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Pvc Wires & Cables

PVC wires and cables are designed to perform across various temperatures. Depending on the specific formulation, the material maintains its insulating properties at both high and low temperatures, typically between -15°C and 70°C. This thermal stability ensures that PVC wire cables remain operational in environments where temperature fluctuation is a concern, such as industrial settings or outdoor installations. Their high-temperature resistance also minimizes the risk of insulation degradation over time, preventing premature failure of the electrical system. 

Connector Standard

IEC 60309, UL 2250, BS 1363

Maximum Rated Voltage

600 V (for standard low voltage applications); higher voltage options available for specific needs

Maximum Rated Current

Up to 30 A (depending on conductor size and insulation rating)

Charging Protocol

Compatible with standard charging protocols such as SAE J1772, IEC 62196, and others

Conductor Material

Copper (electrolytic) or Tinned Copper for enhanced corrosion resistance
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Product Description

PVC is a highly effective insulator with a dielectric strength that ensures reliable electrical insulation. This property prevents electrical breakdowns, which are a major cause of system failures. PVC’s dielectric strength allows it to be used in a wide range of voltage applications, including low—and medium-voltage power systems. Its consistent insulating characteristics help mitigate the risk of arcing or short-circuiting, which is critical for the safe operation of electrical networks. 

Conductor Size

Ranges from 0.5 mm² to 10 mm² (depends on application and current rating)

Temperature Range

-15°C to 70°C (standard PVC); specialized formulations available for extended ranges

Insulation Material

Polyvinyl Chloride (PVC), offering excellent electrical insulation and resistance to environmental factors

Sheath Material

PVC, with options for UV-resistant and flame-retardant formulations for enhanced durability

Bending Radius

Minimum bending radius of 6x the outer diameter of the cable

Charge Rate

Supports charge rates from 3.3 kW to 22 kW, depending on the conductor size and application

Electromagnetic Shielding

Optional shielded designs available (e.g., foil or braided shields) to minimize interference

Contact Resistance

Less than 0.01 ohms (depending on connector and cable size)

Durability

Designed for over 10,000 cycles of flexing and movement in industrial and automotive applications

Overload Protection

Built-in overload protection options, with current-limiting mechanisms to prevent overheating

Leakage Current

Less than 5 mA (meets safety standards for electrical leakage)

Environmental Compliance

RoHS compliant; PVC formulation available for halogen-free or low-smoke, zero-halogen requirements

Technical Advantages

PVC cables are resistant to a broad spectrum of chemicals, including oils, acids, alkalis, and solvents, often present in industrial environments. This makes PVC cables particularly valuable in automotive manufacturing, petrochemical plants, and food processing sectors. Additionally, PVC’s resistance to moisture, mold, and UV radiation enhances the cable’s longevity in outdoor or harsh environmental conditions, reducing the need for costly replacements and downtime. 

One of the most critical concerns in any electrical system is fire risk. PVC cables offer inherent flame-retardant properties that significantly reduce the spread of fire in the event of an electrical fault. This feature is especially valuable in high-risk environments such as tunnels, high-rise buildings, and industrial complexes. The flame-retardant properties of PVC are achieved by including additives that inhibit the combustion process, providing a safer operating environment by minimizing fire hazards. 

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Industry Applications

Subsea Cables

PVC cables are used in underwater installations, offering high resistance to saltwater, pressure, and mechanical wear. 

Control Systems

PVC cables are employed in automated control systems, providing reliable signal transmission and protection from electrical interference. 

Mining Industry

PVC cables are used in mining applications, offering resistance to moisture, heat, and mechanical damage in harsh underground environments. 

Railway Systems

PVC cables are used for power supply and signaling in railways, providing robust protection against vibration, abrasion, and environmental stress. 

Military Applications

PVC cables are deployed in military equipment, offering resistance to extreme temperatures, moisture, and physical wear.

Oil & Gas

PVC cables are used in oil rigs and refineries for power and control systems, resisting chemical exposure and temperature extremes. 

