Unalloyed Solid Wire Electrode

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MOQ : 1 Piece

Unalloyed Solid Wire Electrode Specification

Life Span
Long-lasting with proper storage

Diameter
0.8 mm, 1.0 mm, 1.2 mm

Copper Thickness
Not copper coated

Purity
Above 98%

Tensile Strength
Min. 470 MPa

Strength
High deposition strength

Product Type
Unalloyed Solid Wire Electrode

Material
Mild Steel (Unalloyed)

Application
Automotive, construction, fabrication, general manufacturing

Function
Welding and joining of ferrous metals

Shape
Wire

Surface Treating
Bright/clean finish

Tolerance
0.05 mm

Dimension (L*W*H)
As per requirement/spool size

Weight
5-15 kg per spool

Color
Metallic Grey

Packaging
Shrink-wrapped with corrugated box

Suitable Welding Methods
MIG/MAG (GMAW) process

Elongation
22%

Melting Point
~1500C

Gas Shield Requirement
CO2 or Mixed Gas (80% Ar + 20% CO2)

Spool Type
Plastic or steel spool

Standard
AWS A5.18 ER70S-6

Heat Input
Optimized for stable arc

Operating Current
DCEN (Direct Current Electrode Negative)

Rust Resistance
Moderate, should be protected from moisture

Unalloyed Solid Wire Electrode Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
3 Pieces Per Month

Delivery Time
4-5 Week

About Unalloyed Solid Wire Electrode

Jump on this hot deal-introducing the latest Unalloyed Solid Wire Electrode, engineered for brilliant performance in MIG/MAG (GMAW) welding. Available on robust plastic or steel spools, each metallic grey wire boasts enviable elongation (22%) and a towering melting point of ~1500C. With optimized heat input for a stable arc, high deposition strength, and lasting rust resistance, this electrode excels in automotive, construction, and general manufacturing. Shrink-wrapped and boxed for protection, it guarantees pristine results for demanding projects.

Competitive Advantages & Application Media

The Unalloyed Solid Wire Electrode offers brilliant efficiency and towering strength with a minimum tensile strength of 470 MPa. Its bright, clean finish and optimized heat input deliver stable, enviable welds. Primary advantages include high deposition rates and versatility-ideal for automotive, construction, fabrication, and general manufacturing. Suitable for use with either CO2 or mixed gas (80% Ar + 20% CO2) shielding, this electrode maintains moderate rust resistance and is protected by shrink-wrap packaging for reliable performance.

Export Market, Supply Ability & Rapid Shipment

The Unalloyed Solid Wire Electrode is outlay-ready for shipment across major international markets, including Asia, Africa, and Europe. With a strong supply ability and flexible packaging (spools of 5-15 kg), it meets diverse client needs. Samples are available for express shipping, enabling end-users to experience superior weld quality before larger purchases. Shipments are completed efficiently, supported by a streamlined supply chain, ensuring fast turnaround and customer satisfaction regardless of destination.

FAQ's of Unalloyed Solid Wire Electrode:

Q: How should the Unalloyed Solid Wire Electrode be stored to maintain quality?

A: For optimal longevity and weld quality, the electrode should be stored in a dry environment, protected from moisture to prevent rust formation. The shrink-wrapped, corrugated box packaging aids in safeguarding its condition during storage and transit.

Q: What welding methods are compatible with this solid wire electrode?

A: This electrode is specifically designed for use with MIG/MAG (GMAW) welding processes and should be operated using Direct Current Electrode Negative (DCEN) for best results.

Q: When is it appropriate to choose this wire for fabrication applications?

A: Choose this wire when you need high-quality, stable, and clean welds on ferrous metals-particularly in automotive, construction, or general manufacturing where consistent deposition and longevity are required.

Q: Where can this electrode be used in terms of industry application?

A: It is ideal for applications in the automotive, construction, fabrication, and general manufacturing sectors due to its high strength, brilliant stability, and versatile compatibility with industry-standard shielding gases.

Q: What are the primary benefits of using this electrode in welding processes?

A: Advantages include high tensile strength, excellent deposition efficiency, stable arc characteristics, and reliable performance with both CO2 and mixed gas shielding, delivering robust and clean welds every time.

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