. This case is presented by The Guardian in the following article: https://lnkd.in/eH-UcFpU At Wolfram Chemie we are interested in changing the world through sustainability. To learn more about our work in this area, visit our website in wolfram-chemie.com #SustainableFashion #FootwearInnovation #CompostableShoes #WolframChemie

Ever wondered what is underneath our feet?? Today we unveil the science behind your shoe soles.   When selecting footwear, whether it be for a rigorous hike or a casual day out with friends, we often prioritize style and comfort. However, an essential component frequently overlooked is the sole of the shoe. It is more than just the barrier between your foot and the ground; it is a sophisticated system providing support and ensuring comfort across diverse terrains.   The structure of a shoe sole consists of multiple layers: 👟 At the very top lies the 'top sole' or insole, which directly interacts with your foot. Often equipped with a footbed, this layer provides immediate cushioning and support. 👟 Beneath that is where we find the material marvels that truly define a sole’s character: rubber, plastics (such as PU, TPU, EVA), and leather. Each material brings its own set of benefits tailored to different activities and preferences.   In contemporary shoemaking, three primary materials are predominantly used in sole construction: ➡️ rubber ➡️ plastics (including polyurethane [PU], thermoplastic urethane [TPU], and ethylene-vinyl acetate [EVA]) ➡️ leather   As a matter of fact, rubber soles have soared in popularity due to their exceptional balance of durability, flexibility, and traction on varied terrains.   The secret behind optimizing these qualities lies in the innovative technology used to formulate the precise material composition of the sole. Therefore, our mixing technology plays a critical role in refining the composition of these materials to optimize the functionality of shoe soles.   By meticulously selecting specific types of rubber based on desired characteristics such as elasticity, weather resistance, or durability, the soles are then to meet precise requirements. This process involves not only choosing the base materials but also integrating additives like fillers for hardness, plasticizers for flexibility, stabilizers for durability, and colorants for aesthetic appeal. And all those materials need to be properly mixed in order to have a fault-free final product.   🌍 Obviously, also the sustainability factor emerges as a significant consideration in modern sole manufacturing. With rubber being recyclable, there exists immense potential for reducing environmental impact by repurposing old soles into new products and therefore leaving (no) footprints 👣 behind. #rubber #rubberindustry #rubberproducts #polyurethane #polyurethanes #thermoplastics #materialscience #advancedmaterials #advancedmixing #innovation #bladelessmixing

Ever wondered what is underneath our feet?? Today we unveil the science behind your shoe soles.   When selecting footwear, whether it be for a rigorous hike or a casual day out with friends, we often prioritize style and comfort. However, an essential component frequently overlooked is the sole of the shoe. It is more than just the barrier between your foot and the ground; it is a sophisticated system providing support and ensuring comfort across diverse terrains.   The structure of a shoe sole consists of multiple layers: 👟 At the very top lies the 'top sole' or insole, which directly interacts with your foot. Often equipped with a footbed, this layer provides immediate cushioning and support. 👟 Beneath that is where we find the material marvels that truly define a sole’s character: rubber, plastics (such as PU, TPU, EVA), and leather. Each material brings its own set of benefits tailored to different activities and preferences.   In contemporary shoemaking, three primary materials are predominantly used in sole construction: ➡️ rubber ➡️ plastics (including polyurethane [PU], thermoplastic urethane [TPU], and ethylene-vinyl acetate [EVA]) ➡️ leather   As a matter of fact, rubber soles have soared in popularity due to their exceptional balance of durability, flexibility, and traction on varied terrains.   The secret behind optimizing these qualities lies in the innovative technology used to formulate the precise material composition of the sole. Therefore, our mixing technology plays a critical role in refining the composition of these materials to optimize the functionality of shoe soles.   By meticulously selecting specific types of rubber based on desired characteristics such as elasticity, weather resistance, or durability, the soles are then to meet precise requirements. This process involves not only choosing the base materials but also integrating additives like fillers for hardness, plasticizers for flexibility, stabilizers for durability, and colorants for aesthetic appeal. And all those materials need to be properly mixed in order to have a fault-free final product.   🌍 Obviously, also the sustainability factor emerges as a significant consideration in modern sole manufacturing. With rubber being recyclable, there exists immense potential for reducing environmental impact by repurposing old soles into new products and therefore leaving (no) footprints 👣 behind. #rubber #rubberindustry #rubberproducts #polyurethane #polyurethanes #thermoplastics #materialscience #advancedmaterials #advancedmixing #innovation #bladelessmixing

