100ROLL
1, 2, 3, 4, 5, 6, 7
0.5mm²~300mm²
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As a premier manufacturer and supplier of advanced electrical solutions, we proudly present the RVV Flexible Copper Cable PVC Sheathed Multi Core Electrical Wire. Engineered for uncompromised safety and stable power transmission, this product is the ideal choice for large-scale engineering projects, industrial automation, and comprehensive building wiring.
Premium high-purity oxygen-free copper and tinned copper options
Robust flame-retardant PVC insulation and protective sheath
Versatile configurations ranging from 1 to 7 cores (0.5mm² to 300mm²)
Reliable voltage ratings accommodating 300/300V, 300/500V, and 450/750V
The RVV Flexible Copper Cable PVC Sheathed Multi Core Electrical Wire represents the pinnacle of electrical engineering craftsmanship, meticulously designed to meet the rigorous demands of modern industrial and commercial environments. Upon handling the cable, the smooth, uniform texture of the premium flame-retardant PVC sheath is immediately apparent, indicating a robust protective barrier against physical abrasion, moisture, and chemical exposure. Beneath this resilient exterior lies a tightly bound core of high-purity oxygen-free copper, engineered to deliver exceptional electrical conductivity with minimal resistance. This meticulous construction ensures that power flows seamlessly, significantly reducing energy loss and preventing hazardous heat buildup during continuous operation. The inherent flexibility of the finely stranded copper wires allows the cable to bend gracefully without compromising its structural integrity, making it incredibly responsive to complex routing requirements in confined spaces or dynamic mechanical setups. Whether deployed in heavy-duty automated machinery or intricate lighting circuits, this cable provides a steadfast and reliable connection, ensuring operational continuity and peace of mind for rigorous engineering applications.
Our RVV multi-core electrical cables are engineered to transcend basic functional requirements, delivering a suite of operational advantages that directly improve system longevity and reduce maintenance overhead for large-scale installations.
Exceptional Thermal Stability: The advanced PVC formulation ensures the cable maintains its structural and electrical integrity even when operating continuously at maximum rated temperatures of 70°C, preventing insulation degradation over time.
Optimized Current Capacity: By utilizing premium copper materials, the cable handles high electrical loads with remarkable efficiency, translating to lower operational costs and a reduced carbon footprint for energy-intensive facilities.
Streamlined Installation: The pliable nature of the sheath combined with a smooth exterior finish significantly reduces friction during conduit pulling, saving valuable labor hours and accelerating project completion timelines.
Environmental Resilience: Designed to repel moisture and resist common industrial pollutants, securing uninterrupted signal and power delivery in sub-optimal environmental conditions.
The foundation of any high-performance electrical network lies in its conductive core. We understand that professionals prioritize conductive efficiency and extended operational lifespans when sourcing materials for critical infrastructure.
Unmatched Purity: We utilize high-purity oxygen-free copper (purity ≥ 99.99%) or premium tinned copper conductors. This drastically minimizes impurities that cause electrical resistance.
Energy Efficiency: The exceptional conductivity translates to ultra-low DC resistance. This effectively mitigates heat generation during continuous operation, significantly lowering energy consumption across large networks.
Signal Integrity: For control and instrumentation applications, the pristine conductor quality guarantees stable, interference-free transmission of precise signals over long distances.
Corrosion Resistance: The tinned copper variants offer an extra layer of defense against oxidation, ensuring the contact points remain conductive and secure even in highly humid environments.
Safety and durability in complex industrial and architectural environments are non-negotiable. The protective layers of our RVV cables are formulated to act as an impenetrable shield against a multitude of external threats.
Advanced Flame Retardancy: Constructed with premium flame-retardant PVC that meets stringent ZC-grade standards. In the event of a fire, the sheath self-extinguishes, preventing the spread of flames and protecting critical assets.
Chemical and Oil Defense: The outer jacket is chemically inert to a wide range of industrial oils, mild acids, and alkalis, preventing the material degradation and cracking that plagues standard cables in factory settings.
Mechanical Toughness: The highly durable PVC compound offers superior wear and abrasion resistance, protecting the delicate inner cores from physical impacts, scraping, and crushing forces.
