Heat Resistant, High Ductility Battery Wires Black Color

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Heat Resistant, High Ductility Battery Wires Black Color Specification

Temperature Range
-20C to +105C

Surface Treatment
PVC Coated

Product Type
Battery Wire

Part Type
Battery Wire

Working Life
5 Years

Model No
HRBW-BC50

Load Capacity
Up to 50A

Size
4 sq mm

For Use In
Automobile, UPS, Battery Connection

Method
Extruded

Weight
Approx. 50g/m

Color
Black

Dimension (L*W*H)
As per requirement

Material
Copper Core, PVC Insulation

Finish
Smooth

Noise Level
Silent

Vehicle Type
All Battery Operated Vehicles

Connecting Type
Stranded

Corrosion Resistant
Yes

Conductor
Multi Strand Annealed Copper

Packaging
Available in Coils, Rolls, and Cut-to-Length

UV Resistance
Excellent, Suitable for Outdoor Use

Ductility
High - Suitable for Bending and Routing in Battery Compartments

Insulation Thickness
0.7mm - 1.2mm

Voltage Rating
Up to 1100V

Flexibility
Superior for Tight Spaces and Custom Installations

Flame Retardant
Yes, Meets IS and IEC Standards

Standards Compliance
IS 694, IEC

About Heat Resistant, High Ductility Battery Wires Black Color

Discover the popular HRBW-BC50 Heat Resistant, High Ductility Battery Wires in classic black color. These brilliant wires feature superior flexibility, grandiose ductility for intricate bends, and unrivaled performance for safe routing inside battery compartments. Crafted with multi-strand annealed copper and protected by flame-retardant PVC insulation, these wires meet IS 694 and IEC standards. Their excellent UV and corrosion resistance ensures longevity outdoors. Purchase with confidence; whether you are a distributor or individual buyer, our wires offer virtuoso safety, durability, and unmatched reliability for all battery-operated vehicles and industrial connections.

Versatile Application and Exceptional Material Attributes

To install the high ductility black battery wires, simply route and bend them as needed within battery compartments, thanks to their flexible, annealed copper construction. Easy to cut and strip, they ensure hassle-free connections in tight spaces. The wires PVC insulation offers flame retardancy and a smooth surface, optimizing performance and safety. Whether for automobile, UPS, or custom installations, users gain brilliant control over placement and secure, lasting connectivity. Designed for seamless use in both new and retrofit battery systems.

Domestic Reach and Reliable Goods Dispatch

With significant market value in the Indian domestic sector, these heat resistant battery wires are available through a robust network of distributors, exporters, and suppliers. Our supply ability guarantees prompt goods transport and reliable dispatching from major FOB ports to clients nationwide. We ensure well-packed coils, rolls, or custom cut-to-length options, supporting flexible demand. Our logistics prioritize speed and safety, so that every batch of wires meets the highest quality on arrival, building enduring market confidence.

FAQs of Heat Resistant, High Ductility Battery Wires Black Color:

Q: How do you install Heat Resistant, High Ductility Battery Wires?

A: The wires are designed for easy routing and insulation stripping. Simply cut to your required length, bend into position, and connect securely within your battery compartment. Their flexibility allows for intricate bends and tight installations.

Q: What standards do these battery wires comply with?

A: These wires strictly adhere to IS 694 and IEC standards, ensuring safety, quality, and performance for both domestic and industrial applications.

Q: Where can these battery wires be used?

A: They are suitable for all battery-operated vehicles, UPS units, and battery connection setups in both indoor and outdoor environments, thanks to their superior resistance to heat, UV, and corrosion.

Q: What are the material benefits of these wires?

A: Constructed with multi-strand annealed copper and PVC insulation, these wires offer high conductivity, superior flexibility, flame retardancy, and long life, delivering reliable performance under demanding conditions.

Q: When should these wires be replaced?

A: These wires are engineered for a working life of up to 5 years. Replace them when you notice any physical damage, wear, or at the end of their service life to ensure safety and performance.

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