Cutting up #shoes to measure their #carbonfootprint Each part of a shoe is made of a different material, such as rubber, leather, or plastic. A shoe’s mass is not evenly distributed across its parts. For instance, outsoles are often the heaviest part. They are commonly made of rubber, which usually has the largest environmental impact. https://lnkd.in/e37hKE-v

🌱 Exciting news from Vivobarefoot! ♻️ Partnering with Volumental and material sciences company Balena, they're revolutionizing sustainable footwear with the world's first 3D printed, made-to-measure, compostable shoes. As highlighted by The Guardian's Patrick Greenfield, this innovation aims to tackle the environmental impact of #footwearproduction and disposal. 👣 The process begins with a Volumental #3Dfootscan in-store, leading to custom-made shoes printed over 30 hours. Once worn out, these shoes can be composted, breaking down into a non-toxic substance. 💡 "We're building a regenerative footwear business," says Asher Clark, co-founder of Vivobarefoot, emphasizing a shift towards sustainability in an industry known for waste. 💚 While challenges remain, such as finding the balance between biodegradability and durability, collaborations like these signal a promising future for eco-conscious fashion. ℹ️ Read the full article by The Guardian to learn more about this groundbreaking project: #SustainableFashion #Innovation #EcoFriendly #Footwear #3DPrinting #Compostable #FashionRevolution

We're proud to be featured in an American Flock Association's post: America's Oldest Industry Brings Innovative New Materials to Market By AFA AFA on May 08, 2024 07:59 am In 2022, the owner of a Rhode Island textile company, National Velour-Wintech, acquired Massachusetts textile company Fifield, Inc. Both companies are well known in the American flock industry. National Velour was founded in 1970 to service the jewelry box industry and has been under the leadership of the DerManouelian family. Fifield, while now owned by Todd DerManouelian, remains a separate business and is celebrating its 100 anniversary this year. Former President and CEO Edwin Martin was also, for many years, Chairman of the American Flock Association. Todd is also a former Chairman of the association. While both companies offer many flocked or otherwise specialty fabrics, we are going to focus on their support for the jewelry packaging and display industry. The region of Rhode Island and neighboring Southeast Massachusetts was a major center for jewelry production. It is said that in 1880 Rhode Island accounted for a quarter of all American jewelry production. That tradition continues, but on a smaller scale. One of Fifield's recent additions to its product line to support the jewelry packaging and display industry is Vienna Eco, a corn based sustainable fashion material. It is made from agricultural waste products and sustainable biomaterials, making it an eco-friendly choice. It is being used in footwear, upholstery, handbags, and most any fashion use for animal hide leather. Vienna Eco is a premium fabric compared to some conventional jewelry packaging and display materials, but Todd reports that his customers respond well to this greener alternative. Vienna Eco is made in Europe, where they have strict regulations on the use of the solvents in traditional production of packaging materials. No solvents are used in the production of Vienna Eco.   Vienna Eco corn silage based leather substitute

