FOAM EXPO 2020
Europe
The COVID-19 pandemic causes country lockdowns and the suspension of flights across the globe gives the clarity back to the sky. The significant NO2 reduction has brought up the awareness of greenhouse gas emission once again. At EVA GLORY, we practice respecting the environment and sharing resources with our mother nature. From eco-friendly foam material DeCoto which reduces greenhouse gas emissions; we also recycle our foam residues, even if a small number of foam injection wastes, step by step to achieve the circularity.
DeCoto is an eco-friendly biobased foam with up to 30% biobased carbon content. It conforms to USDA BioPreferred Program under foam intermediates (22%) category. DeCoto is made from a wild range of renewable biobased feedstock including bamboo, rice husks, straw, wood and agricultural waste, which are not eligible for food or feed production.
DeCoto is made from a wild range of renewable biobased feedstock including bamboo, rice husks. Straw, wood and agricultural waste, which are not eligible for food or feed production.
Fossil EVA usage is reduced which produces less harmful and toxic materials that cause environmental pollution.
The production of DeCoto foam decreases CO2 emission by up to 23%. Because fossil fuel usage is reduced. The amount of decreased CO2 equals 18-40 trees CO2 in annual absorption.
DeCoto contains up to 50% renewable materials. It can also be recycled and is produced by using renewable energy sources.
Eva Glory is a foam manufacture expert, we produce hundreds of tons of foam material each year. For more than five decades, we are devoted to being a sustainable cooperate, protect our environment. At Eva Glory, we recycle our foam sheets trimming leftover and the residues from our fabricators to give them a second life without comprising their functional properties. Recycle foam also helps to minimize Pollutions and Environmental damage
trims and residues are recycled for the grinding process, and the small particles are compressed into blocks or sheets.
contains up to 25% recycled foam residues, which were added back into the compound to produce new foam sheets.
EVA GLORY is specializing in foam injection with a wide range of foam formulations. Foam injection is ideal for complex structures, such as curves and spheres that are difficult to achieve while using the traditional thermos-molding, thermoforming or CNC processes. Foam injection can also decrease the wastes of material, with faster cycle time and higher yields.
Our R&D team works closely with clients through the engineering development of your project for the injection, from the formulations of the material and the molding technical support to its final production in Taiwan.
We develop and produce various foam compounds for injection, especially our shock absorption and biobased formulations. We use our years' experience and expertise to advise our clients selecting the best injection molded foam material for your design and adjust the density and harness to meet your requirement.
EVA GLORY is a company specializing in foam and providing integrated foam production solutions. Our R&D team focuses on material development, product design, prototyping and testing, the team takes innovative concepts into full-scale production, with a wild range of foam material for extreme sports protections, industrial applications, medical care, fitness and leisure industries, also shoe-making businesses. We ensure all new products and materials are extensively tested, evaluated and optimized at each stage during the development process ahead of client trials and mass production. EVA GLORY offers both ODM and OEM service, we are highly experienced with customization development projects with clients and fully understand the importance of each specific application needs.
we are also partnered with our foam fabricators to provide you :
EVA GLORY is devoted to develop eco-friendly materials and create long-term sustainable practices that do more to respect the environment, the well-being of employees and the prospects of future generations.