Place of Origin: Japan Material: Polyvinyl Chloride [PVC] Original Product: PVC Water Pipe Color: Grey Grade: K value 55-57, 65-67 Type: Post Industrial Waste Application: PVC Recycled Water Pipe Appearance: Pipe Regrind Certificates: Japan Basel Approved Supply Ability: 500 Metric Tons per Month Processing Time: 15 - 20 days Packaging: Jumbo Bag Est. Shipping Time: 15, 30, 45 days
We supply Wet Strength Agent with 12.5% and 25% mostly. Wet Strength Agent is a water-soluble, cationic, thermosetting resin. It is suitable for the manufacture of various papers with wet strength. It is highly efficient, suitable for neutral paper making, easy to recycle or damage to paper or waste paper, and non-toxic. It can also be used as a retention aid for emulsion rosin and fortified rosin, a synergist for neutral sizing agents, and a cationic starch modifier to improve paper dimensional stability.
High-Capacity Crushing: The ZP 1600-800 boasts an impressive crushing capacity of 30 tons per hour, ensuring efficient processing of wood waste materials. Mobility: Designed for versatility, this chipper is mobile, allowing operators to navigate various terrains and access remote areas with ease. Diesel Power: Equipped with a robust diesel engine, the chipper delivers reliable performance even in challenging environments, without reliance on external power sources. Versatility: From tree stumps to branches, the chipper can handle a wide range of materials encountered in forestry operations, making it indispensable for land clearing and biomass production. Advanced Technology: Incorporating advanced technology and precision engineering, the chipper ensures optimal performance, enhanced safety, and minimal downtime. Safety Features: Safety is prioritized with built-in features and protocols to protect operators and ensure smooth, accident-free operation. Sustainability: By efficiently processing biomass materials, the chipper promotes responsible wood waste management, contributing to the production of renewable energy and reducing reliance on fossil fuels. Durability: Built to withstand the rigors of industrial use, the chipper is constructed with durable materials and components, ensuring long-term reliability and performance. Working in Biomass Power Plants: Witness the power of our Tree Stump Shredder as it operates seamlessly in biomass power plants, handling large diameter materials with ease. From tree roots to straw bales, this shredder ensures quick feeding and high efficiency. The hydraulic material box turnover device enables large-angle turnover for easy maintenance. The rotor part is conveniently exposed after turnover, streamlining the maintenance operation. Explore the Future of Biomass Power Plant Solutions with Zibo Chenze Machinery. Contact us for custom wood processing equipment and innovative shredding solutions!
Applications: Wood Handling Process: Integrating seamlessly into the wood handling process, our Disc Chippers play a crucial role in transforming raw wood logs into premium wood chips. Whether part of an integrated system or a standalone unit, they elevate the efficiency of the entire wood processing line. Bioenergy Production: Ideal for the production of biofuels, our Disc Chippers contribute to sustainable energy solutions. The high-quality wood chips produced can be utilized as a reliable fuel source for high-intensity burning in modern heating plants. Enhancing Disc Chipper Efficiency Logs Handling System: A well-coordinated logs handling system is crucial for the overall efficiency of wood processing. Zibo Chenzes system, from logs haul chain conveyors to feed-in conveyors and debarkers, ensures a smooth transition from raw logs to the wood processing line. This system is designed to handle large volumes of logs, setting the stage for a seamless wood chip production process. Debarker Machines: As a vital component in the wood processing line, debarkers play a crucial role in removing bark from logs, ensuring a clean and efficient chipping process. Zibo Chenze offers both Roller Wood Debarkers and Rotary Drum Wood Debarkers, each boasting high debarking clean rates, compact structures, and energy-efficient operations. Chips Screening and Re-chipping: To refine the quality of wood chips produced, Zibo Chenze provides chips screening and re-chipping solutions. These processes ensure that the final wood chips meet the desired specifications, enhancing the overall value of the end product. Moving Floor Technology: Managing wood chips in bulk requires effective storage solutions. Zibo Chenzes moving floor technology facilitates the efficient movement and storage of wood chips, optimizing space and ensuring a continuous flow in wood chip production.
