Featuring advanced structural mechanics and high precision speed regulation designed specifically to meet Benelux safety and efficiency metrics.
Advanced shaping rollers guarantee seamless forming with precise overlap or butt joint sealing for robust flux powder encapsulation.
Explore Forming Machine
Equipped with high-performance cooling and straight-line drawing technology, maintaining wire tensile consistency.
Explore Drawing Machine
Provides flawless layer winding at high speeds, critical for high-efficiency robotic welding stations in Holland.
Explore Rewinding Machine
Automated drum packing with high-density configuration, ideal for bulk shipping and heavy industrial integration.
Explore Packaging MachineThe Netherlands sits at the absolute heart of European maritime logisitics, offshore construction, and high-tech structural steel engineering. With world-class shipyards scattered around Rotterdam, Vlissingen, and Amsterdam, along with massive capital investments in offshore wind energy in the North Sea, the demand for high-strength, low-hydrogen welding consumables is rising at an exponential rate.
Traditional solid welding wire is increasingly replaced by Flux Cored Arc Welding (FCAW) technologies. For Dutch manufacturers, Flux Cored Wire (FCW) provides superior penetration, high-speed deposition rates, and outstanding metallurgical integrity under challenging environmental conditions. Operating a local flux cored wire production plant within the Benelux region allows manufacturers to react flexibly to custom chemical specifications requested by offshore and civil engineering authorities (such as Rijkswaterstaat).
Combining European structural standards with Chinese manufacturing agility to deliver superior performance.
Beijing Orient Pengsheng incorporates European technical blueprints with imported critical control systems, ensuring long-term mechanical stability and compliance with strict EU safety parameters.
With hundreds of equipment segments deployed across Western Europe, the Americas, and Asia, our manufacturing designs have undergone multiple stages of industrial refinement to offer seamless high-speed operation.
Our technical department features bilingual engineers who specialize in remote diagnostics, PLC system updates, and on-site factory commissioning. We support complete setup and operator training.
Producing flux cored welding wire requires absolute consistency across multiple manufacturing phases. Unlike solid welding wire, which is drawn directly from wire rods, flux cored wire is constructed from a low-carbon steel strip wrapped around a precision-engineered core of powder fluxes (minerals, deoxidizers, and arc stabilizers).
The raw cold-rolled steel strip must be slit to exact widths matching the final wire diameter targets. The slitting machine cuts master coils into narrow strips. These strips are then processed in our *Steel Strip Ultrasonic Cleaning Machine* to remove all traces of rolling oils, grease, and oxides. Any surface contamination at this point would compromise the low-hydrogen property of the final weld deposit.
The chemical composition of the flux determines the mechanical properties of the weld. Utilizing our *Flux Powder Mixing Machine*, raw minerals and alloys are blended into a completely homogeneous mixture. In high-humidity environments like the coastal zones of the Netherlands, these powders are heated and stored in specialized humidity-controlled ovens to avoid moisture absorption.
The steel strip is continuously fed into the *Steel Strip Forming Machine*. In this machine, the strip passes through a series of precision forming rollers which shape it into a U-groove. The blended flux powder is deposited into the U-groove via an automated vibrational feeding unit. The machine then closes the seam using either an overlap joint or a butt weld joint. The fill ratio is monitored in real-time to ensure absolute linear consistency.
Once filled and closed, the thick wire is pulled through a series of *Straight-Type Drawing Machines* utilizing specialized tungsten carbide drawing dies or rolling cassettes. This reduction process compresses the internal powder core, eliminating internal voids while increasing wire density and wire stiffness. Finally, the finished wire is layer-wound onto spools using our *High Precision Layer Rewinding Machine* to prevent wire twisting during robotic pay-off operations.
Matching specific steel-wire production configurations to Netherlands' stringent industrial demands.
Heavy-duty monopiles and transition pieces fabricated for North Sea wind projects require extreme structural integrity. Our forming lines allow Dutch manufacturers to produce seamless and folded basic/rutile flux-cored wire that yields flawless CTOD values at low temperatures (-40°C).
Marine welding requires fast deposition rates in all positions. Operating an in-house drawing and packaging line allows Dutch shipbuilders to produce custom rutile flux cored wires (AWS A5.20 E71T-1M / E71T-12M) on-demand, reducing dependency on external logistics.
Rijkswaterstaat bridge projects require strict quality documentation (EN 10204 3.1 & 3.2 certification). Our machinery is built to record critical operational data during forming and drawing, creating a digital trace of production consistency.
For decades, European manufacturers faced a trade-off: buy expensive local machinery or source low-cost imports that lacked safety standardizations. We have closed that gap.
We facilitate quick clearance and setup through Rotterdam, handling all export paperwork, container packing guidelines, and transport security measures to guarantee smooth custom handling.
Connect with a Sales EngineerPurchasing a complete production line is a capital-intensive project requiring clear milestones, engineering reviews, and quality assurance checkpoints. Our standard project execution phase is structured as follows:
Determining targeted chemical formulas, wire diameters (1.2mm, 1.6mm, etc.), production speed, and spatial footprint within the customer facility.
Prior to shipment, the machinery is assembled at our factory. Customer engineers are invited to inspect operations and verify drawing speed and powder fill accuracy.
Once delivered to the Netherlands, our mechanical and electrical engineers assist with the mechanical installation, electrical connection, and fine-tuning.
Professional insights on ordering, shipping, configuring, and operating welding wire lines.
Explore our full line of wire processing, cleaning, winding, and auxiliary equipment.
Splits wider steel coils into precise narrow strips required for continuous roll-forming operations.
View Details
High-speed automated spooling system for solid MIG/TIG wires ensuring perfect wire lay.
View Details
Achieves homogeneous distribution of powder alloys prior to the core filling stage.
View Details
Allows continuous feeding by joining the ends of successive steel strips with high precision.
View Details
Auxiliary resistance butt-welding unit for joining wire rods during continuous drawing lines.
View Details
Automated drum/barrel packager designed for high volume distribution to structural steel fabricators.
View Details
Removes lubricants, dirt, and corrosion, ensuring chemical purity of the final welding wire.
View Details
Complete integrated system for high-volume fabrication of copper-coated MIG wires.
View DetailsSpeak directly to our engineering coordinators to configure custom mechanical layouts, chemical mixing proportions, and commissioning schedules.
Send Inquiry Now
Orient PengSheng