10 m³/h Decanter Centrifuge For Grape Juice Separation System


10 m³/h decanter centrifuge is a continuous horizontal separation system designed for solid-liquid and liquid-liquid-solid separation under high centrifugal force. It efficiently handles suspensions with variable particle size and concentration. The machine supports automatic feeding, separation, and discharge in a closed system. It is widely used in industrial processing where stable clarification, dewatering, and phase separation are required, ensuring reliable performance in chemical, food, environmental, and petroleum-related applications.

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10 m³/h Decanter Centrifuge Product Introduction

10 m³/h decanter centrifuge is a horizontal spiral discharge separation machine designed for continuous processing of complex industrial suspensions. It is constructed with stainless steel contact parts and high-strength wear-resistant components, suitable for handling solid-liquid mixtures, emulsions, and variable concentration slurries. The equipment solves problems of inefficient filtration, unstable separation, and high manual labor in industrial processes. It is ideal for industries requiring large-capacity, automated, and stable separation performance, including chemical production, wastewater treatment, food processing, petroleum refining, and mineral material handling systems.

Working Principle

The decanter centrifuge operates by feeding suspension into a high-speed rotating drum. Centrifugal force accelerates sedimentation, separating solids from liquids. A screw conveyor rotates at a differential speed to continuously push settled solids toward the discharge end, while clarified liquid overflows from the opposite end. In three-phase operation, density differences allow separation of light liquid, heavy liquid, and solid phases through internal structural control.

Product Parameter Table

Maximum speed 4000 rpm
Diameter and length 320×1280 mm
Max separating factor 2870
Max differential speed 5-30 stepless
Secondary motor power 18.5/7.5 kW
Max water flow amount 10 m³/h
Dimension(L×W×H) 2940×400×1000 mm
Weight 2200 kg

Main Features

  • Continuous enclosed operation enables stable industrial-scale production with minimal downtime
  • Strong adaptability handles variable concentration, particle size, and multi-phase materials effectively
  • High automation reduces labor intensity and improves process consistency and control accuracy
  • Durable wear-resistant structure ensures long service life under abrasive industrial conditions
  • Energy-efficient design reduces operational cost while maintaining high separation performance
  • Wide industrial applicability covers chemical, food, petroleum, environmental, and mineral industries

Application Scenarios

  • Industrial wastewater treatment for sludge dewatering and solid-liquid separation
  • Chemical industry for suspension clarification and product purification processes
  • Food industry for juice clarification, starch processing, and protein separation
  • Petroleum industry for crude oil sludge removal and waste oil purification
  • Mining and mineral processing for slurry separation and particle grading systems

Selling Points

  • Continuous enclosed operation enables stable industrial-scale production with minimal downtime
  • Strong adaptability handles variable concentration, particle size, and multi-phase materials effectively
  • High automation reduces labor intensity and improves process consistency and control accuracy
  • Durable wear-resistant structure ensures long service life under abrasive industrial conditions
  • Energy-efficient design reduces operational cost while maintaining high separation performance
  • Wide industrial applicability covers chemical, food, petroleum, environmental, and mineral industries

FAQ

Q1: What materials can this decanter centrifuge process?
It can process suspensions, emulsions, and multi-phase mixtures with varying particle sizes and concentrations.

Q2: Can it perform three-phase separation?
Yes, it can separate solid, light liquid, and heavy liquid phases in emulsions.

Q3: Is the operation continuous?
Yes, it supports continuous feeding, separation, and discharge under full-speed operation.

Q4: What industries commonly use this equipment?
It is widely used in chemical, food, petroleum, environmental protection, and mineral processing industries.

Q5: How is wear resistance ensured?
Key parts use hard alloy or ceramic wear-resistant layers to extend service life.

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