#BiodegradableMaterialMachine

[henry-jwell]

Starch Filled Bio-Plastic Compounding Line

In view of the temperature sensitive, shear sensitive and partially water sensitive characteristics of degradable materials, Jwell's twin-screw granulation equipment has been specially optimized, including: 1. High torque, low speed and low shear. 2. Reasonable length diameter ratio, special screw combination arrangement, accurate temperature control, exhaust and vacuum design are added to the equipment. 3. Pretreatment of materials before processing. Compounding system Modular twin screw extruder equipped with super high torque gearbox, wear resistant & corrosive resistant barrels and screw elements, high torque shaft and safety clutch, efficient heating and precise control to ensure stable, reliable and long term production. Dosing system Raw material of bio-plastic, starch and plasticizer are fed into twin screw extruder via accurate LIW feeders separately with high automation and flexibility to adjust formulation. Underwater cutting system Advance underwater cutting system can produce elliptical pellet with high automation, the closed system has no emission of smoke and dust to environment and can adapt to various capacity requirements. Downstream auxiliary equipments Rich and reasonable downstream equipments realize homogenization, sieving, drying & cooling until automatic packing smoothly. Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 300rpm 45KW 9N.m/cm³ 150kg/hr Bio-plastic +55%Starch +15%Glycerine CJWH-65 40-56 300rpm 75KW 9N.m/cm³ 240kg/hr CJWH-75 40-56 300rpm 132KW 9N.m/cm³ 440kg/hr CJWH-95 40-56 300rpm 250KW 9N.m/cm³ 820kg/hr CJWS-52 40-56 300rpm 55KW 11N.m/cm³ 190kg/hr CJWS-65 40-56 266rpm 90KW 11N.m/cm³ 310kg/hr CJWS-75 40-56 300rpm 160KW 11N.m/cm³ 550kg/hr CJWS-95 40-56 300rpm 315KW 11N.m/cm³ 1060kg/hr CJWS-75plus 40-56 330rpm 200KW 13.5N.m/cm³ 700kg/hr Product image display Read the full article

[henry-jwell]

Biomass And Mineral Powder Filled Bio-Plastic Compounding Line

PLA is the English abbreviation of biodegradable plastic polylactic acid. Polylactic acid is a polymer polymerized with lactic acid as the main raw material. The raw material source is sufficient and can be regenerated, mainly corn, cassava, etc. The production process of polylactic acid is pollution-free, and the product can be biodegradable to realize the circulation in nature. Therefore, it is an ideal green polymer material. Polylactic acid has good thermal stability, processing temperature of 170 ~ 230 ℃, and good solvent resistance. It can be processed in many ways, such as extrusion, spinning, biaxial stretching and injection blow molding. In addition to biodegradation, the products made of polylactic acid have good biocompatibility, gloss, transparency, hand feel and heat resistance, as well as certain bacterial resistance, flame retardancy and UV resistance. Therefore, they are widely used as packaging materials, fibers and non-woven fabrics. At present, they are mainly used in clothing (underwear, coat) and industry (construction, agriculture, forestry and papermaking) And health care. Ecological cycle diagram of polylactic acid Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 400rpm 55KW 9N.m/cm³ 180kg/hr Bio-plastic+35% Biomass & mineral powder CJWH-65 40-56 400rpm 110KW 9N.m/cm³ 360kg/hr CJWH-75 40-56 400rpm 160KW 9N.m/cm³ 530kg/hr CJWH-95 40-56 400rpm 355KW 9N.m/cm³ 1100kg/hr CJWS-52 40-56 400rpm 75KW 11N.m/cm³ 260kg/hr CJWS-65 40-56 400rpm 132KW 11N.m/cm³ 450kg/hr CJWS-75 40-56 400rpm 200KW 11N.m/cm³ 680kg/hr CJWS-95 40-56 400rpm 400KW 11N.m/cm³ 1300kg/hr CJWS-75plus 44-56 400rpm 250KW 13.5N.m/cm³ 800kg/hr Read the full article

