Flux Cored (Injected) Aluminium to Copper Brazing Wire

Name: Flux Cored (Injected) Aluminium to Copper Brazing Wire
Brand: VIBHA ENTERPRISES
Price: 200 INR
Availability: InStock

Price 200 INR/ Unit

Get a Price/Quote

MOQ : 10 Units

Flux Cored (Injected) Aluminium to Copper Brazing Wire Specification

Operating Temperature
Ambient to 620°C

Application
Joining aluminium to copper

Composition
Aluminium with proprietary flux core

Material
Aluminium

Diameter
1.6 mm

Flux Content
Core injected

Melting Point
590°C - 610°C

Flux Type
Non-corrosive

Surface Finish
Bright

Spool Weight
500 grams

Length per Spool
Approx. 50 meters

Humidity Resistance
High

Wire Form
Solid with flux-cored injection

Tensile Strength
140 MPa

Recommended Torch Type
Oxy-acetylene or propane

Color
Silvery

Shelf Life
24 months

Packing Type
Plastic spool, shrink-wrapped

Flux Cored (Injected) Aluminium to Copper Brazing Wire Trade Information

Minimum Order Quantity
10 Units

Supply Ability
10000 Units Per Day

Delivery Time
7 Days

Flux Cored (Injected) Aluminium to Copper Brazing Wire About

Jump on this sensational bargain-our Flux Cored (Injected) Aluminium to Copper Brazing Wire is ending soon! Each imposing 500-gram spool holds approx. 50 meters of bright, silvery wire, engineered for astonishing strength and humidity resistance. With a solid wire form and core-injected, non-corrosive flux, brazing delicate aluminium to copper becomes effortless. The wire, 1.6 mm in diameter, delivers a tensile strength of 140 MPa and performs between ambient to 620C. Don't miss this premium, high-quality product available from India's top supplier, manufacturer, and trader!

Sensational Performance and Versatile Usage

Designed for joining aluminium to copper, our Flux Cored Aluminium to Copper Brazing Wire excels on HVAC surfaces, automotive components, and electrical connections. Its imposing tensile strength and high humidity resistance make it ideal for demanding industrial and repair use. The non-corrosive, proprietary flux-injected core ensures a clean finish and minimal residue, offering users competitive advantages in ease of operation and consistent, reliable bonding even at variable temperatures.

Secure Packaging and Seamless Logistics

Each spool arrives shrink-wrapped in durable plastic for assured integrity during freight. Our main domestic market covers all major regions in India, catering to manufacturers, importers, and wholesalers. Prospective buyers can enquire about competitive asking prices and special sample policies before committing to bulk orders. We ensure swift and reliable logistics to meet your production timelines, delivering premium brazing wires directly to your doorstep with care and promptness.

FAQ's of Flux Cored (Injected) Aluminium to Copper Brazing Wire:

Q: How does this brazing wire benefit aluminium to copper joining applications?

A: This wire provides a strong, clean bond between aluminium and copper thanks to its non-corrosive, core-injected flux and high humidity resistance, reducing oxidation and ensuring a durable joint.

Q: What is the recommended storage method for maintaining the wire's shelf life?

A: Store the wire in its shrink-wrapped plastic spool at ambient conditions, away from excessive moisture and direct sunlight, to preserve its quality for up to 24 months.

Q: What torch types are compatible with this Flux Cored Brazing Wire?

A: Both oxy-acetylene and propane torches are recommended for optimal performance and clean brazing operations with this wire.

Q: Where can I purchase this product and request samples before bulk buying?

A: You can acquire this brazing wire through manufacturers, wholesalers, and suppliers across India. Contact the supplier directly to ask about sample policies and pricing.

Q: What is the process for using the wire on different application surfaces?

A: Clean the metal surfaces, position the wire, and apply heat with a compatible torch until the flux activates and the wire melts, ensuring an imposing, reliable bond between aluminium and copper.

Tell us about your requirement