Drum Chippers for Wood Chips Production Overview Welcome to our Drum Chippers product page! Discover the efficiency of Zibo Chenze Machinery Co., Ltds Drum Chippers, specially designed for wood chips production. Widely used in the MDF Board industry, pulp and paper mills, wood handling processes, biomass production, pelletizing, WPC/WFC industry, and various other applications. Key Features 1. Robust Drum Design Our drum chippers feature a robust and durable design, ensuring consistent performance even in demanding environments. The sturdy construction enhances the longevity of the equipment, making it a reliable choice for your wood processing needs. 2. Efficient Wood Processing With advanced cutting mechanisms, our drum chippers excel in efficiently processing various wood materials. Whether youâ??re dealing with branches, logs, or other wood waste, our drum chippers deliver consistent and high-quality results. 3. Precision Control Experience precision control with our drum chippers. Adjustable settings allow you to customize the chip size and achieve the desired output for your specific applications. This flexibility ensures versatility in handling different wood processing tasks. 4. User-Friendly Operation Designed with the operator in mind, our drum chippers offer user-friendly controls and intuitive interfaces. Streamlined operation and easy maintenance make these machines an excellent choice for both seasoned professionals and those new to wood processing.
Sino-NSH-GED-WB is designed to process and recycle waste oils, thereby to acquire high quality base oil. Sino-NSH-GED-WB adopts the advanced technology of vacuum distillation, can effectively remove wearing debris, pitches, waxes, impurities, water, carbon deposits, oxide from the waste oil, as well as decrease the acid. The base oil acquired is with high quality that can meet the standards and requirements for blending various industrial lubrication oils. During the distillation process, a powerful vacuum pump system provides a stable vacuum, the hydrocarbon chain breaks to reform new molecule of the oil, and turns into oil mist. Then it turns to liquid oil by effective condensation. Exhaust gas treatment device is equipped to ensure that emissions gas strictly meets environmental requirements. Sino-NSH-GED-WB is the upgrade model of NSH-GER, saves operating costs and increase oil recovery rate, it can reach high rate above 90%. In addition, NSH-GED-WB has a wider range of applications, can be used to process almost all waste oils, such as engine oil, hydraulic oil, gear oil, etc. Both single oil or oil mixture can be processed and recycled by the system. Various capacities are available for this system to meet different needs of customers, and a variety of heating methods also allow customers to choose according to actual needs.
Tire Shredder Machines Tire shredder machines are powerful industrial tools designed to efficiently and effectively shred and recycle used tires. These tire shredder machines use a combination of blades and powerful motors to shred the tires into small, manageable pieces that can be used for a variety of purposes, such as fuel, playground surfaces, and rubberized asphalt. Tire shredder machines come in a range of sizes and capacities to suit various needs, from small-scale operations to large industrial facilities. They can be operated manually or with the help of computer-controlled systems, depending on the level of automation required. One of the main advantages of tire shredder machines are their ability to significantly reduce waste and pollution. By shredding and recycling used tires, these machines help to prevent the buildup of waste in landfills and reduce the need for new tire production, which can be resource-intensive and environmentally damaging. In addition to their environmental benefits, tire shredder can also provide economic benefits by creating new markets for recycled tire materials. These materials can be used in a variety of applications, such as construction, manufacturing, and energy production.