[henry-jwell]

Biomass And Mineral Powder Filled Bio-Plastic Compounding Line

PLA is the English abbreviation of biodegradable plastic polylactic acid. Polylactic acid is a polymer polymerized with lactic acid as the main raw material. The raw material source is sufficient and can be regenerated, mainly corn, cassava, etc. The production process of polylactic acid is pollution-free, and the product can be biodegradable to realize the circulation in nature. Therefore, it is an ideal green polymer material. Polylactic acid has good thermal stability, processing temperature of 170 ~ 230 ℃, and good solvent resistance. It can be processed in many ways, such as extrusion, spinning, biaxial stretching and injection blow molding. In addition to biodegradation, the products made of polylactic acid have good biocompatibility, gloss, transparency, hand feel and heat resistance, as well as certain bacterial resistance, flame retardancy and UV resistance. Therefore, they are widely used as packaging materials, fibers and non-woven fabrics. At present, they are mainly used in clothing (underwear, coat) and industry (construction, agriculture, forestry and papermaking) And health care. Ecological cycle diagram of polylactic acid Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 400rpm 55KW 9N.m/cm³ 180kg/hr Bio-plastic+35% Biomass & mineral powder CJWH-65 40-56 400rpm 110KW 9N.m/cm³ 360kg/hr CJWH-75 40-56 400rpm 160KW 9N.m/cm³ 530kg/hr CJWH-95 40-56 400rpm 355KW 9N.m/cm³ 1100kg/hr CJWS-52 40-56 400rpm 75KW 11N.m/cm³ 260kg/hr CJWS-65 40-56 400rpm 132KW 11N.m/cm³ 450kg/hr CJWS-75 40-56 400rpm 200KW 11N.m/cm³ 680kg/hr CJWS-95 40-56 400rpm 400KW 11N.m/cm³ 1300kg/hr CJWS-75plus 44-56 400rpm 250KW 13.5N.m/cm³ 800kg/hr Read the full article

[henry-jwell]

Starch Filled Bio-Plastic Compounding Line

In view of the temperature sensitive, shear sensitive and partially water sensitive characteristics of degradable materials, Jwell's twin-screw granulation equipment has been specially optimized, including: 1. High torque, low speed and low shear. 2. Reasonable length diameter ratio, special screw combination arrangement, accurate temperature control, exhaust and vacuum design are added to the equipment. 3. Pretreatment of materials before processing. Compounding system Modular twin screw extruder equipped with super high torque gearbox, wear resistant & corrosive resistant barrels and screw elements, high torque shaft and safety clutch, efficient heating and precise control to ensure stable, reliable and long term production. Dosing system Raw material of bio-plastic, starch and plasticizer are fed into twin screw extruder via accurate LIW feeders separately with high automation and flexibility to adjust formulation. Underwater cutting system Advance underwater cutting system can produce elliptical pellet with high automation, the closed system has no emission of smoke and dust to environment and can adapt to various capacity requirements. Downstream auxiliary equipments Rich and reasonable downstream equipments realize homogenization, sieving, drying & cooling until automatic packing smoothly. Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 300rpm 45KW 9N.m/cm³ 150kg/hr Bio-plastic +55%Starch +15%Glycerine CJWH-65 40-56 300rpm 75KW 9N.m/cm³ 240kg/hr CJWH-75 40-56 300rpm 132KW 9N.m/cm³ 440kg/hr CJWH-95 40-56 300rpm 250KW 9N.m/cm³ 820kg/hr CJWS-52 40-56 300rpm 55KW 11N.m/cm³ 190kg/hr CJWS-65 40-56 266rpm 90KW 11N.m/cm³ 310kg/hr CJWS-75 40-56 300rpm 160KW 11N.m/cm³ 550kg/hr CJWS-95 40-56 300rpm 315KW 11N.m/cm³ 1060kg/hr CJWS-75plus 40-56 330rpm 200KW 13.5N.m/cm³ 700kg/hr Product image display Read the full article

[henry-jwell]

