The Rubber Granulator is a key asset for efficient rubber recycling, converting waste into small, uniform granules. Perfect for tire recycling and rubber reuse, it's designed for durability and high throughput, making it a vital tool for sustainable and profitable operations.
Tire shredders, also known as tire crushers or tire granulators, are used to reduce tires into smaller pieces, often as part of recycling processes. There are different types of tire shredders, each suited for different stages of processing used tires. Here are some common categories:Primary Shredders: These machines are designed to take whole tires and shred them into large rubber chunks. They typically feature sturdy blades or knives capable of handling tires of all sizes, including those from trucks or construction equipment.Secondary Shredders: After tires have been processed by a primary shredder, secondary shredders further reduce the size of the fragments into smaller pieces, usually a few centimeters in size.Granulators: Granulators are used to produce uniform-sized rubber granules. These machines often come equipped with screening systems to control the size of the finished product.Micro-Granule Shredders: They produce very small pieces of rubber, called micro-granules, which can be used in the
Rubber grinders are equipment designed specifically to grind discarded rubber products into small particles, facilitating the separation of impurities such as steel wire and fibers to produce high-purity rubber granules. By grinding waste rubber products into granules, they not only provide raw materials for rubber recycling and other industries but also reduce dependence on natural resources, contributing to the goal of sustainable development.The two rollers of the rubber grinders rotate at high speed, and poorly crafted equipment may result in abnormal vibrations. In addition, frequent friction between the rollers generates a significant amount of heat, which may impact the production capacity of the equipment.GEP ECOTECH's rubber grinder is designed for efficient rubber recycling, its compact structure makes it highly suitable for operation in limited spaces. Through specialized optimization addressing equipment wear and energy consumption, we assist users in reducing operational costs, enabling them to
"SBR" is an acronym for "Styrene-Butadiene Rubber," a synthetic rubber known for its versatility and numerous applications. When enhanced with additives, SBR exhibits exceptional resistance to abrasion and aging, making it a preferred choice in various industries. The popularity of SBR granules has grown significantly due to their diverse uses in engineering and construction projects, as well as their wide application in the production of rubber products, road repair, sports surfaces, tracks, rubber flooring, and more. SBR granules are derived from waste tires or other rubber materials through a straightforward and efficient manufacturing process. The key stages of production encompass shredding, steel wire separation, granulation, and fiber separation. GEP ECOTECH boasts extensive expertise in assisting customers with the design, manufacturing, and construction of rubber granule production lines. Our solutions are meticulously tailored to suit specific requirements, including raw materials, site conditions
Rubber powder is produced by fine grinding automobile tires without the formation of elevated temperature, it completely retains the properties inherent in the original material (ductility, elongation, modulus of elasticity, etc.). The average particle size is about 150 µm. In production of rubber powder, crumb rubber is ground down into a clean powder form with virtually all steel and fiber removed. Rubber powder is applied in:production of thermoplastics, rubber products, production of composite roofing materials;as a modifying additive in the production of various kinds of mastics;as a key material of asphalt-concrete mixtures;as an adsorbent for petroleum products.How to Produce Rubber PowderTire recycling is a very complex process and a range of equipment is used. Whole tires are first shred into small pieces, then ground into granules, and finally produced into rubber powder. In this process, tire shredders, granulators and pulverizers will be used, and auxiliary machinery includes wire separators,