Explore our leading machinery modules designed for producing industrial-grade hardfacing and flux cored welding wires.
Ensure precise powder blending before production. Our proprietary powder mixing solutions maintain consistent core compositions for reliable hardfacing metallurgy.
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Highly precise butt welder for joint welding in continuous wire production lines, optimizing runtime efficiency and minimizing tension breaks.
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Advanced bulk drum and pail packing equipment designed for high-capacity continuous dispensing in robotic welding applications.
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Certified high-speed precise layer spooling solution. Features digital tension control to achieve consistent and tangle-free spool layers.
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Precision slitting machinery designed to shear wide steel strip coils down to exact narrow widths required for tubulated wire forming.
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High-precision automated shear and butt welder for uninterrupted strip entry in high-speed form-and-fill drawing mills.
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Engineered roll tool profiles and drawing dies to achieve consistent reduction steps while maintaining optimal core filling ratio.
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Integrated manufacturing solution designed for carbon steel, stainless steel, and alloy solid wires. Highly automated from pay-off to take-up.
View Details →Industrial machinery operates under extreme tribological conditions. Components in cement production, open-cast mining, thermal power generation, and heavy steel milling are subject to severe abrasive wear, impact force, thermal stress, and chemical corrosion. Replacing these massive structural parts frequently creates immense operational costs and logistical delays.
Hardfacing via Submerged Arc Welding (SAW) and open arc processes represents a critical macro-economic solution. By cladding wear-resistant carbide and boride alloys onto low-cost structural steels, industrial plants can extend component lifespans by up to 300% to 800%.
At Beijing Orient Pengsheng Tech Co., Ltd., we engineer turnkey, CE-certified production lines that enable manufacturers to produce premium hardfacing tubular wires locally, reducing dependence on imports and matching international metallurgical standards.
With over 20 years of hands-on experience in flux cored welding wire manufacturing machines, we have built a reputation for robust and reliable engineering.
Backed by our European technical cooperation partners and our continuous internal innovation, we design technology, build high-performance manufacturing facilities, and supply global clients with advanced, CE-compliant FCW lines.
We believe that high-quality welding wire production requires stable manufacturing equipment. Our systems are engineered to prevent internal wire breakage, keep powder fill rates consistent, and maintain wire diameter tolerances within microns.
We utilize advanced manufacturing machinery, with core processing assemblies imported directly from European partners to ensure durability.
We have deployed hundreds of machines and lines globally, supporting major heavy-welding consumable brands.
Our service department provides engineering consulting, on-site installation, training, and remote digital diagnostics.
We continuously gather feedback to optimize our software and mechanical modules, providing custom configurations for specific user needs.
Understanding the market dynamics of Submerged Arc Welding (SAW) hardfacing wire production across continents.
Industrial users demand highly specific alloys. Hardfacing wire factories must handle low-alloy steels, high-chromium steels, and complex alloys (containing Nb, V, Ti, W) to address sliding wear and high-impact conditions.
Maintaining stable filling ratios is critical. In SAW wires, fluctuations in the internal powder-to-strip ratio can alter the chemical composition of the weld deposit, leading to wear failure or cracking. Automated feedback controls help prevent these issues.
Global operations rely on compliance. Products must align with AWS A5.21 (Specification for Bare Electrodes and Rods for Surfacing) and EN ISO 14700 (Welding consumables - Welding consumables for hard-facing).
Beijing Orient Pengsheng Tech. Co., Ltd supplies complete machinery lines to produce flux cored welding wires matching international standards.
Our precise slitting systems divide standard wide steel strip coils into targeted narrow coils with tight width tolerances, preparing raw materials for continuous tube-forming.
Utilizes multi-stage ultrasonic baths to clean the steel strip surface, removing rolling oils, scale, and surface contaminants prior to forming.
This module shapes the steel strip into U-profiles, dispenses flux powder uniformly, and seals the seam using either butt-seam or overlap configurations.
Utilizes straight-line capstans and precision rolling cassettes to reduce wire diameter to target sizes while maintaining optimal compaction of the core powder.
High-speed, automatic systems that pack finished hardfacing wires directly into drums, designed to support high-productivity industrial applications.
Wraps drawn wire onto spools with precise pitch and layer control, ensuring smooth feed rates in automatic welding operations.
Integrates blending, heating, and filtering modules to prepare dry, homogenized flux powders for consistent core filling.
Essential support components that weld strip and wire ends to enable continuous production and reduce setup downtime.
Compare standard parameters across the different processing stations of our hardfacing and flux cored wire production lines.
| Station / Component | Key Process Parameters | Operational Speed | Drive / Control Method | Primary Quality Control Indicator |
|---|---|---|---|---|
| Steel Strip Slitting Line | Width tolerance: ±0.05 mm; Max strips: 15 | 0 - 80 m/min | AC Variable Frequency / PLC | Burr height < 0.03 mm; uniform width |
| Ultrasonic Cleaning Unit | Frequency: 25-40 kHz; Multi-chamber | Max 30 m/min | Digital Ultrasonic Generator | Residual oil < 5 mg/m² (Prevent hydrogen porosity) |
| Forming & Filling Mill | Butt/Overlap types; Fill rate: 15% - 45% | 12 - 25 m/min | Servo Motor Synchronized Feed | Filling consistency: ±0.5% weight variation |
| Straight-Line Drawing Machine | Capstan dia: 500-600 mm; Cassette rollers | 0 - 6 m/s (finish draw) | Siemens PLC & Fieldbus Integration | Diameter tolerance: ±0.02 mm; wire roundness |
| High-Precision Layer Winder | Spool sizes: BS300, K415; Tension: 5-80 N | Max 15 m/s | Closed-loop dual servo tension control | Zero-crossover spool lay, tangle-free payoff |
Ensuring compliance with local standards and providing local operational support in major industrial regions.
