플라스틱 펠릿화 라인

고성능 플라스틱 펠릿화 라인 for Uniform, High-Value Pellets

Our advanced plastic pelletizing lines are the final step in transforming recycled plastic waste into a valuable, consistent, and reusable raw material. We engineer complete systems for compounding, modifying, and pelletizing a wide range of polymers.

펠릿화 라인 설계

Comparing Pelletizing Systems

The ideal technology depends on your material type, output requirements, and operational preferences. We specialize in two primary, highly efficient systems.

워터 스트랜드 펠렛화 장치.

워터 스트랜드 펠렛화 라인

A classic, robust, and cost-effective method ideal for a wide variety of polymers, especially those sensitive to temperature changes.

  • 프로세스: Molten plastic is extruded into strands, cooled in a water bath, and then cut into pellets by a granulator.
  • 가장 적합한 용도: PET, Polystyrene (PS), and highly-filled or reinforced compounds.
  • 이점: Simple operation, easy to clean, and versatile for lab or large-scale production.
수평형 워터링 펠렛화 장치.

워터링 펠렛화 라인

A more automated and compact system that cuts pellets at the die face, ideal for high-volume production of polyolefins.

  • 프로세스: Blades rotate at the die face, cutting pellets which are instantly quenched and transported by a circulating water ring.
  • 가장 적합한 용도: PE, PP, and other materials with lower melt viscosity.
  • 이점: Produces uniform, spherical pellets, requires less floor space, and is highly automated.

Overcoming Production Challenges

How our pelletizing systems resolve common production challenges and improve quality, uptime, and cost.

문제 → 해결책

불규칙한 펠릿 크기와 높은 미세 재료

Closed‑loop control of die‑face/strand speed, automatic knife pressure, and post‑classification deliver uniform 3–5 mm pellets and lower dust/rework.

문제 → 해결책

빈번한 필터 막힘과 정지 시간

Continuous dual‑channel/backflush screen changers with enlarged filtration area extend run time, stabilize melt pressure, and cut scrap events.

문제 → 해결책

습기/挥发성 물질로 인한 버블과 나쁜 표면

Pre‑drying plus vacuum‑vented extruders remove moisture and VOCs; optimized die heating produces a stable melt and glossy pellets.

문제 → 해결책

고 kWh/kg와 물 사용량

IE3/IE4 motors with VFDs, energy‑tuned screws, and closed‑loop water circuits reduce specific energy consumption and utility costs.

Live System Demonstration

Watch a complete walkthrough of one of our advanced plastic pelletizing lines, from raw material to final, high-quality pellets.

Features for Consistent Quality

Every component is selected to ensure the purity, consistency, and value of your final product.

  • 연속 용융 여과를 위한 자동 스크린 체인저.

    연속 용융 여과

    Automatic screen changers remove contaminants without interrupting production, ensuring a pure melt stream.

  • 수직 원심 탈수기.

    효율적인 탈수

    A vertical centrifugal dryer rapidly removes surface water from the pellets, preparing them for classification and storage.

  • 펠릿 분류용 진동 스크린.

    펠릿 분류

    A vibrating screen classifies pellets by size, removing oversized or undersized particles for a highly uniform final product.

  • 혼합을 위한 동회전 2축 압출기.

    스트랜드 유형 절단 시스템

    물가열 스트랜드는 낮은 미세 입자와 일관된 길이로 균일한 펠릿으로 깨끗하게 절단됩니다.

Premium Output Applications

Our systems produce clean, uniform, and highly marketable pellets from a wide range of input materials.

깨끗하고 흰색의 PE 플라스틱 펠릿입니다.

PE 펠릿

재활용된 플라스틱 봉지로 만든 균일한 펠릿입니다.

플라스틱 필름 펠릿

회색 PVC 재활용 플라스틱 펠릿.

PVC 및 하드 플라스틱 펠릿

기술 사양

대표적인 구성. 요청 시 맞춤 설계와 옵션이 제공됩니다.

기계 모델부가 장비싱글 스크류 압출기용량(kg/h)
펠릿화 방법필터링 방법나사 직경(mm)L/D 비율모터 전력(kW)
SJ85–100물 스트랜드 펠릿화플랫 상사이너 체인저85 / 10028–33:1 / 10:155–75100–200
SJ100–120물 스트랜드 펠릿화플랫 상사이너 체인저100 / 12028–33:1 / 10:190–110200–350
SJ130–150물 스트랜드 펠릿화컬럼 상사이너 체인저130 / 15028–33:1 / 10–12:1132–160400–550
SJ150–160물 스트랜드 펠릿화컬럼 상사이너 체인저150 / 16028–33:1 / 12:1185–200500–650
SJ160–180물링 펠렛화자동 스크린 체인저160 / 18028–33:1 / 12:1220–250700–900
SJ180–200물링 펠렛화자동 스크린 체인저180 / 20028–33:1 / 12:1280–315900–1200
최종 사양은 재료와 구성에 따라 다릅니다.

Customer Success Outcomes

pelletizing 시스템을 운영하는 고객들로부터 보고된 실제 결과입니다.

Pellet quality tightened and dust dropped by about 40%, while throughput rose ~25% after moving to continuous filtration and tuning cutter speed.

Plant Engineer, Recycling Producer

Water‑ring pelletizing stabilized PP film regrind across shifts. Specific energy fell by roughly 15% and shift‑to‑shift variability was reduced.

Operations Manager, Film Converter

Turnkey delivery and on‑site training were on schedule. Uptime improved with the recommended screen packs and maintenance plan.

생산 총괄, 복합제조사

Get Your Custom Quote

Contact our experts to discuss your specific material and application. We will design a custom pelletizing or compounding line to meet your goals for quality and throughput.

맞춤형 시스템 견적 받기

자주 묻는 질문

Strand pelletizing extrudes molten plastic into strands cooled in water before cutting, while water-ring pelletizing cuts at the die face, producing uniform spherical pellets. The best choice depends on polymer type and production scale.

PET, HDPE, LDPE, PP, PS, EVA, ABS, and filled or reinforced compounds. The systems can process both recycled and virgin materials.

Yes. We provide full pelletizing systems with extruders, filtration, pellet cutting, cooling, and drying, as well as installation and training.

일반적인 라인 용량은 구성과 포리머 유형에 따라 100kg/h에서 2000kg/h 사이입니다.

Two Stage Pelletizer for Rigid Plastics 📁 Plastic Pelletizers

Rigid PP/HDPE Two-Stage Pelletizing Line

Heavy-duty two-stage system designed for rigid PP/HDPE flakes. Excellent filtration and degassing capabilities make it perfect for contaminated waste.

EPS Foam Granulator 📁 Plastic Pelletizers

Efficient EPS Foam Granulating Machine

Transform bulky Styrofoam waste into dense granules. This machine reduces volume significantly and turns EPS foam into valuable raw materials.

트윈 스크류 압출기 📁 Plastic Pelletizers

Twin Screw Compounding Extruder

Co-rotating twin screw extruder designed for plastic modification, masterbatch, and filler compounding. Precise temperature control for polymers.

실험실용 이중 스크류 압출기 📁 Plastic Pelletizers

실험실용 이중 스크류 압출기

Compact twin-screw extruder designed for laboratory testing and small-batch production. Ideal for polymer research, color matching, and developing new formulations.