Shoemaking, a form of craftsmanship that dates back thousands of years, holds immense significance in both historical and contemporary contexts. From being a practical necessity to a representation of societal status and fashion, shoemaking is an essential art form that plays a crucial role in our daily lives. One of the significant aspects of shoemaking lies in its ability to provide protection and comfort to our feet. Footwear serves as a barrier between our feet and the ground, shielding us from various external elements. Additionally, well-crafted shoes are designed to provide support, prevent injuries, and ensure proper foot alignment. Without shoemakers and their expertise, our feet would be exposed to numerous hazards, leading to discomfort and detrimental foot conditions. Beyond the functional aspect, shoemaking has played a vital role in reflecting the culture and history of different civilizations. Throughout time, footwear has been used to signify social status, occupation, and even religious beliefs. Ancient civilizations, such as the Egyptians, Greeks, and Romans utilized elaborate designs, precious materials, and intricate embellishments to create footwear that symbolized power and wealth. In medieval Europe, shoemakers were crucial contributors to the economic and social life of their communities. The skill and artistry of shoemaking became benchmarks of craftsmanship and quality, establishing a legacy that has lasted until today. In the realm of fashion, shoemaking holds immense importance. Footwear is a fashion statement that completes an outfit, imbuing it with personality, style, and individuality. From high heels and sneakers to boots and sandals, the artistry and craftsmanship behind each pair of shoes can transform a simple ensemble into a work of art. Shoemakers blend their technical skills with creative vision to create unique and trendsetting designs, contributing to the ever-evolving world of fashion. Moreover, shoemaking has economic and environmental significance. The shoemaking industry provides employment opportunities for skilled artisans and factories worldwide, supporting local economies and contributing to global trade. Additionally, with the rise of sustainable practices and eco-conscious consumers, shoemakers are increasingly focusing on developing eco-friendly materials and production methods. By embracing sustainable shoemaking, artisans not only reduce their ecological footprint but also set an example for other industries to follow. In conclusion, shoemaking holds immense importance in various aspects of our lives. It ensures our physical well-being, preserves the legacy of ancient civilizations, fuels fashion trends, drives economic growth, and encourages sustainability. From the practical need for protection and comfort to the artistic expression of individuality and culture, shoemaking is an invaluable craft that continues to shape our history, society, and personal style.

SCRY x HELIOT EMIL Debut Innovative 3D Printed Footwear Collaboration #3DPrintedFashion #FootwearCollab #InnovativeDesigns #ScryxHeliotEmil #PrintedShoes #FashionTech #FootwearInnovation #FashionCollaboration #3DFootwear #PrintedFashion First revealed at Paris Fashion Week FW22, a remarkable collaboration between SCRY and HELIOT EMIL marries SCRY’s advanced “Digital Embryo” technology with the artistic vision of “Solitary Uniform”. This unique fusion explores the intricate balance between the individuality of “Individual” and the collective nature of “Uniform”. While it made its debut during the fashion week, the eagerly awaited collection was not officially released until December 2023. The collection’s highlight is its sustainable approach to fashion. The 3D printing technique used in the range eliminates waste entirely in the construction process. Remarkably, every fiber used in the material is designed to be repurposed, enabling the creation of new shoe designs in the future. This method stands as one of the most environmentally friendly and sustainable practices in the fashion industry to date. Moreover, the entire collection is crafted from 100% polyurethane. The use of a mesh construction in each design ensures that the shoes are not only resilient and flexible but also provide a soft, skin-friendly contact surface with excellent bend resistance. This unique combination of materials and design principles sets a new standard in footwear aesthetics and functionality. Read more: https://lnkd.in/gQSnywhZ

Walking Green: The Environmental Impact of Vivobarefoot's Compostable Shoe #Vivobarefoot #CompostableSneaker #EcoFriendlyFashion #SustainableFootwear #3DPrintedShoes #GreenLiving #EnvironmentalImpact #Sneakerhead #ZeroWasteFashion #WalkGreen A new technology for circular barefoot footwear called VivoBiome was recently unveiled. Users are able to scan, try on, and comment on new enhancements as part of the trial site's prototype membership and loyalty system. Balena was the first sneaker to be introduced that could be composted. According to Clark, they spent three years perfecting it. The newest BioCir flex material from Balena is utilized in this product. It is more than 51% bio-based. Within 90 days, this product will break down in industrial composting without producing any undesirable byproducts. 3D printing and local manufacturing cut down on shipping and waste. Read more: https://lnkd.in/gWRq2m4F

Companies have been trying for years to address customization in apparel (and footwear). This is exciting development coming from #mit and the #selfassemblylab. Custom fit, reduced waste and eliminating overstocks/ landfill. #sustainability #apparelindustry #appareldevelopment #customclothing