VV 0.6/1kV PVC Insulated PVC Sheathed Copper Power Cable for Conventional Civil, Commerce & Small Industrial Distribution Engineering

VV 0.6/1kV is a low-voltage power cable with a copper core, fully insulated and sheathed with PVC, conforming to national standards and IEC specifications. It has a rated operating voltage U0/U=0.6/1kV, uses pure copper conductors, and has no fire-resistant coating or metal armor structure.

High-purity electrolytic copper conductor + extruded PVC insulation layer + environmentally friendly non-hygroscopic filler + integral extruded PVC outer sheath.

A general-purpose standard distribution cable suitable for conventional electrical loads not related to fire, offering stable conductivity and reasonable procurement costs. It is widely used in low- to mid-range residential buildings, small shops, rural infrastructure, and auxiliary power supply layouts in small industrial parks. It is a mainstream spot inventory product for international trading companies and domestic building material suppliers.

• Raw Materials: ≥99.97% electrolytic copper, conforming to IEC60228 international conductor standard; two optional structures: Category 1 solid single-strand copper wire, Category 2 tightly stranded copper wire
• Core Wire Combination Types: Seven mainstream configurations: 1C, 2C, 3C, 4C, 5C, 3+1C, 3+2C
• Cross-section Range: Standard stock: 1.5mm²~240mm²; Non-standard extra-large cross-section 300~400mm², customized production supported
• Quality Control: The DC resistance of the finished conductor is strictly controlled below the national standard upper limit, effectively reducing line losses during long-term continuous power supply.

• Insulation Material: General-purpose rigid PVC compound, with a long-term continuous allowable operating temperature of 70℃, and stable insulation performance under normal indoor environmental conditions.
• Filler: Low-water-absorption plant fiber filler, optimizing cable roundness and reducing internal gaps in multi-core finished cables.
• Outer Sheath: Modified weather-resistant PVC, suitable for ambient temperatures of -25℃ to +70℃, possessing basic moisture-proof, resistance to ordinary aging, and resistance to weak acid corrosion.

• Rated Voltage: 0.6/1kV
• Factory Withstand Voltage Test: Withstands 3.5kV power frequency pressure for 5 minutes without insulation breakdown.
• Design Service: 28 years under standard installation and rated load operating conditions.

1. Stable and Low-Loss Conductivity

   High-purity copper conductors have low resistivity, resulting in smaller voltage drops during short-to-medium distance power transmission. Compared to aluminum-core VLV cables, this ensures a stable power supply voltage for terminal electrical equipment.

2. Integrated Double-Layer PVC Molded Structure

   The insulation layer and outer sheath are manufactured using a continuous extrusion molding process. The compact internal structure effectively prevents underground condensation and moisture penetration, making it suitable for cable trench laying in damp environments.

3. Excellent Adaptability to Concealed Installation

   The cable has moderate rigidity, reducing the likelihood of sheath cracking during pre-buried conduit installation and concealed wiring within walls, thus lowering the on-site cable scrap rate during construction.

4. Wide Adaptability to Common Environments

   Suitable for four common installation methods: indoor conduit laying, open-cut cable trenches, shallow burial, and outdoor overhead installation, meeting the needs of most non-corrosive engineering environments.

5. Complete Range of Specifications

   From 1.5mm² miniature lighting cables to 240mm² large-section main incoming cables, the complete range of specifications meets the one-stop procurement needs of projects with varying loads.

6. Reasonable Overall Cost-Effectiveness

   Raw material costs are lower than the YJV series with cross-linked polyethylene insulation and the fully fireproof NH series, offering a significant cost advantage in bulk purchases of non-fireproof forced circuits.

7. Mature Matching Terminal Accessories

   Aluminum and copper crimp terminals and wiring terminals are universally accepted in the global market, facilitating subsequent on-site wiring construction, maintenance, and replacement.

   

Application Scenarios: Main power lines for residents in ordinary residential communities, public lighting circuits in corridors, and auxiliary power supplies for non-fireproof equipment in basements.

Application Scenarios: Indoor power lines and branch distribution lines for restaurants, chain convenience stores, and individual supermarkets.

Scenario: Power supply for urban community garden landscapes, underground cables for roadside public streetlights, power supply layout for public restrooms and community supporting service facilities.

Scenario: Power supply for conventional production equipment and public area lighting in garment workshops, small food processing plants, and hardware assembly plants.

Scenario: Power grid renovation for self-built houses in overseas towns, conventional power projects for small commercial buildings (low-budget bidding for local EPC contractors).

• Specification Selection Guide: Under the same load conditions, the cross-sectional dimensions of copper core VV cables can be smaller than those of aluminum core VLV cables; our technical team provides current carrying capacity tables categorized by different laying methods for load calculation reference.
• Environmental Restrictions: Not recommended for use in high-temperature densely stacked cable shafts, fire emergency power supply circuits, and highly corrosive underground soils; for the above special environments, it is recommended to use YJV or NH series cables instead.
• Construction Bending Requirements: The minimum bending radius must not be less than 10 times the outer diameter of the finished cable; avoid scratching the outer sheath with sharp metal parts during pipe threading.

• Scientific Model Selection: Strictly classify circuit characteristics; select standard VV cables for ordinary non-fireproof circuits to control costs; configure ZR/NH/YJV series alternative products for fireproof and high-temperature operating circuits.
• Phase-Based Delivery Cooperation: Support phased delivery according to project construction progress to reduce the buyer's on-site warehousing costs and capital occupation.
• Custom upgrade option: For long-term outdoor exposure installation projects, a UV-enhanced anti-aging outer sheath can be customized before order confirmation.

All finished VV cables have passed national standard full-type inspection and routine factory testing, and complete authoritative third-party inspection reports are available. Product indicators meet domestic basic municipal engineering acceptance standards and the conventional infrastructure access standards of many developing countries. Complete certification materials can be compiled into formal tender documents to help purchasers pass the qualification review for domestic small-scale government tenders and overseas civil engineering tenders.

1. Case 1: Cambodia Urban Residential Centralized Power Supply Renovation Project (2025)

   The local EPC contractor purchased 75 kilometers of mixed-specification VV multi-core cable for rural residential power access construction. The price was moderate and within the project budget. All products passed the acceptance of the local power department, and the buyer signed an annual framework procurement contract.

2. Case 2: New County-Level Community Supporting Power Project in China (2024)

   The local urban construction department won the bid to purchase 56 kilometers of VV cable for the power distribution layout of public areas in residential areas. Stable conductivity ensured the daily power consumption of residents, and the project was completed ahead of schedule.

3. Case Study 3: Auxiliary Power Supply Construction for a Small Domestic Handicraft Industrial Park (2024)

   The park developer purchased 42 kilometers of VV cables of various specifications for the regular power supply to the small factories already located there. The full range of specifications shortened the procurement cycle from multiple suppliers, and the on-site wiring construction was completed smoothly.

   

• Free services include wire gauge selection calculation, load parameter verification, and preparation of bidding technical terms; editable electronic data sheets and scanned certification documents are provided.
• Custom production of non-standard cross-sections and modified sheaths for special environments is accepted.

• Direct supply from the factory, eliminating middlemen markups; tiered discounts are available for large-volume and long-term framework contract customers; ample copper inventory effectively reduces the risk of raw material price fluctuations.
• Mainstream standard specifications are readily available, enabling rapid response to urgent short-cycle orders.

• Products adhere to national standard quality assurance; remote on-site construction technical guidance is supported for large-scale centralized projects.
• Official factory qualification certificates and authorization letters are provided to assist purchasers in improving their success rate in domestic and international engineering bids.