Maximized Electrical Conductivity and Performance

While PVC is primarily known for its insulating properties, the cables are typically manufactured with copper or aluminum conductors, which provide excellent conductivity. The copper core ensures minimal resistance, optimizing the cable’s ability to transmit electrical currents efficiently. Copper, when paired with PVC insulation, offers an effective balance of high electrical performance and mechanical protection, making PVC cables suitable for power, control, and communication applications. 

PVC cables are engineered to offer both mechanical strength and flexibility. The outer sheath of PVC protects against abrasion, impact, and mechanical stress, which is essential for applications in environments where physical damage is a concern, such as manufacturing plants or construction sites. At the same time, the flexibility of PVC allows for ease of installation and routing in tight spaces or complex wiring setups. This balance of rigidity and pliability helps reduce installation time and labor costs while maintaining long-term reliability. 

PVC wires

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Having Doubts? Our FAQ

Check all our Frequently Asked Question

How does Frigate's PVC wire technology ensure durability in harsh environments?

Frigate’s PVC wires are engineered with reinforced insulation that highly resists abrasion, UV exposure, and extreme temperatures, ensuring reliable performance in construction, automotive, and heavy machinery industries. 

What are the electrical performance characteristics of Frigate's PVC wires under load conditions?

Frigate’s PVC cables are designed with optimal dielectric strength, allowing them to perform under high-voltage conditions without risk of electrical breakdown. Their low resistance ensures efficient power transmission while minimizing energy loss. 

How does Frigate's PVC wire resist chemical exposure in industrial applications?

Frigate’s PVC wires feature enhanced chemical resistance, making them ideal for environments where they may be exposed to oils, acids, or solvents. The robust PVC insulation prevents degradation, ensuring long-term durability in chemical-heavy industries. 

How does Frigate ensure fire safety with its PVC wires?

Frigate’s PVC cables are manufactured with flame-retardant additives, which prevent the spread of fire in the event of an electrical fault. This provides an added layer of safety in critical infrastructure, such as data centers, manufacturing plants, and commercial buildings. 

How does Frigate's PVC cable technology meet international safety and performance standards?

Frigate’s PVC cables comply with international standards such as UL, IEC, and ISO certifications, ensuring they meet stringent safety, electrical, and mechanical requirements for diverse industrial and commercial applications. 

How can I ensure the PVC wires I purchase are durable and reliable?
  • Check insulation type and thickness for mechanical strength 
  • Verify abrasion and impact resistance 
  • Ensure flexibility for easy installation in tight spaces 
  • Confirm conductor quality for consistent electrical performance 
  • Look for flame-retardant properties for safety 
How do I know the PVC cables will perform under high electrical load?
  • Check conductor material (copper or tinned copper) 
  • Review rated voltage and current capacities 
  • Assess dielectric strength of insulation 
  • Verify minimal resistance for efficient power transmission 
  • Ensure suitability for intended application (power, control, or signal) 
How do I prevent PVC cable degradation from industrial exposure?
  • Assess resistance to oils, acids, and solvents 
  • Check for mechanical strength in harsh handling conditions 
  • Look for flame-retardant insulation additives 
  • Ensure flexibility under repeated bending and movement 
  • Confirm consistent performance under thermal stress 
How can I reduce fire risks with PVC cables?
  • Select cables with flame-retardant additives 
  • Ensure insulation limits flame spread 
  • Verify mechanical integrity under heat stress 
  • Look for designs optimized for critical electrical systems 
  • Choose cables capable of repeated flexing without damage 
How do I pick PVC cables that fit my system requirements?
  • Check connector compatibility with your equipment 
  • Confirm bending radius and flexibility for installation 
  • Assess conductor size for current-carrying capacity 
  • Look for optional features like shielding or overload protection 
  • Verify performance consistency across application conditions 
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LOCATIONS

Registered Office

10-A, First Floor, V.V Complex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, India.

Other Locations

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  • Coimbatore
  • Germany
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Pvc Wires & Cables

Need reliable wires and cables for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

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Pvc Wires & Cables

Need reliable Machining for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

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