TPU Production Turnkey Plant
Plan one-step or two-step TPU production around your reaction feeding, multi-component metering, mixing and casting requirements, with downstream equipment matched to the selected process.
Applications
Explore the production objectives and product requirements that guide the process and equipment configuration.
Reactive TPU Production
Choose one-step or two-step reaction feeding and extrusion around the selected chemistry and grade.
Film-Grade TPU
Coordinate reaction, melt handling and pelletizing for the specified aliphatic or film-grade material.
HFFR Compounding
Treat mineral-additive compounding as a distinct processing package; it is not automatically TPU polymer synthesis.
ETPU Precursor Pellets
Produce the specified precursor pellets for a separately defined downstream bead-expansion process.
Manufacturing Solutions
One-step and two-step TPU production use different reaction-stage layouts. Separate reactive extrusion from HFFR compounding and ETPU precursor pellet production; downstream expansion or film conversion is a separate scope.
One-Step TPU Production
Configure reaction feeding, multi-component metering and mixing for the selected one-step process, with casting or downstream systems matched to the actual material flow.
Process and Configuration
Two-Step TPU Production
Coordinate the two processing stages, material handling, metering and mixing around the specified TPU route and downstream requirements.
Process and Configuration
Reactive Extrusion and Underwater Pelletizing Package
The package covers liquid feed conditioning and multi-stream metering, twin-screw reactive extrusion, melt pumping, underwater pelletizing and the specified dewatering/drying stages. A prepolymer reactor for a two-step route and solid feeders are optional. Materials, utilities and nitrogen supply are agreed external interfaces. One-step and two-step process layouts are confirmed separately.
Process and Configuration
Aliphatic TPU Reactive Extrusion Package
A two-stage aliphatic TPU process with prepolymer preparation, reactive extrusion, melt conditioning and pelletizing for film-grade development.
Process and Configuration
HFFR TPU Compounding Package
Gravimetric TPU and mineral-additive feeding with configured compounding, venting and pelletizing for cable-grade development.
Process and Configuration
ETPU Precursor Micro-Pellet Package
Reactive extrusion and uniform micro-pellet production for downstream expanded-TPU bead and footwear development.
Process and Configuration
Film-Grade TPU Reactive Extrusion Package
TPU feed preparation, reactive extrusion and melt stabilization for downstream thin-film processing and grade development.
Process and Configuration
Equipment for Your Production Process
Compare reaction feeding, reactive extrusion and pelletizing equipment with separately identified compounding and micro-pellet configurations. Product grade, chemistry and downstream interfaces define the selected package.
Low-Pressure PU Foaming Machine | TPU Production
PU pouring machine designed for TPU production, featuring precise temperature control for uniform melting. Widely used in film, tubing, cable jacketing, and injection molding applications.
TPU Reactive Extrusion Line | Underwater Pelletizing
The HF-TPU75-REX is a continuous twin-screw reactive extrusion and underwater pelletizing line engineered for one-shot TPU synthesis, tight molecular weight distribution, and uniform spherical pellet production.
TPU Reactive Extrusion Line | Aliphatic Film Grades
A two-stage aliphatic TPU process with prepolymer preparation, reactive extrusion, melt conditioning and pelletizing for film-grade development.
TPU Compounding Line | HFFR Cable Grades
Gravimetric TPU and mineral-additive feeding with configured compounding, venting and pelletizing for cable-grade development.
TPU Micro-Pellet Extrusion Line | ETPU Precursors
Reactive extrusion and uniform micro-pellet production for downstream expanded-TPU bead and footwear development.
TPU Reactive Extrusion Line | Blown-Film Grades
TPU feed preparation, reactive extrusion and melt stabilization for downstream thin-film processing and grade development.
Share Your Product, Material, Output and Factory Requirements
Explore a public-source industry reference. The page identifies its source and data conditions; it is not a Haifeng delivery record.
View Industry ReferenceEquipment Configuration and Engineering Delivery
Define the process, equipment and supporting operations together. Haifeng supply, integrated equipment and customer-provided systems are identified for the selected project.
Reaction Route and Feed Preparation
Confirm one-step or two-step chemistry, feed streams and any separately supplied prepolymer preparation.
Metering and Extrusion Interfaces
Coordinate component delivery and the selected reactive extrusion or compounding arrangement.
Pelletizing and Drying
Define melt transfer, pellet formation, dewatering and drying for the required pellet process.
Grade and Downstream Requirements
Validate the specified grade and clarify film-conversion or bead-expansion interfaces separately.
Discuss Your Production Goals
Provide the TPU chemistry and grade, selected one-step or two-step route, component data, target mass output, pellet requirements, daily working hours and downstream process. Identify whether the request concerns polymer production, additive compounding or ETPU precursor pellets.