Tire Shredder Machines Tire shredder machines are powerful industrial tools designed to efficiently and effectively shred and recycle used tires. These machines use a combination of blades and powerful motors to shred the tires into small, manageable pieces that can be used for a variety of purposes, such as fuel, playground surfaces, and rubberized asphalt. Tire shredder machines come in a range of sizes and capacities to suit various needs, from small-scale operations to large industrial facilities. They can be operated manually or with the help of computer-controlled systems, depending on the level of automation required. One of the main advantages of tire shredder machines is their ability to significantly reduce waste and pollution. By shredding and recycling used tires, these machines help to prevent the buildup of waste in landfills and reduce the need for new tire production, which can be resource-intensive and environmentally damaging. In addition to their environmental benefits, tire shredder machines can also provide economic benefits by creating new markets for recycled tire materials. These materials can be used in a variety of applications, such as construction, manufacturing, and energy production
The 350/450/570YDMQ Double Station rotary die cutting and slitting machine is also known for its stable and reliable performance, making it a long-lasting and dependable investment for any business. Its easy-to-operate design also allows for minimal maintenance, reducing downtime and increasing overall efficiency. Choose the 350/450/570YDMQ Double Station rotary die cutting and slitting machine for a comprehensive solution to your labeling needs. Main features: 1:Die cutting station(wall plate) is independent and high precision, different from the traditional bottom roller(wall plate) 2:Die cutting station adopt three roller structures to reduce the dancing of magnetic roller, and realize the stable and high speed running at 150m/min, and it can work for the 40gsm bottom paper, saving the material 3:single and double station is optional 4:can be online and inline with the automatic label production no glue turret rewinding machinery, advantage is no need the material storage rack, saving the space. 5:the unwinding part adopt the asynchronous motor to load the material, more stable than hydraulic or the pneumatic lifter. max unwinding diameter at 1200mm or 6000meters 6:Full servo driven for machine, it can work for both number counting and meter counting. 7:Heating fan can be stable productions at the cold weather, it can be easier for the waste scrapping 8:Scrapping waste can be mini 1mm, saving the material 9:Servo driven can realize the dotted line die cutting 10:Die cutting wall plate at thickness 38mm, can work stable running at high speed 11:Scrapping waste compare with snowball waste or magnetic waste rewinding, it can be realize non stop. Technical parameters: Model: 350YDMQ 450YDMQ 570YDMQ Max Slitting speed: 150m/min 150m/min 150m/min Max. Material Width: 350mm 450mm 570mm Max. Unwind dia: 1200mm 1200mm 1200mm Max. rewind dia: 1200mm 1200mm 1200mm Accuracy rate: ±0.10mm ±0.10mm ±0.10mm Max die cut speed: 150m/min 150m/min 150m/min Voltage: 380V/3P/50HZ 380V/3P/50HZ 380V/3P/50HZ Power: 9/14KW 9/14KW 9/14KW Dimension : 2710*1530*2500mm(single station) 3600*1530*2500mm(double station) 2710*1630*2500mm(single station) 3600*1630*2500mm(double station) 2710*1750*2500mm(single station) 3600*1750*2500mm(double station) Magnetic size: 60T-150T 90T-198T 90T-198T Die cutting bottom paper: 40-70gsm 40-70gsm 40-70gsm Machine weight: 2100/3000KG 2300/3200KG 2500/3400KG
Millet cashew nuts rice barley apple basmati rice buckwheat electronic scrap corn maize foams hand sanitizer corn flour pulses pineapple chickpeas plastic scrap peas rye milk powder fresh onion sunflower oil milk & milk products computer scrap wheat lentils condensed milk white rice oat electronic scrap hand sanitizer gel soybean all purpose flour recycled plastic sugandha basmati rice wheat flour.
Foam Granulator Foam granulator, also known as waste foam pellet recycling machine, can produce foam pellets without destroying the original molecular structure, and the pellets produced are used for a wide range of purposes.EPS granulator is to make the final product into pellets by crushing-melting-pumping-cooling-pelletizing the waste EPS foam through the process of crushing-melting-pumping-cooling-pelletizing and so on. Advantages 1.Production automation, saving labor. 2. Perfectly adapted to a wide range of material processing systems. 3. Space saving and easy maintenance 4. Low investment cost for high quality and durable machines. 5. Provide online installation guide and other training services. 6. customized design, can be used independently or integrated with crusher and compactor into the whole system, even into the washing line
The PU material is highly wear-resistant and durable and can withstand long-term use and frequent rotational use. The seat and back of our bar stools are filled with high-density foam to provide good sitting support and comfort. Moreover, the seat cushion of this chair is made wider to provide you with a more comfortable resting experience. At the same time, the PU material is soft and has a certain elasticity, which can provide a comfortable touch. Compared with some other materials, PU materials produce less waste during the production process and can be recycled. In addition, PU materials do not release harmful substances and are more environmentally friendly.
