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Jwell
Jwell PE stone paper extrusion line is designed to produce stone paper, which primarily consists of calcium carbonate (CaCO3) and high-density polyethylene (HDPE). Stone paper is known for its environmental benefits, durability, and versatility in applications such as printing, packaging, and stationery.
Here’s an overview of the components and process involved in a PE stone paper extrusion line:
1. Raw Material Feeding System:
- Hoppers and Feeders: The primary materials, including calcium carbonate powder and HDPE granules, are fed into the extruder through hoppers. Additional additives like processing aids and coupling agents may be included to improve the material properties.
- Gravimetric or Volumetric Feeders: These feeders ensure accurate dosing of raw materials to maintain the correct composition and quality of the final stone paper.
2. Twin-Screw Extruder:
- Co-Rotating Twin-Screw Extruder: This extruder type provides efficient mixing and compounding of CaCO3 and HDPE. The screws are designed to ensure thorough dispersion of calcium carbonate within the polymer matrix.
- Temperature Control: Multiple heating zones with precise temperature control are critical to prevent HDPE degradation and ensure optimal processing conditions.
3. Extrusion Die:
- Flat Sheet Die: The mixed material is extruded through a flat sheet die, shaping it into a continuous sheet. The die’s design and adjustable lips ensure uniform sheet thickness and surface quality.
4. Calendering System:
- Calender Rolls: The extruded sheet passes through a series of calender rolls, typically three, to control the sheet’s thickness and surface finish. The rolls are temperature-controlled for proper cooling and to achieve the desired surface texture (smooth or embossed).
- Pressure Control: Precise control of roll pressure is essential to ensure consistent sheet thickness and mechanical properties.
5. Cooling System:
- Cooling Rollers: The sheet is further cooled and solidified by passing through additional cooling rollers, stabilizing the material and preventing warping or deformation.
- Air Cooling or Water Bath: Depending on the sheet's requirements, additional cooling methods such as air cooling or a water bath may be employed.
6. Thickness Measurement and Control:
- Online Thickness Gauges: Non-contact measurement systems continuously monitor the sheet thickness, providing real-time feedback to adjust extrusion parameters and ensure consistent quality.
7. Surface Treatment (Optional):
- Corona Treatment: To enhance printability and adhesion properties, the stone paper’s surface may undergo corona treatment, which increases surface energy.
8. Edge Trimming and Scrap Reclaim:
- Trimming Knives: The sheet’s edges are trimmed to achieve the desired width and remove any uneven material.
- Reclaim System: Trimmed edges and off-spec material can be recycled back into the extrusion process, reducing waste.
9. Winding and Cutting:
- Automatic Winders: The finished sheet is wound into rolls for handling, storage, and transportation. Tension control systems ensure the sheet is wound smoothly without wrinkles.
- Cutting Systems: For producing sheets of specific dimensions, cutting systems like guillotine cutters or slitting machines are used.
- Eco-Friendly: Stone paper production uses less water and energy compared to traditional paper manufacturing. It also reduces the need for wood pulp, helping to conserve forests.
- Durability: Stone paper is water-resistant, tear-resistant, and highly durable, making it suitable for a variety of applications.
- Printability: It offers excellent print quality without the need for chemical coatings.
- Recyclability: Stone paper can be recycled, and production scraps can be reused, minimizing waste.
Applications:
- Printing: Used for high-quality printing applications like posters, brochures, and books.
- Packaging: Ideal for packaging products due to its strength and water resistance.
- Stationery: Used to make notebooks, notepads, and other stationery items.
- Labels and Tags: Suitable for creating durable and weather-resistant labels and tags.
Jwell PE stone paper extrusion line represents an innovative and sustainable approach to paper production, combining the environmental benefits of reduced resource usage with the versatility and durability of a high-quality synthetic material.
| Model | Products Width(mm) | Products Thickness(mm) | Max. Capacity(kg/h) | Stretch Ratio |
| JWS150+JWS90 | 1700 | 0.05-0.5 | 700-800 | 0-10 |
| JW75/44+JW52/44 | 1700 | 0.05-0.5 | 400-500 | 0-10 |
| Note: The specifications are subject to change without prior notice. | ||||
Stone paper features: Stone paper production process is easy, high output, lower power consumption; not use plant fiber、not cut trees, save lots of wood, protect natural environment; Don’t need to add strong acid、strong alkali、bleaching agent etc. Chemical material, don’t drainage waste water、waste residue and toxic and harmful air, that’s green environmental product. Product with good mechanical performance、waterproof、moistureproof、moth-proofing, folding, tear resistant, oil resistant, non-toxic, tasteless, no pollution, stable geometry size, high printing resolution, good effect, can be natural degradation after with abandon for powder characteristics of return to nature, is widely used in gift packaging, pharmaceutical packaging, office supplies, decorative materials, and other areas of the printing products.
