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Plastic Extruders
  • PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope
  • PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope
  • PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope
  • PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope
  • PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope
  • PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope
PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope

PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope

  • 1 - 1 Sets
    $58,500
  • >= 2 Sets
    $58,000
View product details

PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Recycled Plastic Rope Production: Designed to extrude high-quality PP and PE-based ropes, baler twine, and sutli from recycled plastic materials.
  • Customizable Output: Equipped with interchangeable dies to produce ropes of varying diameters, shapes, and textures, enabling versatility in product types.

Key features

  • 1. Advanced Material Compatibility

    • With PP and HDPE material processing capabilities, you can produce high-strength, corrosion-resistant ropes for diverse applications like packaging, agriculture, and industrial use. This machine outperforms basic extruders by handling a wider range of recyclable plastics*.

  • 2. Intuitive Automation Design

    • With an automatic-grade control panel, you can streamline operations and reduce labor costs by ~40% compared to semi-automatic systems*. The touchscreen interface allows precise adjustments for consistent output.

  • 3. High-Performance Extrusion System

    • With a single-screw extrusion design, you can achieve uniform rope thickness and faster production speeds (~20% higher output than dual-screw models*) while maintaining energy efficiency.

  • 4. Versatile Scenario Adaptability

    • Designed for both home and commercial use, this machine efficiently produces ropes for small-scale crafts or large-scale industrial needs. Its customizable dies enable quick switching between rope diameters and shapes*.

  • 5. Eco-Friendly Material Processing

    • Using recyclable PP and PE materials, you can meet sustainability standards while minimizing environmental impact. The closed-loop design reduces waste compared to traditional extrusion methods*.

Product details

PP PE New Recycling Plastic String (sutli) Extruding Making Machine for Plastic Baler Twine Rope

The PP PE Recycling Plastic String Extruding Machine is an automated solution for producing high-quality baler twine, ropes, and plastic strings. Designed for versatility, it processes PP, HDPE, and PE materials through a single-screw extrusion system, enabling consistent output for agricultural, packaging, and industrial applications.

Technical specifications

FeatureSpecificationBenefit
Automatic OperationFully automated control systemEnsures consistent production quality and reduces labor costs.
Material CompatibilitySupports PP, HDPE, PE plasticsVersatile material processing for diverse product applications.
Screw DesignSingle-screw extrusion systemEfficient material feeding and uniform melt distribution.
Extrusion ProcessingContinuous extrusion with temperature controlMaintains material integrity during high-volume production.
Die CustomizationInterchangeable dies for rope diameter/shapeProduces ropes from 1.5mm to 10mm thickness and varied profiles.
Winding SystemAdjustable spool winding mechanismOrganizes finished products efficiently for storage or shipping.

Customization guide

Adjustable parameters include die size (for rope thickness), screw speed (to control extrusion rate), and temperature settings (for material viscosity). These allow customization to meet specific needs such as lightweight twine for agriculture or reinforced ropes for industrial use.

Get inspired

With this machine, you can produce eco-friendly recycled plastic ropes for baling, packaging, or construction. Its modular design lets you quickly switch between materials and sizes, making it ideal for businesses seeking scalable, sustainable production solutions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Extrusion Speed10m/min+15% (11.5m/min)+30% (13m/min)*
Motor Power (HP)15 HP20 HP25 HP
Die Change Time10 mins5 mins3 mins
Max Rope Diameter5mm8mm10mm
Automation LevelSemi-automatedFully automatedAI-driven presets

Supplier's note

  1. Technical Breakthroughs:

    • The AI-driven presets in the Pro Model reduce setup time by 40% compared to traditional systems.
    • Interchangeable dies enable on-demand customization, a 20% faster process than competitors.
    • The single-screw design ensures 98% material efficiency, minimizing waste.

  2. Version Selection Guide:

    • Base Model: Ideal for small-scale producers needing cost-effective, basic automation.
    • Advanced Model: Best for medium enterprises requiring faster die changes and wider diameter options (up to 8mm).
    • Pro Model: Suited for high-volume manufacturers needing 13m/min speed and 10mm rope capacity. Its AI presets optimize energy use by 15%, reducing operational costs.

With the Pro Model’s 13m/min extrusion speed, you can meet industrial demand 30% faster than industry benchmarks. Pair this with its 10mm die capability to create heavy-duty ropes for construction or shipping. The Advanced Model’s 5-minute die change time ensures seamless transitions between product lines, ideal for businesses diversifying their offerings.

Frequently asked questions

  • Which PP PE recycling plastic string machine suits small-scale production?

  • How do I maintain the extrusion dies of a plastic baler twine rope machine?

  • PP vs HDPE: Which material is better for durable plastic twine?

  • Can this machine customize rope diameters for specific projects?

  • Is the PP PE extrusion machine FDA/ISO certified for food-grade twine?

  • How does the automatic grade feature improve plastic string production?

  • Can this machine process mixed recycled plastics like HDPE and PP together?

  • What’s the maximum daily output of the plastic baler twine extrusion machine?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Control SystemHigh-volume production, 24/7 operation- Industry: Manual operation
- Base: Semi-automatic (PLC-based, ±2% temp accuracy)
- Advanced: Fully automatic (▲▲ touchscreen, ISO 13849-1)
(PLC ensures ±1% melt consistency)		Reduced labor costs by 40%
24/7 uptime capability		Higher upfront cost for advanced models
Requires PLC programming expertise
Material CompatibilityDiverse product lines, recycling- Industry: Processes 1-2 materials (e.g., PP)
- Base: 3 materials (PP/HDPE/PE)
- Advanced: 4+ materials (▲, incl. PET)
(HDPE requires 260°C melt temp)		Flexibility for multi-material production
Recyclable material support		Advanced models need specialized training for material switching
Output RateMass production, industrial-scale ops- Industry: 150–200 kg/h
- Base: 250–300 kg/h (▲)
- Advanced: 350–400 kg/h (▲▲)
(300 kg/h meets ISO 22000 food-grade)		150% higher throughput vs. industry standard
Meets bulk order demands		Increased energy consumption (20% more kWh)
Energy EfficiencyCost-sensitive, eco-conscious facilities- Industry: 0.7–0.8 kWh/kg
- Base: 0.5–0.6 kWh/kg (▲)
- Advanced: 0.4–0.5 kWh/kg (▲▲)
(0.5 kWh/kg reduces annual costs by 20%)		40% lower operational energy costs vs. industry standardAdvanced models require premium-grade insulation materials
Screw DesignHigh-viscosity materials, precision apps- Industry: Standard single-screw
- Base: Optimized single-screw (reduced melt fluctuations)
- Advanced: High-torque single-screw (▲)
(Handles 20% thicker materials via ASTM D3835)		25% faster extrusion speed for thick materials
Lower wear on components		Advanced screws add 15% to machine weight
Maintenance RequirementsSmall workshops, high-throughput facilities- Industry: Frequent downtime for cleaning (every 4 hours)
- Base: Auto-cleaning cycle (▲, every 8 hours)
- Advanced: Self-diagnostic system (▲▲, predictive alerts)
(Auto-cleaning reduces downtime by 30%)		50% less unplanned downtime vs. industry standard
Real-time fault detection		Advanced systems require cloud connectivity for diagnostics

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