High-Speed Die Face Pelletizer
High-Speed Die Face Pelletizer

High-Speed Die Face Pelletizer

The High-Speed Die Face Pelletizer is an industrial pelletizing system designed for continuous thermoplastic recycling and compounding applications. It performs direct hot-face cutting at the die head and produces uniform pellets under stable extrusion conditions. The system is suitable for long-term operation in recycling plants and plastic processing lines requiring stable output and consistent pellet quality.
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Product Overview


The High-Speed Die Face Pelletizer is an industrial pelletizing system designed for continuous thermoplastic recycling and compounding applications. It performs direct hot-face cutting at the die head and produces uniform pellets under stable extrusion conditions.


The system is suitable for long-term operation in recycling plants and plastic processing lines requiring stable output and consistent pellet quality.

 

Working Principle & Engineering Design


Molten polymer is extruded through a die plate and cut immediately at the die face by a high-speed rotating cutter synchronized with extrusion flow.


Key engineering controls include:

  • Stable melt distribution at die head
  • Synchronized cutting speed with extrusion output
  • Thermal stability control in cutting zone


Two configurations are available depending on material characteristics:
Water-ring pelletizing system for standard thermoplastics
Air-cooled die face system for heat-sensitive materials

 

Engineering Reliability & Operating Considerations


The system is engineered for stable industrial operation. Common operational challenges are addressed through design:

  • Material sticking at die face → thermal zoning control
  • Uneven pellet size → precision blade alignment system
  • Blade wear imbalance → wear-resistant rotor structure
  • Temperature fluctuation → closed-loop thermal control system
  • Melt leakage → reinforced sealing design

 

Key Features

 

  • Direct die-face cutting system
  • Continuous and stable pellet production
  • Modular cutting chamber for easy maintenance
  • PLC synchronized control system
  • Compatible with PP, PE, ABS, PS, PET and engineering plastics
  • Reduced fines and improved pellet consistency

 

Technical Parameters

 

Item

Specification

Capacity

100–2000 kg/h

Pellet Size

1–5 mm

Operation Mode

Continuous industrial operation

Materials

PP / PE / ABS / PS / PET

Cutting Speed

300–3000 rpm

Cooling System

Water-ring / Air cooling

Control System

PLC automation

Blade Material

Alloy steel / Tungsten carbide

 

Applications

 

  • Plastic recycling plants
  • Plastic compounding production lines
  • Engineering plastic modification systems
  • Film, fiber, and rigid plastic recycling systems
  • Industrial plastic waste processing lines

 

Project Experience


The pelletizing system has been supplied to customers in Europe, Southeast Asia, South America, and the Middle East for plastic recycling and compounding applications.


These systems are typically integrated into industrial production lines with different capacity requirements and material conditions.

 

FAT / SAT Quality Assurance


To ensure equipment quality and system reliability:

Factory Acceptance Test (FAT) before shipment

Site Acceptance Test (SAT) after installation

Mechanical and electrical inspection prior to delivery

Optional testing with customer materials upon request

 

Commercial Conditions

 

Delivery time: 30–45 days (Standard configuration)
Installation period: 7–10 days (Typical project conditions)
Payment terms: T/T or L/C
Packaging: Export standard wooden case
Technical support: Remote assistance and optional overseas service

 

After-Sales Service

 

12-month warranty on mechanical components

24-hour remote technical support

Long-term spare parts supply

Operator training support

 

Optional overseas installation support

 

FAQ

 

Q: What materials can the High-Speed Die Face Pelletizer process?

A: The system is suitable for PP, PE, ABS, PS, PET, and other engineering plastics. The configuration can be adjusted based on melt viscosity and thermal sensitivity of different materials.

Q: What is the main advantage compared to strand pelletizing systems?

A: The system eliminates strand handling, which reduces manual labor requirements and minimizes production interruptions caused by strand breakage. It is more suitable for continuous industrial operation.

Q: Can the system run continuously for 24/7 production?

A: Yes. The equipment is designed for continuous industrial operation. Stable performance depends on correct material selection, process settings, and proper line configuration.

Q: What are the typical operational risks, and how are they controlled?

A: Common risks such as material sticking, uneven pellet size, blade wear, and temperature fluctuation are addressed through thermal control systems, precision blade alignment, and wear-resistant structural design.

Q: Is the system customized for different production capacities?

A: Yes. Capacity, cooling system, and automation level can be customized according to production requirements ranging from small-scale to industrial high-output lines.

Q: What support is provided after purchase?

A: We provide installation guidance, operator training, remote technical support, spare parts supply, and optional overseas on-site service depending on project requirements.

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