"Breathing New Life into Used Tires: The Industrial Miracle of Eco-Tech"In our daily lives, tires are everywhere—from city streets to household vehicles—they silently shoulder the responsibility of safety. But have you ever wondered what happens when a tire reaches the end of its life? Landfills, incineration, or careless disposal not only occupy vast amounts of land but can also cause environmental pollution and safety hazards. At our company, used tires are not waste—they are treasures waiting to be reborn. Through advanced Shears, high-efficiency Balers, and professional rubber powder and granulate production lines, we transform discarded tires into high-value industrial products, achieving true "turning waste into wealth," giving every tire a renewed life. From Tire to Industrial Treasure: Every Step is Remarkable Cutting & Baling: The First Industrial MagicUsed tires are bulky and structurally complex. Direct crushing is inefficient and may damage equipment. Our Shears act like industrial “magic scissors,” capable of:• Precisely cutting tires into standard-sized pieces• Improving production efficiency and reducing labor costs Next, the Baler neatly compresses the cut tires for easy storage and transport, making the entire industrial recycling process more efficient and organized. Grinding & Separation: Precision Processing for Premium QualityThe cut tires move into the grinding stage, where advanced separation technology completely separates steel, fibers, and rubber, producing high-purity rubber powder and granules. Products of different particle sizes can meet a variety of industrial needs: • Ultrafine rubber powder is used for modified asphalt, enhancing road wear resistance and crack prevention• Medium-sized granules are ideal for sports surfaces, providing safety and comfort for tracks, basketball courts, and playgrounds• Coarse granules or powders are used in industrial products, such as molded parts, shock-absorbing pads, vibration-damping materials, and even rubber-plastic composites Particle Size Particle Appearance Characteristics Typical Applications Picture   >5 mm   Coarse granules, chunked   High mechanical strength, distinct texture   Running tracks, basketball courts, landscaping, road shock-absorbing mats   1-5mm   Medium-coarse granules   Moderate size, easy to mix   Artificial turf infill, non-slip surfaces, some rubber-modified roads   0.5-1 mm   Medium-fine granules   Fine particles, partially mixable with composites   Rubber-modified asphalt, plastic compounding, sealing materials   0.1-0.5 mm   Fine powder   High surface area, excellent dispersibility   Recycled rubber products, gaskets, shoe soles, rubber-modified coatings   Why Choose Us• State-of-the-art core equipment: Shears + Balers + Rubber Powder/Granulate Lines provide an all-in-one, high-efficiency solutio...

Turnkey Metal Chips Recycling Solution: Shredding and Briquetting MachineStop Equipment Jams. Turn Tangled Metal Chips into High-Value Briquettes.The ultimate turnkey metal chips recycling solution designed for CNC machining waste. Automate your shredding and briquetting process to maximize smelting yield and recover expensive cutting fluids. Briquetting machines can process scrap metal such as steel chips, iron chips, brass chips, copper chips, and aluminum chips. However, if the material to be processed is metal shavings in long strips or spiral shapes, it is necessary to use a suitable shredder along with the briquetting machine. This is because directly processing excessively long scrap metal with a briquetting machine is ineffective, makes production difficult, and can damage the machine.     Specific production process: 1. Feed the metal shavings into the shredder to shred them, reducing their size for subsequent compression by the briquetting machine. 2. The shredded scrap metal falls onto a conveyor belt below, which transports it to the feeding box of the briquetting machine. 3. The briquetting machine compresses the shredded scrap metal into cylindrical briquetters. The diameter of the briquetter can be designed. 4. The briquetting machine's push cylinder ejects the briquetter.   Automated Workflow Operates: Size Reduction: Feed tangled, chaotic shavings into the heavy-duty industrial metal shredder. It aggressively tears the long spirals into uniform, small particles safe for compression. Automated Transfer: The shredded scrap falls directly onto an integrated, heavy-duty conveyor belt, which transports the material continuously into the compaction equipment. High-Density Compaction: The premium metal briquetting press exerts extreme hydraulic pressure, compressing the shredded scrap into solid, furnace-ready cylindrical blocks (customizable diameters available). Fluid Recovery & Ejection: During compaction, valuable cutting fluids are squeezed out and collected for reuse. The push cylinder then automatically ejects the finished, smoke-free briquette. (Note: If your incoming material consists strictly of small, uniform chips, the shredding step can be bypassed, feeding directly into the briquetter.)                        Industrial Metal Shredder                                                               Metal Briquetting Press Why Invest in a Teyun Integrated System? Maximize Smelting Yield: High-density briquettes sink instantly in the furnace, preventing metal oxidation and material burn-off. Recover Cutting Fluids: Squeeze out and collect expensive industrial oils during compaction, driving down your operational costs. Zero Manual Intervention: From shredding to final ejection, the entire PLC-...

I. Safety Operating Procedures for Alligator shear   1. Pre-operation Inspection:   Personal Protective Equipment: Wear a safety helmet, protective glasses (face shield), cut-resistant gloves, impact-resistant and puncture-resistant safety shoes, hearing protection, and work clothes.   Equipment Inspection: Check the hydraulic oil level, hydraulic lines for leaks, blades for damage and cracks, all fasteners for secure fasteners, and the electrical system for proper functioning.   Work Area: Clear the work area, ensuring the ground is stable and unobstructed. Non-operators must maintain a safe distance. Set up clear warning signs.   2. Precautions During Operation:   Correct Material Feeding: Place the material to be cut (rebar, structural steel, scrap steel, etc.) as close as possible to the root of the blade shaft (where the shearing force is greatest). Ensure the material is placed stably to prevent bouncing or slipping during cutting.   Strictly Prohibited from Using Beyond the Scope of Application: Never cut materials not clearly defined for use, such as sealed containers (risk of explosion), flammable and explosive materials, live electrical wires and cables, or excessively thick solid steel plates. The maximum shearing capacity (diameter/thickness/material) specified by the equipment must be adhered to.   Process Control:   When starting the shear, hands and all parts of the body must be kept away from the blade and the material clamping device.   When shearing long strips of material, auxiliary equipment or personnel must be used to stabilize the end to prevent injury from swaying after shearing.   If material gets stuck, the machine must be stopped and the pressure released before any action can be taken.   Maintain focus and avoid operating while fatigued.   3. After Operation:   Fully open the blade and stop the machine.   Clean up the blade and surrounding debris and impurities.   Park the equipment on a safe, level surface.   II. Daily Maintenance and Care of Alligator Shears System maintenance can greatly extend the equipment's lifespan and reduce malfunctions.   1. Daily Maintenance:   Cleaning: After work, clean dust, metal shavings, and oil from the equipment, especially the blades, cylinder piston rod, and sensor areas.   Inspection:   Inspect the blades for wear and chipping.   Check all hydraulic joints and pipelines for oil leaks.   Check electrical wiring for damage.   Check all lubrication points (such as the cutter shaft pins) for the need for grease.