Wood charcoal are solid fuel made from compressed wood charcoal. They are used for cooking, grilling, and heating with the advantage of burning longer and producing less smoke. wood Charcoal are also environmentally friendly because they use wood waste or recycled materials. SPECIFICATION: Appearance : Black Variety : Solid or Square Size : 4-13 cm / according to request Moisture : 7% Max Carbon : 75% Max Burning resistance : 2-3 hours MOQ : 20 Metric tons COO : Indonesia Shipping terms : FOB, CNF & CIF Payment terms : TT (DP) & LC at sight Packing Type : 10, 20, 25, 50 kg bag
"Nickel extraction resin In the process of nickel production and nickel electroplating, nickel-extracting resin will produce a large amount of low-concentration nickel sulfate solution, generally containing Ni2+ is 1~10 g/L, and the amount of wastewater discharge is large. If it is discharged directly without recycling, it will not only cause resources waste and pollute the environment. Ion exchange technology is widely used due to its advantages of good effluent quality, recovery of useful substances, and suitable for treating nickel-plating wastewater with low concentration and large amount of wastewater. Jiangsu Kingshan New Material Professional Nickel Extraction Resin has the characteristics of high mechanical strength, easy analysis and regeneration, and long service life."
"Nickel extraction resin In the process of nickel production and nickel electroplating, nickel-extracting resin will produce a large amount of low-concentration nickel sulfate solution, generally containing Ni2+ is 1~10 g/L, and the amount of wastewater discharge is large. If it is discharged directly without recycling, it will not only cause resources waste and pollute the environment. Ion exchange technology is widely used due to its advantages of good effluent quality, recovery of useful substances, and suitable for treating nickel-plating wastewater with low concentration and large amount of wastewater. Jiangsu Kingshan New Material Professional Nickel Extraction Resin has the characteristics of high mechanical strength, easy analysis and regeneration, and long service life."
Nickel extraction resin In the process of nickel production and nickel electroplating, nickel-extracting resin will produce a large amount of low-concentration nickel sulfate solution, generally containing Ni2+ is 1~10 g/L, and the amount of wastewater discharge is large. If it is discharged directly without recycling, it will not only cause resources waste and pollute the environment. Ion exchange technology is widely used due to its advantages of good effluent quality, recovery of useful substances, and suitable for treating nickel-plating wastewater with low concentration and large amount of wastewater. Professional Nickel Extraction Resin has the characteristics of high mechanical strength, easy analysis and regeneration, and long service life.
Plastic Pelletizing Machine The plastic pelletizing machine also known as plastic granulator, is mainly used for processing industrial and agricultural waste plastics. With special screw design and different configurations, plastic pelletizing machine models include single-screw plastic granulator, conical twin-screw plastic granulators, parallel twin-screw granulators. The plastic pelletizing machine is suitable for most common waste plastics range from PP, PE, PS, ABS, PA, PVC, PC, POM, EVA, LCP, PET, PMMA and other plastic regeneration and color mixing granulation. Recycled pellets can be reused again to make new plastic products. As the most widely used and most popular plastic recycling machine in the waste plastic recycling industry, granule-making machines can both create significant economic benefits and optimize resource allocation to protect the environment. Composition of plastic pelletizing equipment The main engine of the plastic granulator is an extruder, which consists of an extrusion system, a transmission system and a heating and cooling system. The auxiliary machines of the plastic pelletizing machine unit mainly include pay-off device, straightening device, preheating device, cooling device, traction device, meter counter, spark tester, and wire take-up device. The main sections of whole plastic pelletizing equipment involve Belt conveyor with metal detector/Force feeder/Compactor/Main extruder with degassing/Second extruder/Hydraulic screen changer/Die face cutting system/Water cooling tank/Dewatering machine/Vibrator screen/Packaing system. The extrusion system includes a hopper and a die, and the plastic is plasticized into a uniform melt through the extrusion system. The transmission system is used to drive the screw. The torque and speed required for the screw supply during the extrusion process generally consists of a motor, a reducer and a bearing. Heating and cooling systm is necessary conditions for the plastic extrusion process to proceed. The heating device heats the plastic in the cylinder externally to heat it up to the temperature required for the process operation. The cooling device is set up to ensure that the plastic is in the temperature range required by the process
