1.5mm 2.5mm 4mm 6mm Electrical Wire House Wire PVC Stranded for Building , Residential , Industrial use

1.5mm 2.5mm 4mm 6mm Electrical Wire House Wire PVC Stranded for Building , Residential , Industrial use

APPLICATION

• Commonly used for indoor fixed wiring (e.g., lighting circuits, sockets, and power distribution in buildings).
• Suitable for low-voltage electrical installations (≤450/750V).
• Often used in conduit or concealed wiring due to its rigidity.

CONSTRUCTION

• Conductor:‌ Single solid copper core, ensuring good conductivity and mechanical strength.
• ‌Insulation:‌ PVC (Polyvinyl Chloride) sheath, providing heat resistance, flame retardancy, and durability.

STANDARD 

GB5023.1-7-1997, JB8734.1-5-1998, Q/ZEL02-2002 

FEATURE

• Voltage Rating: 450/750V or 300/500V
• Temperature Rating
• Maximum operating temperature of conductor:+70℃
• Operating ambient temperature: -15℃~+40℃
• Cable laying temperature:Not less than 0℃(When the ambient temperature is below 0℃, the cable should be preheated.) 
• Minimum Bending Radius
• 6D (D is the actual outer diameter of the cable)

PARAMETERS

FACTORY

APPLICATION

FAQ

‌1. What are the key applications of BV wire?‌

BV wire is primarily used for fixed indoor wiring (e.g., lighting, sockets, and power distribution) due to its rigidity and durability

‌2. Why choose BV over BVR for permanent installations?‌

BV’s solid copper core provides higher mechanical strength, making it better suited for concealed or conduit wiring

‌3. What insulation material is used in BV wire?‌

BV uses ‌PVC insulation‌, which offers heat resistance (typically 70°C) and flame retardancy

‌4. What voltage ratings does BV wire support?‌

Common ratings include ‌300/500V‌ or ‌450/750V‌, depending on regional standards

‌5. Is BV wire flexible?‌

No, BV is ‌less flexible‌ than BVR due to its solid core, but this makes it ideal for fixed installations

‌6. Can BV wire be used outdoors?‌

BV is designed for ‌indoor use‌. Outdoor applications may require UV-resistant or armored cables

‌7. How does BV compare to BVR in current capacity?‌

For the same cross-section, BV has slightly ‌higher current capacity‌ because of lower resistance from the solid conductor