Customization:
With corrosion-resistant rubber insulation and copper-aluminum conductors, you can ensure durable performance in harsh industrial environments compared to PVC-insulated cables*. The rubber material provides superior flexibility and temperature resistance, while the copper-aluminum combination balances conductivity and cost efficiency.
With a stranded copper-aluminum conductor design, you can achieve flexible routing and installation in tight spaces compared to solid-core cables*. The stranded structure reduces brittleness, enabling easier handling during setup in complex industrial layouts.
With conductors ranging from 50 to 150mm², you can support high current demands for heavy-duty welding equipment compared to lower-gauge cables*. The 30-meter length ensures extended reach for large-scale operations, outperforming shorter alternatives in workspace flexibility.
With a rugged 1-core low-voltage insulated design, you can ensure safe and efficient power transmission for welding machines in industrial settings compared to multi-core setups*. The single-core configuration minimizes interference and maximizes reliability for continuous operation.
With CE certification and compliance with EU 2015/863 and EN 50525 standards, you can meet strict safety and electromagnetic compatibility requirements for European markets*. These certifications ensure adherence to EU regulations for industrial electrical products.
The Rubber Welding Machine Cable is a high-performance electrical cable designed for welding applications, featuring stranded copper and aluminum conductors for optimal conductivity and weight efficiency. With certifications like CE and EN 50525, it ensures compliance with EU standards. The rubber insulation provides robust protection against heat and environmental stress, making it ideal for industrial settings. Available in cross-sectional areas from 50 to 150mm², it caters to diverse power requirements.
Feature | Specification | Application Scenario |
---|---|---|
Conductor Material | Copper core with aluminum sheath | Heavy-duty welding equipment requiring high current and lightweight solutions |
Insulation Material | Heat-resistant rubber (up to 130°C) | High-temperature environments in manufacturing plants |
Certifications | CE, EU 2015/863, EN 50525 | Export to EU markets and safety-compliant installations |
Cross-Sectional Area | 50–150mm² (adjustable) | Custom current handling for welding machines (e.g., 50mm² for standard, 150mm² for heavy-duty) |
Core Count | 1 core | Direct power transmission without signal interference |
Adjustable cross-sectional areas (50–150mm²) to meet specific current load requirements. Custom color coding options for easy identification in complex installations.
With its rubber insulation and dual-material conductors, this cable ensures reliable power delivery in harsh environments. Whether for small workshops or large-scale manufacturing, it adapts to your operational needs while maintaining safety and efficiency.
Parameter | Base Model (50mm²) | Advanced Model (95mm²) | Pro Model (150mm²) |
---|---|---|---|
Current Capacity | 100A | +20% (120A) | +40% (140A)* |
Temperature Resistance | 100°C | +15% (115°C) | +30% (130°C) |
Weight Efficiency | Standard | 15% lighter | 30% lighter |
Technical Breakthroughs:
Version Selection Guide:
*Pro Model’s 140A capacity exceeds industry benchmarks by 40%, enabling safe operation in high-load scenarios.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Conductor Material | Industrial Welding, Heavy Machinery | ▲ Our Advanced: Pure Copper (IACS 100% conductivity) Industry Standard: Copper-Aluminum Hybrid (IACS 95%) Our Base: Copper-Aluminum Hybrid (IACS 95%) | ▲ Advanced: 5% higher conductivity (ideal for high-current applications) Base/Standard: Cost-effective for standard welding needs | ▲ Advanced: 20% heavier than Base (weight trade-off for conductivity) |
Insulation Type | Outdoor/Indoor Power Distribution | ▲ Our Advanced: TPR + Flame Retardant (-25°C to 80°C) Industry Standard: PVC (-15°C to 60°C) Our Base: TPR (-25°C to 70°C) | ▲ Advanced: 20% wider temp range (operates in extreme heat/cold) Base/Standard: Durable against abrasion and UV exposure | ▲ Advanced: 15% thicker insulation (slightly bulkier) |
Voltage Rating | High-Power Welding, Mining Equipment | ▲ Our Advanced: 1000/1500V (IEC 60228) Industry Standard: 450/750V Our Base: 600/1000V | ▲ Advanced: Supports 3x higher voltage than Standard (for heavy industrial use) Base/Standard: Meets basic welding machine requirements | ▲ Advanced: Requires specialized connectors (adds installation cost) |
Current Capacity | Arc Welding, Plasma Cutting | ▲ Our Advanced: 450A (IEC 60228) Industry Standard: 350A Our Base: 400A | ▲ Advanced: 28% higher current capacity than Standard (reduces overheating risks) Base/Standard: Sufficient for most commercial welding setups | ▲ Advanced: Thicker cable diameter (less flexible in tight spaces) |
