Main Advantages
- Standard voltage rating for civil low-voltage power distribution systems Rated at 450/750V, this product fully complies with domestic wiring standards for low-voltage building power distribution, suitable for residential and commercial lighting, socket and small power distribution systems. It features balanced and stable voltage resistance, with low risks of insulation breakdown or leakage during long-term energization. It effectively ensures safe operation of indoor low-voltage circuits and meets wiring requirements for most civil buildings.
- Premium insulation and sheath with outstanding weathering and ageing resistance Made of special flame-retardant PVC insulation and sheath material with stable formulation and sufficient toughness. It delivers excellent anti-ageing, anti-oxidation, temperature and moisture resistance. It will not easily turn yellow, embrittle, crack or peel after long-term indoor laying, tolerating normal indoor temperature fluctuation and slightly humid environments. It extends cable service life and greatly reduces later maintenance and replacement costs.
- Stranded flexible structure for flexible and efficient wiring construction The conductor adopts finely stranded oxygen-free copper for flexibility. Compared with solid single-core wires, it is softer with smaller bending radius and superior bending fatigue resistance. It easily adapts to complex construction scenarios such as bent wall conduits, narrow shaft spaces, sharp corners and dense wiring in ceilings. It runs smoothly through conduits, bends easily and resists wire breakage, greatly lowering construction difficulty and improving wiring efficiency.
- ZC-class flame retardancy to effectively restrain fire spread The whole cable adopts ZC flame-retardant eco-friendly material with qualified flame retardant performance and good self-extinguishing and fire-suppression properties. It hardly sustains combustion under open flame, effectively preventing the spread of electrical fire along the cable. It reduces fire risks caused by short circuit and overload, satisfying basic fire wiring requirements for densely occupied buildings including residences, shopping malls, office buildings and schools.
- Excellent electrical performance with stable power transmission and low loss High-purity finely stranded oxygen-free copper conductor provides outstanding conductivity and uniform resistance for low transmission loss and low temperature rise under operation. It can steadily carry loads for indoor lighting, ordinary sockets and small household appliances for a long time. The dense and uniform insulation layer offers stable voltage resistance and good leakage prevention, ensuring round-the-clock smooth, safe and uninterrupted operation of indoor low-voltage distribution systems in buildings.
Technical Specifications
| Item | Specification |
| Conductor Material | Finely stranded oxygen-free copper conductor (high-conductivity pure copper) |
| Insulation & Sheath Material | Flame-retardant PVC insulation and sheath |
| Core Configuration | 1×2.5 (single-core stranded flexible conductor with cross-sectional area of 2.5mm²) |
| Rated Voltage | 450/750V (civil low-voltage power distribution) |
| Flame Retardant Class | ZC Class C flame retardant, single vertical burning flame retardant |
| Maximum Long-term Operating Temperature | 70℃ |
| Minimum Installation Temperature | Not lower than 0℃ |
| Environmental Characteristics | Flame retardant, temperature resistant, moisture-proof, dust-proof, anti-ageing, stable insulation; suitable for conventional dry indoor laying environments |
| Conductor Characteristics | High conductivity, low loss, high flexibility, anti-bending fatigue; suitable for long-term load operation with complex conduit wiring in residential & commercial projects |
Application
ZC-BVR flame-retardant flexible building wire is a general flexible flame-retardant wire for civil buildings. Its single-core stranded flexible structure brings great flexibility, high conduit passing rate and good construction tolerance. It applies to concealed conduit wiring inside buildings, wall trunking wiring, concealed ceiling wiring, complex bent conduit wiring and other regular construction scenarios, suitable for dry indoor power distribution environments. It is NOT applicable for outdoor sun exposure, water immersion or direct underground burial. Widely used in full-house power distribution of residential buildings, office buildings, schools, shopping malls, hotels and other commercial decoration projects. It is mainly used for indoor lighting circuits, ordinary socket circuits and small civil low-voltage power distribution lines, and serves as the preferred mainstream flexible flame-retardant wire for complex indoor wiring scenarios.













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