Jwell PE stone paper extrusion line is designed to produce stone paper, which primarily consists of calcium carbonate (CaCO3) and high-density polyethylene (HDPE). Stone paper is known for its environmental benefits, durability, and versatility in applications such as printing, packaging, and stationery.
Here’s an overview of the components and process involved in a PE stone paper extrusion line:
1. Raw Material Feeding System:
- Hoppers and Feeders: The primary materials, including calcium carbonate powder and HDPE granules, are fed into the extruder through hoppers. Additional additives like processing aids and coupling agents may be included to improve the material properties.
- Gravimetric or Volumetric Feeders: These feeders ensure accurate dosing of raw materials to maintain the correct composition and quality of the final stone paper.
2. Twin-Screw Extruder:
- Co-Rotating Twin-Screw Extruder: This extruder type provides efficient mixing and compounding of CaCO3 and HDPE. The screws are designed to ensure thorough dispersion of calcium carbonate within the polymer matrix.
- Temperature Control: Multiple heating zones with precise temperature control are critical to prevent HDPE degradation and ensure optimal processing conditions.
3. Extrusion Die:
- Flat Sheet Die: The mixed material is extruded through a flat sheet die, shaping it into a continuous sheet. The die’s design and adjustable lips ensure uniform sheet thickness and surface quality.
4. Calendering System:
- Calender Rolls: The extruded sheet passes through a series of calender rolls, typically three, to control the sheet’s thickness and surface finish. The rolls are temperature-controlled for proper cooling and to achieve the desired surface texture (smooth or embossed).
- Pressure Control: Precise control of roll pressure is essential to ensure consistent sheet thickness and mechanical properties.
5. Cooling System:
- Cooling Rollers: The sheet is further cooled and solidified by passing through additional cooling rollers, stabilizing the material and preventing warping or deformation.
- Air Cooling or Water Bath: Depending on the sheet's requirements, additional cooling methods such as air cooling or a water bath may be employed.
6. Thickness Measurement and Control:
- Online Thickness Gauges: Non-contact measurement systems continuously monitor the sheet thickness, providing real-time feedback to adjust extrusion parameters and ensure consistent quality.
7. Surface Treatment (Optional):
- Corona Treatment: To enhance printability and adhesion properties, the stone paper’s surface may undergo corona treatment, which increases surface energy.
8. Edge Trimming and Scrap Reclaim:
- Trimming Knives: The sheet’s edges are trimmed to achieve the desired width and remove any uneven material.
- Reclaim System: Trimmed edges and off-spec material can be recycled back into the extrusion process, reducing waste.
9. Winding and Cutting:
- Automatic Winders: The finished sheet is wound into rolls for handling, storage, and transportation. Tension control systems ensure the sheet is wound smoothly without wrinkles.
- Cutting Systems: For producing sheets of specific dimensions, cutting systems like guillotine cutters or slitting machines are used.
- Eco-Friendly: Stone paper production uses less water and energy compared to traditional paper manufacturing. It also reduces the need for wood pulp, helping to conserve forests.
- Durability: Stone paper is water-resistant, tear-resistant, and highly durable, making it suitable for a variety of applications.
- Printability: It offers excellent print quality without the need for chemical coatings.
- Recyclability: Stone paper can be recycled, and production scraps can be reused, minimizing waste.
Applications:
- Printing: Used for high-quality printing applications like posters, brochures, and books.
- Packaging: Ideal for packaging products due to its strength and water resistance.
- Stationery: Used to make notebooks, notepads, and other stationery items.
- Labels and Tags: Suitable for creating durable and weather-resistant labels and tags.
Jwell PE stone paper extrusion line represents an innovative and sustainable approach to paper production, combining the environmental benefits of reduced resource usage with the versatility and durability of a high-quality synthetic material.
| Model | Products Width(mm) | Products Thickness(mm) | Max. Capacity(kg/h) | Stretch Ratio |
| JWS150+JWS90 | 1700 | 0.05-0.5 | 700-800 | 0-10 |
| JW75/44+JW52/44 | 1700 | 0.05-0.5 | 400-500 | 0-10 |
| Note: The specifications are subject to change without prior notice. | ||||
Stone paper features: Stone paper production process is easy, high output, lower power consumption; not use plant fiber、not cut trees, save lots of wood, protect natural environment; Don’t need to add strong acid、strong alkali、bleaching agent etc. Chemical material, don’t drainage waste water、waste residue and toxic and harmful air, that’s green environmental product. Product with good mechanical performance、waterproof、moistureproof、moth-proofing, folding, tear resistant, oil resistant, non-toxic, tasteless, no pollution, stable geometry size, high printing resolution, good effect, can be natural degradation after with abandon for powder characteristics of return to nature, is widely used in gift packaging, pharmaceutical packaging, office supplies, decorative materials, and other areas of the printing products.
