"sink float tank for separation"

Plastic Sink-Float Separation Tank for Sinking Materials Function: Separates and collects dense plastic fractions (e.g., PET, PVC) that sink in water from lighter floating materials (e.g., PE, PP). It employs continuous feeding, controlled water flow, and specialized conveying mechanisms to achieve high-purity output of the sinking materials. Key Features: 1.High-Precision Separation: Designed with optimized flow dynamics and weir systems to create a stable medium environment

Plastic Sink-Float Separation Tank & Bottom Discharge Conveyor for Plastic Recycling Machine Function: The RAYFON EST Plastic Sink-Float Separation Tank & Bottom Discharge integrated system is designed for density-based separation and automated material handling in plastic recycling processes. It separates mixed plastic flakes by utilizing differences in specific gravity — lighter materials float and are skimmed off, while heavier materials sink and are extracted from the

Double-shaft Sinking-Floating Rinse Tank Washing Machine for Plastic Recycling Function: Separates and collects dense plastic fractions (e.g., PET, PVC) that sink in water from lighter floating materials (e.g., PE, PP). It employs continuous feeding, controlled water flow, and specialized conveying mechanisms to achieve high-purity output of the sinking materials. Key Features: 1.High-Precision Separation: Designed with optimized flow dynamics and weir systems to create a

Plastic Sinking-Floating Separation Brine Tank for Floating Materials Function: Separates and collects dense plastic fractions (e.g., PET, PVC) that sink in water from lighter floating materials (e.g., PE, PP). It employs continuous feeding, controlled water flow, and specialized conveying mechanisms to achieve high-purity output of the sinking materials. Key Features: 1.High-Precision Separation: Designed with optimized flow dynamics and weir systems to create a stable

Plastic Sinking-Floating Separation Tank for Plastic Recycling Machine Function: The RAYFON EST primary function of the Sink-Float Separation Tank is to separate mixed plastic waste by density, utilizing a prepared brine solution to purify material streams for recycling. Key Features: 1.Density-Based Separation: Efficiently segregates plastics into "sink"(heavier) and "float" (lighter) fractions using a medium with a specific gravity (typically ~1.1-1.2 g/cm³). 2. High

Plastic Flakes Three-Pass Cleaning Washing Tank Function: Utilizes a multi-chamber, counter-current flow principle to continuously separate and settle heavy contaminants from plastic flakes in a water medium. It effectively sinks debris like sand and stones while allowing clean flakes to overflow for the next stage, ensuring deep impurity removal. Key Features: 1.Three-Stage Sedimentation Design: Features three interconnected compartments that guide materials through

Cold Washing HDPE/PP Plastic Recycling Washing Line 500kg/h Project Overview This project involves the supply and integration of a complete 500 kg/h cold washing recycling line, specifically engineered for the recovery of post-consumer HDPE and PP plastics. The line is designed to transform dirty, mixed flake feedstock into clean, high-quality washed flakes, ready for pelletizing or direct manufacturing, using a highly efficient and cost-effective cold washing process without

Cold Washing PET Plastic Recycling Line for Round Bottles 500-1000kg/h Project Overview This cold washing line is configured for processing whole, round PET bottles with a small scale capacity of 500-1000 kg/H. It employs a basic "cold wash" process, making it a cost-effective solution for producing primary recycled material. The output is typically suited for manufacturing low-end chemical fibers or plastic strapping.While ensuring the quality of the equipment and the

Chemical Fiber Grade PET Plastic Recycling Hot Washing Line 2000-3000kg/h Project Overview Optimized for the high-volume production (2000-3000 kg/H) of fiber-grade PET, this line focuses on efficiently removing contaminants that hinder the spinning process. It produces clean flakes that are subsequently sent for Solid-State Polycondensation (SSP) to achieve the necessary viscosity for melt spinning into polyester staple fiber or filament. Process Introduction The process