Flexibility | Portable Equipment, Mobile Welding Units | ▲ Our Advanced: Bend Radius 4x OD (ISO 817) Industry Standard: Fixed Installation Only Our Base: Bend Radius 6x OD | ▲ Advanced: 33% tighter bending (easier to route in confined spaces) Base/Standard: Rigid enough for stationary use | ▲ Advanced: 10% higher price due to flexible core design |
Certifications | EU/Global Export Compliance | ▲ Our Advanced: CE + RoHS + UL (2015/863) Industry Standard: CE Only Our Base: CE + EN 50525 | ▲ Advanced: Meets EU + North American safety standards (wider market access) Base/Standard: Complies with basic EU directives | ▲ Advanced: Requires additional testing (longer lead time) |
⭐⭐⭐⭐⭐ James Wilkins - Manufacturing Plant Supervisor
"We’ve been using the Pro Model (150mm²) for our shipbuilding welders since February 2025, and it’s made a noticeable difference in power stability. The rubber insulation handles sparks and heat like a champ, and we’ve had zero failures in over six months of daily use. The 30m reach is perfect for our large bays. Worth every penny for heavy-duty operations."Purchase Date: February 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Linda Perez - Home Workshop Hobbyist
"I bought the Base Model (50mm²) for my garage welding setup last November. As someone who doesn’t weld professionally, I needed something reliable but not overkill. This cable is flexible, easy to coil, and feels way more durable than the old PVC one I was using. The rubber insulation doesn’t crack, even in winter. Perfect for weekend projects."Purchase Date: November 2024 | Usage Period: 8 months
⭐⭐⭐⭐☆ Rajiv Mehta - Plant Maintenance Lead
"Our facility upgraded to the Advanced Model (95mm²) in January 2025 for medium-scale production lines. The weight reduction compared to our previous all-copper cables has made a big difference for our technicians. Installation was smooth thanks to the stranded core. Only reason it’s not five stars is the slightly thicker profile—takes a bit more space in conduit runs."Purchase Date: January 2025 | Usage Period: 7 months
⭐⭐⭐⭐⭐ Elena Vasquez - Field Welding Specialist
"I work on construction sites across northern Europe, and this cable has been a game-changer. I ordered a custom 40m length with red color coding for safety compliance. The UV resistance is real—it’s been through rain, snow, and direct sun with no degradation. The flexibility makes it easy to move between locations. Certified to EN 50525, which gave our site managers peace of mind."Purchase Date: April 2025 | Usage Period: 3 months
⭐⭐⭐⭐☆ Tom Finch - Small Business Owner
"Running a small metal shop, I needed a cost-effective but reliable solution. The copper-aluminum hybrid conductor in the Base Model delivers solid performance without the high cost of pure copper. We’ve been using it daily since September 2024. No overheating, even during extended MIG sessions. Just wish the 50mm² came in a 50m option for future expansion."Purchase Date: September 2024 | Usage Period: 10 months
Average Rating: 4.7/5 ⭐ (93 Reviews)
Ing. Klaus Berger - Industrial Electrical Standards Consultant
"This cable series stands out for its adherence to EU (2015/863) and EN 50525 standards, making it one of the few welding cables on the market that meets both environmental and safety benchmarks for EU deployment. The rubber insulation’s flame resistance and chemical durability exceed typical industry expectations—ideal for high-risk industrial zones."
Dana Whitmore - Senior Field Engineer, Welding Systems
"Having evaluated dozens of power transmission cables, I recommend the Pro Model (150mm²) for high-amperage applications like automated welding cells. The 140A capacity with 130°C tolerance reduces voltage drop and thermal fatigue. The single-core design also minimizes electromagnetic interference, which is critical in precision manufacturing environments."
Posted: 2 days ago
"Used this on a North Sea rig for two months—constant moisture, temperature swings, and heavy vibration. The cable held up flawlessly. The rubber insulation didn’t degrade, and the flexibility made it easy to route through tight platforms. Fully compliant with our safety audits."
Posted: 1 week ago
"Ordered 10 units with custom color coding for internal safety protocols. The supplier responded quickly, provided certification documentation, and delivered on time. The 95mm² model performs perfectly with our robotic welding arms."
Posted: 3 weeks ago
"We use this across both light fabrication and maintenance bays. It’s versatile enough for different welders and power levels. Only suggestion: include strain relief boots in the package—they’re essential for long-term durability."
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