Starch Filled Bio-Plastic Compounding Line

In view of the temperature sensitive, shear sensitive and partially water sensitive characteristics of degradable materials, Jwell's twin-screw granulation equipment has been specially optimized, including: 1. High torque, low speed and low shear. 2. Reasonable length diameter ratio, special screw combination arrangement, accurate temperature control, exhaust and vacuum design are added to the equipment. 3. Pretreatment of materials before processing. Compounding system Modular twin screw extruder equipped with super high torque gearbox, wear resistant & corrosive resistant barrels and screw elements, high torque shaft and safety clutch, efficient heating and precise control to ensure stable, reliable and long term production. Dosing system Raw material of bio-plastic, starch and plasticizer are fed into twin screw extruder via accurate LIW feeders separately with high automation and flexibility to adjust formulation. Underwater cutting system Advance underwater cutting system can produce elliptical pellet with high automation, the closed system has no emission of smoke and dust to environment and can adapt to various capacity requirements. Downstream auxiliary equipments Rich and reasonable downstream equipments realize homogenization, sieving, drying & cooling until automatic packing smoothly. Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 300rpm 45KW 9N.m/cm³ 150kg/hr Bio-plastic +55%Starch +15%Glycerine CJWH-65 40-56 300rpm 75KW 9N.m/cm³ 240kg/hr CJWH-75 40-56 300rpm 132KW 9N.m/cm³ 440kg/hr CJWH-95 40-56 300rpm 250KW 9N.m/cm³ 820kg/hr CJWS-52 40-56 300rpm 55KW 11N.m/cm³ 190kg/hr CJWS-65 40-56 266rpm 90KW 11N.m/cm³ 310kg/hr CJWS-75 40-56 300rpm 160KW 11N.m/cm³ 550kg/hr CJWS-95 40-56 300rpm 315KW 11N.m/cm³ 1060kg/hr CJWS-75plus 40-56 330rpm 200KW 13.5N.m/cm³ 700kg/hr Product image display Read the full article

[henry-jwell]

Starch Filled Bio-Plastic Compounding Line

In view of the temperature sensitive, shear sensitive and partially water sensitive characteristics of degradable materials, Jwell's twin-screw granulation equipment has been specially optimized, including: 1. High torque, low speed and low shear. 2. Reasonable length diameter ratio, special screw combination arrangement, accurate temperature control, exhaust and vacuum design are added to the equipment. 3. Pretreatment of materials before processing. Compounding system Modular twin screw extruder equipped with super high torque gearbox, wear resistant & corrosive resistant barrels and screw elements, high torque shaft and safety clutch, efficient heating and precise control to ensure stable, reliable and long term production. Dosing system Raw material of bio-plastic, starch and plasticizer are fed into twin screw extruder via accurate LIW feeders separately with high automation and flexibility to adjust formulation. Underwater cutting system Advance underwater cutting system can produce elliptical pellet with high automation, the closed system has no emission of smoke and dust to environment and can adapt to various capacity requirements. Downstream auxiliary equipments Rich and reasonable downstream equipments realize homogenization, sieving, drying & cooling until automatic packing smoothly. Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 300rpm 45KW 9N.m/cm³ 150kg/hr Bio-plastic +55%Starch +15%Glycerine CJWH-65 40-56 300rpm 75KW 9N.m/cm³ 240kg/hr CJWH-75 40-56 300rpm 132KW 9N.m/cm³ 440kg/hr CJWH-95 40-56 300rpm 250KW 9N.m/cm³ 820kg/hr CJWS-52 40-56 300rpm 55KW 11N.m/cm³ 190kg/hr CJWS-65 40-56 266rpm 90KW 11N.m/cm³ 310kg/hr CJWS-75 40-56 300rpm 160KW 11N.m/cm³ 550kg/hr CJWS-95 40-56 300rpm 315KW 11N.m/cm³ 1060kg/hr CJWS-75plus 40-56 330rpm 200KW 13.5N.m/cm³ 700kg/hr Product image display Read the full article