Sino-NSH-GED-WD is a waste oil regeneration system that cracks waste oil to diesel fuel. Sino-NSH-GED-WD adopts the atmospheric distillation technology, also known as cracking technology. During the distillation process, the waste oil is heated to the setting temperature and turns into oil mist, then it passes through the catalyst tower. After sufficient reaction with the catalyst, the oil mist passes through the condensing system to be cooled to liquid diesel. This system can be applied for gasoline motor oil, diesel motor oil, all kinds of engine oil, mineral oil, synthetic oil, transmission oil, hydraulic oil, gear oil and other used black lubricant oils to produce clean diesel oil. Diesel acquired from NSH-GED-WD system meets international standards and can be fully applied to burners, diesel engines, generators, etc. This system is very safe because the temperature setting is rigorous and the machines are stabilization. Our technical team commits to design the most reasonable and high efficient distillation system to realize the profit maximization of the both parties. Recovery rate is above 90% with low operation cost, only 5-6 USD for recycling one ton used oil.
Sino-NSH-GED-WD is a waste oil regeneration system that cracks waste oil to diesel fuel. Sino-NSH-GED-WD adopts the atmospheric distillation technology, also known as cracking technology. During the distillation process, the waste oil is heated to the setting temperature and turns into oil mist, then it passes through the catalyst tower. After sufficient reaction with the catalyst, the oil mist passes through the condensing system to be cooled to liquid diesel. This system can be applied for gasoline motor oil, diesel motor oil, all kinds of engine oil, mineral oil, synthetic oil, transmission oil, hydraulic oil, gear oil and other used black lubricant oils to produce clean diesel oil. Diesel acquired from NSH-GED-WD system meets international standards and can be fully applied to burners, diesel engines, generators, etc. This system is very safe because the temperature setting is rigorous and the machines are stabilization. Our technical team commits to design the most reasonable and high efficient distillation system to realize the profit maximization of the both parties. Recovery rate is above 90% with low operation cost, only 5-6 USD for recycling one ton used oil.
Plastic Granulation Machine A plastic granulation machine, also known as a plastic granulator or plastic pelletizer, is a device used to transform plastic waste into small, uniform plastic pellets or granules. These pellets can be used as raw materials for various plastic manufacturing processes, such as injection molding, extrusion, and blow molding. Working Principles Feeding: Plastic waste, such as discarded plastic products or post-industrial plastic scraps, is fed into the machine's hopper or feeding system. The waste is usually in the form of larger pieces or chunks. Shredding: The plastic waste is first shredded into smaller pieces using blades or knives. This step helps in reducing the size of the plastic and preparing it for further processing. Grinding: The shredded plastic is then further reduced in size through grinding. Grinding mechanisms, such as rotating blades or a rotor, break down the plastic waste into even smaller particles. This process increases the surface area of the plastic, making it easier to melt and form into pellets. Melting and Extrusion: The ground plastic particles are fed into a heating chamber within the granulator machine. Heat is applied to melt the plastic particles. The molten plastic is then forced through a die or a screen with small holes to create cylindrical strands or filaments. The strands are formed by the action of rotating screws or rollers within the machine. Cutting and Cooling: As the strands exit the machine, they are cut into uniform lengths by a cutting mechanism. This results in the formation of plastic pellets or granules. The pellets are usually cooled using air or water to solidify them and prevent sticking or clumping. In some cases, a vibrating system is used to separate and cool the pellets. Collection and Packaging: The plastic pellets are collected and stored in containers or bags. They are then ready to be used as raw material in various plastic manufacturing processes, including injection molding, extrusion, or blow molding. The entire process is typically controlled and monitored by a control panel that allows operators to adjust parameters such as temperature, speed, and cutting length to achieve the desired pellet quality and production efficiency.