Explore our foundational machinery configurations optimized for producing high-grade flux-cored welding wire configurations directly aligned with Mozambique's industrial import-substitution initiatives.
Designed for heavy duty packaging operations. High speed automation ensures consistent drum winding, safeguarding the flux-cored structural integrity against humid marine and mining conditions.
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Features zero-slip straight line wire drawing technology with European control algorithms, offering minimal friction heating and uniform tensile parameters for drawing processes.
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Ensures absolute chemical homogenization of rutile, basic, or metal-cored formula powders, essential for stable welding arcs in gas-shielded or self-shielded wire operations.
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Engineered to execute high-strength joints on wire feedstock, minimizing downtime on the main drawing line and maximizing overall equipment effectiveness (OEE).
Learn More →Mozambique is transitioning into an African industrial powerhouse, catalyzed by massive capital investments in energy, heavy mineral extraction, and transport corridors. Major initiatives, including the LNG developments in the Rovuma Basin, the expansion of the Port of Beira, the rehabilitation of the Nacala Development Corridor, and iron ore extraction projects, demand significant quantities of high-strength structural steel fabrication.
Currently, the market relies heavily on imported structural welding consumables, resulting in long supply chains, premium pricing, and exposure to foreign exchange fluctuations. Establishing a local, state-of-the-art Flux Cored Welding Wire (FCW) Production Line provides a strong competitive advantage. By producing high-demand E71T-1 (rutile for structural fabrication) and self-shielded E71T-11 (for field welding in coastal infrastructure) domestically, manufacturers can minimize logistics costs, bypass import tariffs, and secure access to the wider Southern African Development Community (SADC) market duty-free.
At Beijing Orient Pengsheng Tech Co., Ltd., we combine European structural engineering expertise with cost-effective Chinese manufacturing. We supply turn-key projects optimized to withstand local ambient conditions, ensuring reliability and long-term production capability.
Over two decades of dedication to design, engineering, and manufacturing of premium wire drawing and welding wire machinery.
Founded systematically in 2011, Beijing Orient Pengsheng Tech Co., Ltd. builds upon more than 20 years of hands-on machinery manufacturing experience. With core technical design support from European cooperators and persistent local innovations, we have established our own technology, proprietary manufacturing facilities, and standard management practices. We dedicate ourselves to supplying flux-cored wire production systems that operate with stability, low maintenance, and energy efficiency.
Our technical engineers analyze raw material compositions (such as hot-rolled low-carbon steel strip coil inputs) and flux powder formulations to customize roll-forming passes. This ensures optimal fill-factor parameters and reliable welding arc execution.
Critical drafting systems, reduction ratios, and profiling geometries are engineered using European wire-drawing design standards to minimize strip damage and wire breakage.
With more than 150 turnkey installations operating globally across Europe, Asia, and emerging African markets, we offer proven, production-ready manufacturing systems.
A comprehensive step-by-step technological overview from raw steel strip to ready-to-weld wire reels.
Wide, hot-rolled steel strip coils are slit into precise widths (typically 12-20mm). This strip is then processed in our ultrasonic cleaning line to remove surface rust, residual oils, and contaminants, ensuring strong slag-flux-shell bonding.
The cleaned steel strip passes through a series of forming rollers to shape it into a U-channel. Concurrently, a computerized volumetric or gravimetric micro-feeder dispenses the mixed flux powder into the channel, maintaining a precise filling ratio (typically 15% - 22%).
The U-channel is closed to form a tube (butt seam or overlap type). This tube is then processed through straight-line wire drawing machines using tungsten carbide dies or rolling cassettes. This reduces the outer diameter to finished sizes (typically 1.2mm or 1.6mm) while compacting the internal flux powder.
Operating a flux-cored welding wire factory in Mozambique requires strict compliance with international mechanical properties standards (such as AWS A5.20 / AWS A5.22). Our automated lines offer several integrated advantages:
In regions like Cabo Delgado, Nacala, and Beira, structural steel fabrication projects face challenges from humid, salty coastal winds. While solid wire (GMAW) is susceptible to wind-induced porosity from gas shield disruption, self-shielded flux-cored wire (FCAW-S) is designed for field use. It creates its own gas shield, protecting the weld pool under challenging outdoor conditions.
Additionally, gas-shielded flux-cored wire (FCAW-G) delivers deeper penetration and higher deposition rates in all positions compared to traditional stick electrodes (SMAW) or solid wires. This improves productivity in critical structural welds for ship repairing at the Maputo dry docks, mine equipment refurbishment in Tete, and bridge erection over the Zambezi River.
