Electrode Welding E8015-G

Electrode Welding E8015-G

As a premium solution dedicated to the welding of low-alloy steel structures, the Ocean Welding AWS E8015-G Welding Electrode stands out as an ideal choice for welding medium carbon steel structures and low-alloy steel structures, thanks to its strict adherence to international standards and...

 

As a premium solution dedicated to the welding of low-alloy steel structures, the Ocean Welding AWS E8015-G Welding Electrode stands out as an ideal choice for welding medium carbon steel structures and low-alloy steel structures, thanks to its strict adherence to international standards and precise performance design. It provides solid assurance for welding quality in the industrial manufacturing sector.

1. Basic Product Information

Item Details
Place of Origin Zhejiang Province, China (Mainland)
Brand Ocean Welding
Model Number AWS E8015-G
Material Steel Alloy
Quality Management Certification ISO 9001 System Certification

2. Core Specification Parameters

2.1 Dimension Specifications

Length: 300mm - 400mm, suitable for the operational needs of different welding scenarios

Diameter: Available in three commonly used specifications (2.5mm, 3.2mm, 4.0mm), covering both small-scale precision welding and medium-to-large structural joining operations

2.2 Operating Parameters

Operating Current: Complies with international standards, compatible with mainstream welding equipment worldwide, no need for additional adjustment of equipment parameters

Welding Current: Follows international standards to ensure stable welding process and reduce welding defects caused by current fluctuations

Operating Temperature: Strictly set in accordance with international standards, suitable for welding operations in different environments and ensuring the quality of weld formation

3. Product Performance Features

3.1 Type and Design Advantages

The AWS E8015-G is a low-hydrogen iron powder type low-alloy welding electrode, specifically designed for the welding of low-alloy steel structures of the same grade. It can effectively reduce the risk of hydrogen-induced cracks during the welding process, addressing the core pain point of low-alloy steel structures being sensitive to welding defects and enhancing the structural stability of welds.

3.2 Chemical Composition of Deposited Metal (Precisely Controlled to Ensure Mechanical Properties)

Element Content (%) Function Description
Carbon (C) ≤0.12 Prevents welds from becoming overly hard and brittle due to excessive carbon content
Manganese (Mn) ≥1.0 Enhances the strength and toughness of welds, improving impact resistance
Silicon (Si) 0.3 - 0.7 Optimizes the deoxidation effect during welding and reduces weld porosity
Sulfur (S) ≤0.035 Below the industry's impurity tolerance limit, preventing hot brittleness of welds
Phosphorus (P) ≤0.035 Strictly controls impurity content to avoid cold brittleness of welds
Chromium (Cr), Nickel (Ni), Molybdenum (Mo), Vanadium (V) - Extremely low content, ensuring the purity of the deposited metal composition and improving corrosion resistance and mechanical stability

4. Application Scenarios

Specifically designed for the welding of medium carbon steel structures and low-alloy steel structures, it is widely used in:

 

Welding of load-bearing components of construction machinery

Assembly of pressure shells for chemical equipment

Connection of low-alloy steel support structures in bridges, workshops, and other buildings

Other low-alloy steel structure operations requiring high weld strength and stability

5. Packaging and Delivery

5.1 Packaging Specifications (Meeting Different Procurement Needs)

Small-batch Packaging: 5kg/carton, 20kg/carton, suitable for scattered procurement by small enterprises for production and maintenance operations

Bulk Packaging: 1 ton/pallet, suitable for large-scale production needs of large factories, facilitating warehouse stacking and transportation management, and reducing cargo damage

5.2 Delivery Cycle

After order confirmation, goods will be shipped within 25 days, responding quickly to customers' production preparation needs and ensuring that project progress is not affected by material supply

6. Brand and Quality Assurance

Ocean Welding has deep expertise in the field of low-alloy welding materials, and adheres to the ISO 9001 quality management system standards throughout the entire process. From raw material selection and production processing to finished product inspection, each link is under strict control. The AWS E8015-G Welding Electrode not only meets the standards of AWS (American Welding Society) but also has undergone verification in numerous practical working conditions. With stable performance and reliable quality, it has become a trustworthy choice in the industrial welding field.

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