Explore high-yield turnkey solutions designed for rigorous polymer processing: from high-vacuum calibration tanks to advanced multi-layer automotive and micro-bore medical lines.
Polyvinyl Chloride (PVC) processing demands an uncompromising balance between thermal management, shear stress distribution, and mechanical metallurgy. Unlike polyolefins, PVC polymers are shear-sensitive and thermally unstable near their processing window (160°C to 205°C), generating corrosive hydrochloric acid gas if subjected to dead spots or localized shear overheating.
Founded on a rich lineage starting in 1999 with 18 prior years of Taiwanese technical excellence and formally established as BAOD EXTRUSION in 2002, Jiangsu Baodie Automation Equipment Co., Ltd. has developed specialized screw flight profiles, deep nitrided 38CrMoAlA alloy barrels, and bimetallic coatings designed to handle rigid PVC (RPVC), plasticized flexible PVC (FPVC), and cellular foamed PVC profiles without polymer degradation.
Technical Guarantee: Our dedicated screw geometry ensures laminar homogenizing of additives, stabilizers (Ca-Zn/Organotin), and fillers (CaCO3 up to 100 phr), maintaining continuous melt pressure deviation under ±0.5 bar during long automated production campaigns.
Operating a modernized 16,000 m² heavy-assembly workshop in Haian, Nantong, Jiangsu, BAOD EXTRUSION eliminates reliance on outsourced machining clusters, consolidating metallurgical, electrical, and trial testing under one roof.
Our in-house tool and die center uses wire EDM and multi-axis CNC machines to achieve micron-accurate flow channels, eliminating internal drag stresses in rigid PVC profiles.
Specially engineered for processing high-filler CaCO3 PVC formulas and chlorinated PVC (CPVC). Barrels and screw flights receive tungsten-carbide plasma transferred arc (PTA) welding.
Permanent magnet synchronous motors with direct drive gearboxes eliminate belt slip, delivering micro-radian rotational speed accuracy to synchronize extruders, pullers, and cutters.
No extrusion machine leaves our facility unproven. We utilize client-supplied resin pellets or dry blend compounds for full-speed validation, checking wall thickness and mechanical specs.
From complex NVH automotive seals with metal carriers to cleanroom multi-lumen profiles, our custom PVC profile extruders solve unique flow, rheology, and cooling challenges.
Automotive body sealing strips must incorporate co-extruded rigid PVC/steel backbone inserts with soft PVC or TPV lip seals to meet stringent door NVH acoustic insulation standards.
Class 100,000 cleanroom extrusion of plasticized non-DEHP/TOTM PVC tubing and multi-lumen peristaltic pump profiles. Built with zero-oil downstream vacuum and closed-loop DI water circuits.
Heavy-duty cellular PVC foam profiles, thermal barrier window framing strips, and flame-retardant wiring ducts (UL94 V-0) requiring high screw torque and superior surface gloss.
Procuring PVC profile machinery for European, North American, or Japanese tier-1 supply networks requires engineering depth far beyond a competitive quote.
Our profile lines are modeled on 8,000 operational hours per year. High-grade helical gearboxes, hardened thrust bearings, and low-friction heating ceramics ensure lower kilowatt-hour per kilogram consumption.
All control panels are constructed to European CE Machinery Directive (2006/42/EC), Low Voltage Directive (2014/35/EU), and North American UL 508A / NFPA 79 standards with worldwide component availability.
Rapid die centering with self-aligning locating pins and quick water/vacuum disconnect couplings cuts production changeover from 3.5 hours to under 45 minutes, dramatically cutting downtime.
Continuous dimensional feedback communicates through Profinet to downstream caterpillar haul-offs, instantly adjusting pulling velocity if wall thickness or profile dimensions drift past tolerances.
Our research and development pipeline addresses decarbonization, biological additives, heavy-filler formulations, and AI-enabled closed-loop rheological modeling.
Real-time sensor arrays in the barrel adapter and die zones measure melt viscosity in micro-second intervals. Embedded neural algorithms adjust individual zone cooling fans before pressure spikes induce shear burning.
Overcoming irregular regrind bulk densities through specialized twin-grooved feed bushings, dual vented vacuum ports, and adaptive de-volatilization systems that prevent gas porosity in recycled structural profiles.
Native Industry 4.0 integration feeding SCADA/MES environments. Track true power draw per kilogram, runtime barrel heating duty cycles, thermal gradients, and automated predictive maintenance notifications.
A dependable extrusion line requires lifecycle backing. BAOD EXTRUSION pairs equipment delivery with turnkey installation, commissioning, process training, and remote diagnostic response.
Our senior commissioning engineers deploy directly to customer production facilities across Europe, North America, Southeast Asia, and the Middle East. We supervise equipment leveling, electrical terminations, water-circuit piping, and execute real-polymer trial runs until your local team achieves target line speeds and dimensional CPK standards.
We eliminate machine downtime by incorporating globally serviceable brand standards. Gearbox bearings, servo drives, contactors, pneumatic solenoids, and PLC modules are readily available through local supply houses worldwide, backed by guaranteed stock at our central spare parts warehouse.
Clear, direct answers for factory managers, lead engineers, and procurement directors sourcing precision profile equipment.
Complete your production setup with individual standalone units or fully integrated line packages engineered for uncompromised reliability and process repeatability.
Provide your profile part 2D/3D CAD drawing, target polymer material specification (RPVC/FPVC/CPVC), and required kg/h production capacity. Our extrusion engineers reply with mold design, screw profiling, and layout simulation within 24 business hours.