Setting up a local production line using Beijing Orient Pengsheng equipment allows manufacturers to supply customized product variants:
Every critical system component is designed and manufactured in-house to guarantee mechanical compatibility, synchronized speeds, and reliable product quality.
Divides standard structural steel coils into custom narrow strips, maintaining tight width tolerances and clean edges.
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Maintains precise tension control and layer spooling for plastic spools, wire baskets, and heavy metal coils.
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Includes high-precision tooling and cold-forming roll stands to form steel strips into tubular geometries without stress cracks.
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Features automated clamping and shear-welding capabilities to join steel strip ends, ensuring continuous manufacturing runs.
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High speed layer winder equipped with wire tension control and automatic spool changes to minimize manual handling.
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Cleans the steel strip using high-frequency cavitation before roll forming, promoting flux powder adhesion.
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Assists with large-volume packaging for heavy industrial users by coiling finished wire directly into high-capacity drums.
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A turn-key system including payoff systems, cleaning units, drawing blocks, winding lines, and packaging automation.
View Product Details →Facilitating installation, regulatory compliance, and local technical training for production lines.
Our engineers configure machines to produce welding consumables that meet AWS, EN, and ISO specifications. This facilitates testing and approval by the Instituto Nacional de Normalização e Qualidade (INNOQ) in Mozambique.
We handle shipping documentation for port arrivals in Maputo, Beira, or Nacala. This includes providing the necessary certificates of conformity and detailed customs declarations to simplify clearing and local delivery.
We provide operational manuals and remote or on-site commissioning services supported by Portuguese-translated guides and clear technical documentation. This helps train local personnel to run the equipment safely and productively.
Our control panels support IoT remote diagnostics. With permission, our Beijing engineering team can access the PLC system over the internet to debug software, monitor sensor states, and guide local maintenance teams through repairs.
Our commitment to continuous research and development ensures your investment remains competitive as industrial standards evolve.
Traditional drawing dies create high friction, which requires significant electrical power and cooling water. Our modular rolling cassettes reduce friction by substituting sliding friction with rolling friction. This reduces the energy consumption of the drawing process by up to 25%—a major operational cost benefit under regional power grid tariffs.
Using continuous feedback loops and electromagnetic sensors, our latest forming systems automatically adjust strip speed and vibratory feeder rates in real-time. This dynamic dosing maintains a precise powder fill ratio (FDR) within a ±0.5% tolerance, even during line acceleration or deceleration.
As environmental regulations tighten globally, demand for welding consumables with low slag and low hexavalent chromium emissions is rising. We collaborate with international chemical engineers to provide powder mixing equipment designed for high-density, low-fume rutile formulations. This supports compliance with local work safety regulations.
From automatic payload pay-offs to packaging machines, the entire production sequence is controlled by unified HMI interfaces. Operators can monitor temperature profiles of the baking ovens, capstan speeds, and safety alarms from a centralized pulpit or a mobile dashboard.
Get answers to common technical, logistics, and operational questions about establishing a welding wire plant in Mozambique.
Typically, you will need low carbon hot-rolled steel strip coils (usually SAE 1006, SAE 1008, or SPCC grade) with a thickness of 0.8mm to 1.2mm, depending on your target wire diameter. Additionally, high-quality flux minerals (Rutile TiO2, ferro-manganese, ferro-silicon, and deoxidizers) are needed for the core filling. We can help source raw materials through our global partner network.
The standard delivery time is 2 to 3 months, depending on the custom configurations of your line. Our engineers supervise site installation, carry out commissioning, and provide training. We support you until the line produces qualified wire batches that meet international certification standards.
Our machines are constructed with rust-preventative industrial coatings, IP65-rated enclosures for electrical panels, and optionally include air-conditioned control cabinets to prevent internal moisture condensation. We also recommend and design optimized internal cooling systems to maintain steady working temperatures.
We provide a 12-month mechanical warranty from the date of site startup. This warranty covers mechanical and structural components, excluding consumable items like drawing dies, cassette rolls, and wear parts. We maintain an inventory of spare parts for rapid dispatch to reduce unexpected downtime.
We typically accept a 30% deposit in advance by wire transfer (T/T), with the remaining 70% balance paid by irrevocable Letter of Credit (L/C) or T/T upon presentation of shipping documents. Alternative payment terms can be discussed with our finance department during project design.
Orient PengSheng