Features of the Sanriki Universal Shredder
1. Powerful, robust, and high-performance design The Sanriki Universal Shredder is built with exceptional strength, durability, and performance. With proper maintenance such as regular blade sharpening, the machine can achieve a service life of over 50 years, depending on the material being processed.
2. Cast-iron construction for reduced vibration and noise The main body, legs, and key structural components are made of cast iron, effectively minimizing vibration and operating noise.
3. High-efficiency cutting system with special blade geometry The Shredder is equipped with cutters that combine specially designed blade shapes, delivering highly efficient and powerful shredding performance.
4. Easy particle size adjustment The screen size can be changed easily, allowing flexible control over the final particle size according to processing requirements.
5. Complete bearing sealing system Two different types of bearings are used on both the left and right sides of the shaft. Combined with a highly reliable sealing mechanism, this design prevents contamination of the processed material.
6. Water-cooled side frame for continuous operation The side frames feature a water-cooled jacket (hollow water-cooling structure), preventing bearing and shaft overheating. This enables 24-hour continuous operation without risk of seizure.
7. Precise clearance adjustment for fine pulverization The clearance of the adjustable blades can be easily set between 0.1 mm and 0.3 mm, making fine and precise shredder possible.
Applications of the Sanriki Universal Shredder
The Sanriki Universal Pulverizer is designed to shred a wide variety of materials, including recyclable plastics, resins, pre-cut tires, aluminum cans, electric wires, textiles, and food products. It is widely used for raw material size reduction in manufacturing processes, as well as for shredding materials to simplify solid fuel production or melting processes. Thanks to its versatility, the machine is utilized across many different industries. In particular, pulverizing plastic lumps significantly improves incineration efficiency. Furthermore, when materials are recycled, or products help reduce energy consumption, contributing to more efficient and sustainable recycling operations.
Crushable Materials
1. Plastics Rigid and flexible PVC, polyethylene (PE), polystyrene (PS), nylon, acrylic, aramid, fluorine, teflon, urethane, high-toughness polymers, and other hard and soft plastics, as well as general plastic scrap.
2. Rubber and synthetic resin scrap Tires, rubber sponge, carpets, and various types of rigid and flexible synthetic resin materials.
3. Non-ferrous metals Copper wire, aluminum, aluminum cans, zinc, and other non-ferrous metal materials.
4. Paper and textile materials Nonwoven fabrics, cotton fabrics, paper, confidential documents, cards, stamps, and similar items.
5. Minerals and inorganic materials Granite, ceramic raw materials, pottery materials, lime, fish and shell materials, glass, and related substances.
6. Agricultural and plant-based materials Plant fibers, fertilizers, straw, grass, bark, and similar organic materials.
7. Food and medicinal materials Turtle shells, traditional herbal medicines, rock salt, spices, tea leaves, dried bonito flakes, and other food-related materials.
8. Wood and construction materials Wood, construction waste materials, bark, charcoal, and related substances.
To meet the specific requirements of each application, we offer a wide range of machine models designed to deliver optimal shredding performance for every material type.
