Xrido Double Shaft Waste Plastic Shredder 300-22000 Kg/hour Capacity

The Glass Bottle Shredder is a specialized industrial machine designed for efficient crushing and recycling of waste glass bottles (including beer bottles, beverage bottles, and medicine bottles). This robust equipment reduces complete glass containers into 5-50mm particles for easier transportation and recycling, featuring safety and environmental protection considerations ideal for recycling stations and glass product factories.

The shredder utilizes a dual-shaft shearing mechanism with two sets of counter-rotating shafts equipped with staggered tungsten steel alloy blades. This design ensures efficient decomposition of materials through shearing, squeezing, and tearing actions. Some models feature screen control systems for uniform output particle size, while the sealed body construction minimizes noise and dust emissions.

• High Efficiency: Processes 2-20 tons of glass bottles per hour with 60%+ volume reduction
• Durable Construction: Wear-resistant tools with 3,000+ hour lifespan
• Eco-Friendly: Fully enclosed design meets industrial dust emission standards
• Cost Effective: Crushed glass can be reused in manufacturing, reducing raw material costs by 30-50%
• Energy Saving: Optimized design for low energy consumption
• Versatile: Processes multiple material types simultaneously

This multifunctional shredder handles diverse materials including:

• All hollow containers (plastic barrels, drums, packing boxes)
• Electronic waste (TVs, refrigerators, computers, circuit boards)
• Pipes and tubing (large pipes, PE/PVC tubes)
• Pallets and furniture (wooden/plastic pallets, used furniture)
• Scrap tires (car, truck, and engineering tires)
• Metal scrap (car shells, aluminum alloys, engine casings)
• Organic waste (food waste, garden debris)
• Industrial waste (medical waste, rubber, paper mill rope)

Materials enter the shredding chamber through the feeding system where they are processed by the rotating blades. The shredding action combines tearing, squeezing, and shearing forces to reduce materials to specified sizes. Blade thickness options (15mm to 100mm) allow customization based on final product requirements.