[henry-jwell]

Biomass And Mineral Powder Filled Bio-Plastic Compounding Line

PLA is the English abbreviation of biodegradable plastic polylactic acid. Polylactic acid is a polymer polymerized with lactic acid as the main raw material. The raw material source is sufficient and can be regenerated, mainly corn, cassava, etc. The production process of polylactic acid is pollution-free, and the product can be biodegradable to realize the circulation in nature. Therefore, it is an ideal green polymer material. Polylactic acid has good thermal stability, processing temperature of 170 ~ 230 ℃, and good solvent resistance. It can be processed in many ways, such as extrusion, spinning, biaxial stretching and injection blow molding. In addition to biodegradation, the products made of polylactic acid have good biocompatibility, gloss, transparency, hand feel and heat resistance, as well as certain bacterial resistance, flame retardancy and UV resistance. Therefore, they are widely used as packaging materials, fibers and non-woven fabrics. At present, they are mainly used in clothing (underwear, coat) and industry (construction, agriculture, forestry and papermaking) And health care. Ecological cycle diagram of polylactic acid Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 400rpm 55KW 9N.m/cm³ 180kg/hr Bio-plastic+35% Biomass & mineral powder CJWH-65 40-56 400rpm 110KW 9N.m/cm³ 360kg/hr CJWH-75 40-56 400rpm 160KW 9N.m/cm³ 530kg/hr CJWH-95 40-56 400rpm 355KW 9N.m/cm³ 1100kg/hr CJWS-52 40-56 400rpm 75KW 11N.m/cm³ 260kg/hr CJWS-65 40-56 400rpm 132KW 11N.m/cm³ 450kg/hr CJWS-75 40-56 400rpm 200KW 11N.m/cm³ 680kg/hr CJWS-95 40-56 400rpm 400KW 11N.m/cm³ 1300kg/hr CJWS-75plus 44-56 400rpm 250KW 13.5N.m/cm³ 800kg/hr Read the full article

[henry-jwell]

Starch Filled Bio-Plastic Compounding Line

In view of the temperature sensitive, shear sensitive and partially water sensitive characteristics of degradable materials, Jwell's twin-screw granulation equipment has been specially optimized, including: 1. High torque, low speed and low shear. 2. Reasonable length diameter ratio, special screw combination arrangement, accurate temperature control, exhaust and vacuum design are added to the equipment. 3. Pretreatment of materials before processing. Compounding system Modular twin screw extruder equipped with super high torque gearbox, wear resistant & corrosive resistant barrels and screw elements, high torque shaft and safety clutch, efficient heating and precise control to ensure stable, reliable and long term production. Dosing system Raw material of bio-plastic, starch and plasticizer are fed into twin screw extruder via accurate LIW feeders separately with high automation and flexibility to adjust formulation. Underwater cutting system Advance underwater cutting system can produce elliptical pellet with high automation, the closed system has no emission of smoke and dust to environment and can adapt to various capacity requirements. Downstream auxiliary equipments Rich and reasonable downstream equipments realize homogenization, sieving, drying & cooling until automatic packing smoothly. Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 300rpm 45KW 9N.m/cm³ 150kg/hr Bio-plastic +55%Starch +15%Glycerine CJWH-65 40-56 300rpm 75KW 9N.m/cm³ 240kg/hr CJWH-75 40-56 300rpm 132KW 9N.m/cm³ 440kg/hr CJWH-95 40-56 300rpm 250KW 9N.m/cm³ 820kg/hr CJWS-52 40-56 300rpm 55KW 11N.m/cm³ 190kg/hr CJWS-65 40-56 266rpm 90KW 11N.m/cm³ 310kg/hr CJWS-75 40-56 300rpm 160KW 11N.m/cm³ 550kg/hr CJWS-95 40-56 300rpm 315KW 11N.m/cm³ 1060kg/hr CJWS-75plus 40-56 330rpm 200KW 13.5N.m/cm³ 700kg/hr Product image display Read the full article

[henry-jwell]