Our production lines are engineered and certified to meet the European Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU, and Electromagnetic Compatibility (EMC) Directive 2014/30/EU, providing a safe operating environment.
With over 150 complete flux cored welding wire lines delivered to over 10 countries, we maintain long-term partnerships in Western Europe, the Americas, and Central Asia.
Our service teams handle installation, system configuration, and operator training. We maintain stock of critical wear components (including cassettes and slitter blades) to support client operations.
Hardfacing wires produced on our lines are used to extend the lifespan of critical components in various heavy industries.
Vertical Roller Mill (VRM) tyres, table liners, crusher hammers, and conveyor screws require heavy hardfacing deposits to withstand continuous abrasive rock crushing.
Continuous caster rolls, table rolls, hot strip mill rollers, and shear blades require high-temperature oxidation and thermal fatigue resistance, achieved via Submerged Arc cladding.
Shovel buckets, draglines, wear plates, coal pulverizer rolls, and fan blades are rebuilt using chromium carbide alloys to reduce maintenance downtime.
How we are preparing wire drawing and filling technology to meet Industry 4.0 standards.
Integrating real-time gravimetric loss-in-weight powder feeders with inline density sensors to adjust feeding gates and reduce fill-rate variations.
Using electromagnetic sensor modules on the drawing frame to detect powder voids or gaps, automatically marking out-of-spec sections before spooling.
Utilizing high-performance dry lubricants and customized roller cassettes to minimize carbon emissions, simplify waste disposal, and produce clean wire surfaces.
Deploying central PLC dashboards that track motor power draw, tension fluctuations, and spool weight, providing performance data to factory MES platforms.
Detailed answers to common technical, commercial, and operational questions about our manufacturing lines.
Our prices are subject to raw material costs, the level of machine automation required, and other market factors. We analyze your technical specifications (such as target wire output, diameter range, and alloy types) to provide professional advice and an official quote. Contact our team to request a customized quotation.
Yes, we provide comprehensive technical and export documentation, including CE Declaration of Conformity Certificates, Quality Inspection Certificates, Certificate of Origin, bills of lading, commercial invoices, custom packing lists, and equipment operation manuals.
We accept a 30% advance deposit via TT (Telegraphic Transfer) to initiate engineering design and procurement, and the remaining 70% balance via irrevocable L/C (Letter of Credit) at sight or via TT against the copy of the Bill of Lading (B/L).
Our standard warranty period is 12 months from the date of machine startup/commissioning at the buyer's site. Please note that the warranty does not cover defects or failures caused by buyer misuse, incorrect power supplies, operational errors, or standard wear parts and consumables (such as drawing cassettes, slitter blades, and welding contacts).
We provide full-lifecycle services:
Pre-Sales Service: Detailed technical consultations, site layouts, and custom engineering design.
After-Sales Service: On-site installation, system commissioning, operator training, remote diagnostics, and prompt spare parts supply.
Yes, we use heavy-duty export packaging designed for ocean freight. This includes vacuum-sealed rust-preventive wrapping, robust steel framework anchors, and heavy wooden crating for electronic panels to prevent physical shock and humidity damage during transit.
Generally, the manufacturing and integration time ranges from 2 to 3 months, depending on the configuration and number of machine modules. We specify the delivery schedule within the official proposal.
Our advantages include:
* High-quality, field-proven machinery modules.
* Over 20 years of experience specializing in flux-cored wire manufacturing technology.
* Integrated mechanical and electrical engineering support.
* Prompt and accessible after-sales service to minimize plant down-time.
Explore auxiliary and specialized modules from our catalogue to complete your production workflow.
High-speed, automatic drum packing systems configured for bulk wire distribution. Ideal for industrial-scale end-users.
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A precision multi-station roller mill designed to convert flat strips into U-shaped structures, supporting both overlap and butt seam joint variations.
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Advanced straight-line capstans that draw tubular welding wire to its final calibration diameter without twisting the internal powder core.
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Provides deep cleaning to prepare strip surfaces for optimal weldability, removing lubricants and oxides before forming.
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A reliable layer winding station with closed-loop tension feedback, designed to produce tidy, commercial-ready spools.
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Ensure precise powder blending before production. Our proprietary powder mixing solutions maintain consistent core compositions for reliable hardfacing metallurgy.
View Details →
Advanced bulk drum and pail packing equipment designed for high-capacity continuous dispensing in robotic welding applications.
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Integrated manufacturing solution designed for carbon steel, stainless steel, and alloy solid wires. Highly automated from pay-off to take-up.
View Details →If you are interested in our hardfacing SAW wire production lines or individual machine modules, please get in touch. Send us your requirements, and our engineering team will respond with technical advice and configuration details.
Contact Our Engineering Team