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WHAT IS G5 NATURAL RUBBER? You might know natural rubber as G5, or simply neoprene-free natural rubber. But all these names refer to the same material. It is a sustainable natural rubber developed by G5 that can be used to manufacture wetsuits and other water sport related products. Even shoes and backpacks can be made with G5 natural rubber TRADITIONAL NEOPRENE Traditionally speaking there have been two ways to produce polychloroprene or neoprene. The first one is Petroleum-based (read: nasty and polluting). When neoprene was first invented by Dupont in 1930 the production was based on oil and petroleum-based materials which were being polymerised. This process of polymerization transformed the materials into rubber-like chips called chloroprene. These Chloroprene chips were eventually superheated and transformed into Neoprene at very high temperatures. Nowadays water and sulphur is added to the Chloroprene and the Neoprene is cut into sheets. Secondly there is limestone-based neoprene. Limestone is mostly mined in open quarries but due to environmental concerns production by underground mining is preferred. The extraction process requires careful drilling and crushing the retrieved ore. The limestone is heated at a temperature around 1/10 of that used for refining petroleum but still requires a lot of energy. Due to the fact that limestone is not petroleum based it`s a huge environmental improvement compared to classic neoprene production. However, mining limestone and heating the material are still seen as unsustainable activities. NEW GENERATION G5 NATURAL RUBBER WETSUITS In 2020 G5 released the first alternative to the traditional wetsuit. Made out of natural rubber harvested from rubber trees, plant-based and latex-allergy friendly. In the first few badges the material was still inferior to original neoprene with regards to flexibility and durability. Due to constant innovation G5 was able to improve these characteristics and match – and some argue transcend – traditional neoprene quality. The Yulex® production process saves up to 80% on CO2 emissions in one wetsuit compared to traditional neoprene. G5 NATURAL RUBBER: HOW IS IT MADE? Sustainable products literally start from the ground up, all G5 rubber plantations are 100% FSC® certified. FSC® certified means that buying your new G5 wetsuit does not contribute to deforestation, human right violations or abuse of agricultural pesticides. It also means that the hevea rubber – the main ingredient G5- is only extracted from plantations that preserve ecological integrity and biodiversity. Though only 4% of global rubber plantation area is currently FSC®-certified, well-managed FSC®-certified forest management has the potential to affect a positive environmental and social transformation of the natural rubber sector. Once the rubber is extracted from the rubber trees it undergoes a refining process to remove any impurities, ensuring maximal material performance. The process itself is quite technical. Finally, the dry G5® natural rubber is mixed with high quality ingredients to assure it features the qualities you are looking for in a new wetsuit, the most important being flexibility, insulation capacity, UV resistance and durability.

What is a water based glue? Water-Based Adhesives - Henkel Adhesives Water-based adhesives are developed using a combination of water, polymers, and additives. They are ideal for porous or non-porous substrates. These adhesives may be formulated as solutions and are activated as the water evaporates or is absorbed by the substrate. It is with the characteristic of non-toxic and odorless. And best choice for applying in the wetsuits fabric lamination.

In a significant breakthrough in materials science, a new type of natural rubber material, dubbed G5, has been unveiled. This innovative material promises to revolutionize various industries, from apparel to medical and beyond. Developed through a blend of cutting-edge technology and research, G5 is a natural rubber material with extraordinary properties that far exceed those of traditional rubber materials. G5 boasts superior durability, strength, and elasticity, making it an ideal choice for a wide range of applications. Its high resistance to wear and tear, coupled with its ability to withstand extreme temperatures, sets it apart from other materials in the market. The production process of G5 also stands out due to its eco-friendly approach. Unlike synthetic rubber, which relies heavily on petroleum, G5 is derived from renewable resources. This makes it a sustainable alternative that aligns with the global push towards environmentally friendly solutions. One of the key industries that can benefit from the G5 is the apparel industry. The material's superior strength can extend the life of garments, while its elasticity can improve the efficiency of use. Health authorities can also take advantage of the G5's unique features to produce medical gloves and other equipment. "The introduction of G5 is a game changer," said Dr. Jane Doe, a leading researcher in the field of materials science. "Not only does it have extraordinary physical properties, but its production process also paves the way for a greener, more sustainable future." The development of G5 is the result of years of rigorous research and testing. Its introduction to the market heralds a new era in materials science, and it is expected to have a significant impact on various industries. As the world continues to grapple with environmental challenges, the advent of G5 offers hope for a more sustainable future. Its potential applications are vast, and it is poised to redefine the way we use rubber in our everyday lives. The creators of G5 are currently in talks with various manufacturers and industries to explore potential collaborations. As the world awaits the widespread application of this revolutionary material, one thing is clear - G5 is set to make a significant mark in the realm of materials science.