Weatherability: Formulated to resist moisture ingress and UV radiation, ensuring the cable remains pliable and safe whether installed in damp basements or exposed to indirect environmental elements.
Navigating tight corners, complex machinery, and continuous movement requires a cable that is as resilient as it is pliable. This product is specifically engineered to solve the pain points of wiring in confined or dynamic spaces.
Class 5 Fine Stranding: The conductor utilizes a Class 5 multi-strand fine copper wire structure. This intricate weaving technique grants the cable extraordinary flexibility compared to solid core alternatives.
Bending Fatigue Resistance: Designed to withstand thousands of bending cycles without suffering from metal fatigue or strand breakage, ensuring long-term reliability in moving applications.
Automation Ready: Perfectly adapted for integration into drag chain systems, robotic arms, and automated manufacturing equipment where continuous, repetitive motion is standard.
Vibration Dampening: The flexible nature of the cable naturally absorbs mechanical vibrations from heavy machinery, preventing connection loosening at the terminal blocks.
Trust is the cornerstone of large-volume procurement. We back our manufacturing processes with rigorous, documented quality assurance protocols and internationally recognized certifications to guarantee zero-defect deliveries.
Global Compliance: Our RVV cables are fully certified under ISO9001, CCC, CE, and RoHS, ensuring they meet the strict legal and safety requirements of diverse global markets.
100% Factory Testing: Every single batch undergoes comprehensive testing before dispatch. This includes high-voltage stress tests to ensure dielectric strength and insulation integrity.
Dimensional Accuracy: Utilizing laser micrometers, we continuously monitor insulation and sheath thickness during extrusion to guarantee perfect concentricity and adherence to specified tolerances.
Physical Stress Verification: Samples are subjected to extreme tensile strength and elongation tests, alongside strict flame propagation assessments, ensuring the product performs exactly as specified under duress.
No two engineering projects are exactly alike. We offer comprehensive customization capabilities to tailor our electrical cables to the precise specifications of your unique applications, ensuring a perfect fit for your infrastructure.
Flexible Configurations: Customize wire gauges (cross-sectional area/AWG) and select the exact number of cores required for your specific power or control schematic.
Aesthetic and Coding Customization: Choose specific sheath colors for easy visual identification in complex wiring harnesses, alongside custom printing for company branding or sequential length marking.
Enhanced Shielding Options: For environments with high electromagnetic interference (EMI), we can integrate copper wire braiding or aluminum foil shielding to protect sensitive signal transmissions.
Tailored Packaging: We accommodate specific packaging lengths and spool types to match your inventory management systems and on-site handling equipment.
The true value of the RVV Flexible Copper Cable lies in its broad adaptability. This single product line serves as a comprehensive solution for a vast array of electrical routing requirements, simplifying inventory and procurement.
Industrial Automation: Serves as the reliable nervous system for factory floors, connecting control panels, sensors, and actuators in complex automated control systems.
Precision Instrumentation: Delivers clean, uninterrupted power and signal pathways for sensitive measuring devices and laboratory equipment.
Commercial and Residential: Ideal for the internal wiring of heavy-duty household appliances, HVAC systems, and sophisticated lighting arrays.
Security and Surveillance: Provides the dependable connectivity required for CCTV networks, access control systems, and integrated building security alarms.
Selecting the right manufacturing partner is as critical as selecting the right cable. We provide an ecosystem of support, reliability, and technical expertise that empowers your procurement strategy and project execution.
State-of-the-Art Manufacturing: Our facilities are equipped with the latest extrusion and stranding technology, ensuring high-volume output without ever compromising on microscopic precision.
Robust Supply Chain: We maintain significant raw material reserves and optimized production schedules to guarantee on-time delivery, even for urgent, large-scale orders.
Engineering Consultation: Our team of seasoned electrical engineers is available to assist in specifying the exact cable configurations needed to optimize your system's performance and safety.
Commitment to Sustainability: We employ eco-friendly manufacturing practices and RoHS-compliant materials, supporting your organization's environmental and sustainability targets.
