MAXFIL- 36B(M) Low Alloy Steel Flux Welding Wire

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MOQ : 10 Pieces

MAXFIL- 36B(M) Low Alloy Steel Flux Welding Wire Specification

Operating Voltage
24V - 32V

Operating Temperature
Welding arc temperature zone (application-specific)

Composition
C: 0.10%, Mn: 1.35-1.70%, Si: 0.80%, Ni: 0.80-1.20%, P and S: 0.020%

Application
Suitable for welding high strength low alloy steels; used in structural fabrication, earthmoving equipment, bridges, and pressure vessels.

Material
Low Alloy Steel

Diameter
1.2 mm, 1.6 mm (other diameters available on request)

Flux Content
Rutile based flux core

Melting Point
1400C - 1500C

Coating
Copper Coated

Packaging
Vacuum-sealed spools, typically 15kg/spool

Tensile Strength
>= 620 MPa (typical)

Impact Value
47J @ -40C (Charpy V-Notch)

Type
Gas-shielded flux cored wire

Shielding Gas
CO or Ar/CO Mix

Welding Position
All position (1G, 2G, 3G, 4G, etc.)

Shelf Life
24 months under recommended storage

MAXFIL- 36B(M) Low Alloy Steel Flux Welding Wire Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
50 Pieces Per Week

Delivery Time
1 Week

About MAXFIL- 36B(M) Low Alloy Steel Flux Welding Wire

We are a well known manufacturer of MAXFIL- 36B(M) Low Alloy Steel Flux Welding Wire in the market. This is used in operations such as shop fabrication, maintenance, and shipbuilding. MAXFIL- 36B(M) Low Alloy Steel Flux Welding Wire is especially useful where the base material to be welded has some amount of scale, rust or other surface contaminants present.

Exceptional Welding Performance for Demanding Applications

MAXFIL-36B(M) is engineered for versatility and strength, making it a preferred choice in structural, heavy fabrication, and high-strength applications. Its all-position usability supports complex geometries, while consistent arc stability and smooth bead profiles ensure high-quality, tough welds even in challenging environments. Mechanical properties meet rigorous industrial requirements, impacting productivity and weld integrity positively.

Rutile Flux Core with Copper Coating

The rutile-based flux core enhances slag removal and minimizes spatter, which streamlines the welding process. The copper coating not only ensures smooth wire feeding but also protects against oxidation during storage and use. This combination leads to superior weld appearance and increased efficiency for both automated and manual welding setups.

FAQ's of MAXFIL- 36B(M) Low Alloy Steel Flux Welding Wire:

Q: How should MAXFIL-36B(M) welding wire be stored to maximize shelf life?

A: To ensure a full 24-month shelf life, store the vacuum-sealed spools in a dry, temperature-controlled environment away from direct moisture and contaminants. Avoid opening the packaging until needed for welding.

Q: What shielding gases are compatible with MAXFIL-36B(M) welding wire?

A: MAXFIL-36B(M) can be used with pure CO2 or a mixture of Argon and CO2, depending on desired arc characteristics and application requirements.

Q: In which welding positions can MAXFIL-36B(M) be used?

A: This flux cored wire is formulated for all-position welding, including flat, horizontal, vertical, and overhead (1G, 2G, 3G, and 4G) positions.

Q: What industries and applications benefit most from MAXFIL-36B(M)?

A: Industries such as structural fabrication, earthmoving equipment, bridge construction, and pressure vessel manufacturing benefit due to the wire's high tensile strength and impact resistance at low temperatures.

Q: What is the process of using MAXFIL-36B(M) welding wire?

A: The welding process involves setting the operating voltage between 24V and 32V, selecting the appropriate diameter, and using compatible shielding gas. The rutile-based flux core facilitates easy slag removal and smooth weld appearance.

Q: What are the advantages of the rutile flux core and copper coating?

A: Rutile flux core improves slag detachability and reduces spatter, while the copper coating ensures consistent wire feeding and resists oxidation, leading to reliable weld performance.