Biomass And Mineral Powder Filled Bio-Plastic Compounding Line

PLA is the English abbreviation of biodegradable plastic polylactic acid. Polylactic acid is a polymer polymerized with lactic acid as the main raw material. The raw material source is sufficient and can be regenerated, mainly corn, cassava, etc. The production process of polylactic acid is pollution-free, and the product can be biodegradable to realize the circulation in nature. Therefore, it is an ideal green polymer material. Polylactic acid has good thermal stability, processing temperature of 170 ~ 230 ℃, and good solvent resistance. It can be processed in many ways, such as extrusion, spinning, biaxial stretching and injection blow molding. In addition to biodegradation, the products made of polylactic acid have good biocompatibility, gloss, transparency, hand feel and heat resistance, as well as certain bacterial resistance, flame retardancy and UV resistance. Therefore, they are widely used as packaging materials, fibers and non-woven fabrics. At present, they are mainly used in clothing (underwear, coat) and industry (construction, agriculture, forestry and papermaking) And health care. Ecological cycle diagram of polylactic acid Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 400rpm 55KW 9N.m/cm³ 180kg/hr Bio-plastic+35% Biomass & mineral powder CJWH-65 40-56 400rpm 110KW 9N.m/cm³ 360kg/hr CJWH-75 40-56 400rpm 160KW 9N.m/cm³ 530kg/hr CJWH-95 40-56 400rpm 355KW 9N.m/cm³ 1100kg/hr CJWS-52 40-56 400rpm 75KW 11N.m/cm³ 260kg/hr CJWS-65 40-56 400rpm 132KW 11N.m/cm³ 450kg/hr CJWS-75 40-56 400rpm 200KW 11N.m/cm³ 680kg/hr CJWS-95 40-56 400rpm 400KW 11N.m/cm³ 1300kg/hr CJWS-75plus 44-56 400rpm 250KW 13.5N.m/cm³ 800kg/hr Read the full article

[henry-jwell]

Biomass And Mineral Powder Filled Bio-Plastic Compounding Line

PLA is the English abbreviation of biodegradable plastic polylactic acid. Polylactic acid is a polymer polymerized with lactic acid as the main raw material. The raw material source is sufficient and can be regenerated, mainly corn, cassava, etc. The production process of polylactic acid is pollution-free, and the product can be biodegradable to realize the circulation in nature. Therefore, it is an ideal green polymer material. Polylactic acid has good thermal stability, processing temperature of 170 ~ 230 ℃, and good solvent resistance. It can be processed in many ways, such as extrusion, spinning, biaxial stretching and injection blow molding. In addition to biodegradation, the products made of polylactic acid have good biocompatibility, gloss, transparency, hand feel and heat resistance, as well as certain bacterial resistance, flame retardancy and UV resistance. Therefore, they are widely used as packaging materials, fibers and non-woven fabrics. At present, they are mainly used in clothing (underwear, coat) and industry (construction, agriculture, forestry and papermaking) And health care. Ecological cycle diagram of polylactic acid Main technical parameter Model L/D ratio Speed Motor power Torque level Capacity for reference Typical formula CJWH-52 40-56 400rpm 55KW 9N.m/cm³ 180kg/hr Bio-plastic+35% Biomass & mineral powder CJWH-65 40-56 400rpm 110KW 9N.m/cm³ 360kg/hr CJWH-75 40-56 400rpm 160KW 9N.m/cm³ 530kg/hr CJWH-95 40-56 400rpm 355KW 9N.m/cm³ 1100kg/hr CJWS-52 40-56 400rpm 75KW 11N.m/cm³ 260kg/hr CJWS-65 40-56 400rpm 132KW 11N.m/cm³ 450kg/hr CJWS-75 40-56 400rpm 200KW 11N.m/cm³ 680kg/hr CJWS-95 40-56 400rpm 400KW 11N.m/cm³ 1300kg/hr CJWS-75plus 44-56 400rpm 250KW 13.5N.m/cm³ 800kg/hr Read the full article