Model | Description | Voltage (V) | Conductor Class | Cross Section (mm²) | No. of Cores | Sheath | Max. Temp. (°C) | Application |
ZC-BV | PVC Insulated Flame-Retardant Single Core Wire | 450/750 | Class 1 (Solid) | 0.75 – 400 | 1 | — | 70 | Fixed wiring in buildings, power & lighting circuits |
ZC-BVR | PVC Insulated Flame-Retardant Flexible Single Core Wire | 450/750 | Class 5 (Flexible) | 2.5 – 70 | 1 | — | 70 | Wiring requiring flexibility, equipment connection |
ZC-RVV | PVC Insulated & Sheathed Flame-Retardant Flexible Cable | 300/500 | Class 5 (Flexible) | 0.5 – 6 | 2–5 | PVC | 70 | Mobile appliances, lighting, control & signal circuits |
ZC-RVS | PVC Insulated Flame-Retardant Twisted Flexible Cord | 300/300 | Class 5 (Flexible) | 0.5 – 2.5 | 2 (twisted) | — | 70 | Lamp cord, decorative lighting, small appliances |
ZC-RVB | PVC Insulated Flame-Retardant Parallel Flexible Cord | 300/300 | Class 5 (Flexible) | 0.5 – 2.5 | 2 (parallel) | — | 70 | Indoor wiring, small power tools, radios |
ZC-BVV | PVC Insulated & Sheathed Flame-Retardant Wire | 300/500 | Class 1 (Solid) | 0.75 – 10 | 1–3 | PVC | 70 | Fixed wiring with mechanical protection; conduit-free installation |
ZC-RVV2×0.5 | PVC Insulated & Sheathed Flame-Retardant Flexible Cable (2×0.5) | 300/300 | Class 5 (Flexible) | 0.5 | 2 | PVC | 70 | Light-duty control, signal & low-power circuits |
ZC-RVV3×0.75 | PVC Insulated & Sheathed Flame-Retardant Flexible Cable (3×0.75) | 300/500 | Class 5 (Flexible) | 0.75 | 3 | PVC | 70 | Small appliances, indoor power & control |
ZC-RVV4×1.5 | PVC Insulated & Sheathed Flame-Retardant Flexible Cable (4×1.5) | 300/500 | Class 5 (Flexible) | 1.5 | 4 | PVC | 70 | Medium-duty control, equipment power supply |
To further assist in your evaluation process, we have compiled detailed answers to the most common technical inquiries regarding our RVV Flexible Copper Cable.
Oxygen-free copper (OFC) has a purity level of 99.99% or higher, which significantly reduces the presence of oxygen and other impurities that cause electrical resistance. In large-scale installations, this ultra-low resistance translates to minimal voltage drop over long distances and drastically reduced heat generation. This not only ensures that end-point machinery receives stable power but also lowers overall energy waste, resulting in substantial cost savings over the lifespan of the facility.
Yes. The flame-retardant PVC compound used in our outer sheath is specifically formulated to be chemically inert. It provides excellent resistance against accidental splashes or prolonged exposure to common industrial lubricants, cutting fluids, mild acids, and alkalis. This prevents the sheath from swelling, cracking, or degrading, thereby maintaining the protective integrity of the inner conductors in harsh factory environments.
Class 5 stranding involves twisting together many extremely fine copper wires to form a single conductor, rather than using one solid piece of copper. This structural design drastically increases the cable's flexibility and its ability to withstand continuous bending and twisting. In robotic arms and automated drag chains, where cables are subjected to relentless dynamic movement, Class 5 stranding prevents metal fatigue and conductor breakage, ensuring uninterrupted operation and eliminating costly downtime.
We offer a comprehensive OEM/ODM service tailored to exact engineering needs. Clients can specify the exact cross-sectional area (from 0.5mm² up to 300mm²), the number of cores (1 to 7), and the color coding of both the insulation and the outer sheath. Furthermore, for environments suffering from high electromagnetic interference, we can custom-integrate braided copper or aluminum foil shielding layers to protect data and control signals.
Understanding the logistics of large engineering projects, our standard Minimum Order Quantity (MOQ) is 100 rolls. Cables are meticulously wound onto durable wooden or heavy-duty plastic spools to prevent tangling and structural stress during transit. Each spool is securely wrapped in weather-resistant film and clearly labeled with length, gauge, and certification data. We coordinate with top-tier global freight forwarders to ensure safe, traceable, and timely delivery directly to your facility or construction site.