Our company's Recycled Rubber includes latex recycled rubber and butyl recycled rubber. Latex recycled rubber can be used separately in rubber products to produce various light white products such as light colored car tires, natural inner tubes, light colored conveyor belts, colored sports shoe soles, colored cables, colored rubber flooring, rubber hoses, ball bladder, tape, etc. Both extruded and molded rubber products can be used. The company's butyl reclaimed rubber has the characteristics of high fineness, strong airtightness, and rich tactile elasticity.

　　Latex Reclaimed Rubber is a latex raw material made from natural latex products or natural latex and other external products after desulfurization. It can replace natural rubber and is mainly composed of rubber hydrocarbons, moisture, ash, etc. It is made from pure latex gloves, processed through desulfurization, disinfection, filtration and other processes, and added with some natural rubber. No fillers are added during the production process. The rubber chain contains more than 85% natural ingredients, which can replace some natural components in rubber products. It has the characteristics of dryness, no impurities, good hand feel and elasticity, and high tensile strength. It can be used in various rubber products such as automobiles, motorcycles, agricultural vehicles, bicycle inner and outer tires, bridge supports, Waterstops, rubber plates, rubber hoses, conveyor belts, cable inner and outer skins, footwear, etc., thus greatly reducing the production cost of products without affecting product quality.

　　Parameters of latex reclaimed rubber:

　　The characteristics of latex reclaimed rubber include: the product is odorless, free of impurities, easy to match colors, good hand feel, strong elasticity, and does not require plasticizing, saving time, labor, and effort. It also has good comprehensive processing performance and is easy to mix with additives. It has a wide range of adaptability.

　　The use of latex reclaimed rubber: This product is widely used in various rubber products such as inner and outer tires, bridge supports, waterstops, conveyor belts, rubber plates, rubber hoses, rubber shoes, cable inner and outer skins, etc.

　　Latex reclaimed rubber is inexpensive and widely used in the production of various rubber products, which can reduce costs. For example, the sponge midsole of rubber shoes, the steel wire ring rubber of tires, triangular rubber strips, and sealing rubber strips are almost all made of reclaimed rubber. A large amount of recycled rubber is also used in the sole and heel, automotive rubber sheets, indoor rubber flooring, and some industrial extruded and model products can all use a portion of recycled rubber. Latex reclaimed rubber has good plasticity, is easy to mix with various raw rubber and compounding agents, has anti-aging properties, and has good heat, oil, and acid resistance. It has good flowability, good processing performance, easy mixing, and easy molding, but poor elasticity.

　　Butyl Regenerated Rubber is a type of recycled rubber derived from used butyl rubber. Butyl rubber, known for its excellent air retention, chemical resistance, and flexibility, is commonly used in tire manufacturing, automotive seals, and other industrial products. However, over time, used butyl rubber products may reach the end of their useful life and are typically discarded. Rather than sending these products to landfills, the rubber is subjected to a recycling process known as regeneration.

　　The regeneration process involves breaking down the used rubber into smaller, reusable components through mechanical or chemical methods. The resulting regenerated butyl rubber retains much of the original material's desirable properties while offering a more sustainable and cost-effective alternative to virgin butyl rubber.

　　Butyl regenerated rubber is a type of recycled rubber derived from used butyl rubber. Butyl rubber, known for its excellent air retention, chemical resistance, and flexibility, is commonly used in tire manufacturing, automotive seals, and other industrial products. However, over time, used butyl rubber products may reach the end of their useful life and are typically discarded. Rather than sending these products to landfills, the rubber is subjected to a recycling process known as regeneration.

　　The regeneration process involves breaking down the used rubber into smaller, reusable components through mechanical or chemical methods. The resulting regenerated butyl rubber retains much of the original material's desirable properties while offering a more sustainable and cost-effective alternative to virgin butyl rubber.

　　While the benefits of butyl regenerated rubber are numerous, there are some challenges that manufacturers must address:

　　Quality Control

　　The quality of regenerated butyl rubber can vary depending on the source material and the regeneration process. Manufacturers need to implement stringent quality control measures to ensure that regenerated rubber meets the necessary performance standards. Variations in rubber composition or properties can affect the final product, so consistent quality is essential for maintaining performance and reliability.

　　Regeneration Process Efficiency

　　The efficiency of the regeneration process can impact the cost-effectiveness of using butyl regenerated rubber. Advanced technologies are being developed to improve the regeneration process and make it more efficient, but these methods can be expensive to implement initially. Over time, as the technology becomes more widespread, regeneration processes are expected to become more streamlined and cost-effective.

　　Market Adoption

　　While the use of recycled butyl rubber is growing, it may take time for industries to fully adopt it as a standard material. Manufacturers may need to educate consumers and businesses about the benefits of using regenerated rubber and provide assurance regarding its performance and quality.