认证与资格：

Our company specializes in Structural MIG Welding services with internationally recognized certifications including ISO 3834, EN 1090, and ASME IX. These standards ensure strict control over welding procedures, structural fabrication quality, and load-bearing safety compliance for industrial, construction, and heavy equipment applications.

We operate with 20+ certified welders experienced in structural steel welding, aluminum welding, and multi-material fabrication. All Structural MIG Welding projects are executed under approved WPS/PQR systems, ensuring full traceability, stable weld quality, and compliance with global structural engineering requirements for critical load-bearing assemblies.

焊接能力和工艺范围

材料覆盖范围：

We provide Structural MIG Welding for carbon steel (Q235, Q355, ASTM A36), stainless steel (304/316), and aluminum alloys (5052, 6061). These materials are widely used in steel structures, machinery frames, industrial platforms, support brackets, and heavy-duty fabrication systems.

Welding Methods:

Our workshop supports MIG, MAG, and flux-cored arc welding (FCAW) for high-efficiency structural fabrication. We handle plate thickness from 3 mm to 120 mm, with pipe and tube structures ranging from DN15 to DN1200. For Structural MIG Welding, we control heat input, penetration depth, and distortion to ensure load-bearing strength and fatigue resistance.

Forming & Fabrication Capability:

We provide CNC cutting, beveling, drilling, assembly fitting, and pipe bending up to 426 mm diameter with ±0.2° tolerance. Combined fabrication capability enables integrated structural assemblies such as frames, supports, platforms, and welded modules using Structural MIG Welding processes.

质量保证系统：

过程控制：

All Structural MIG Welding projects are executed under strict WPS/PQR documentation with controlled welding consumables and material traceability. Each weld is assigned a unique ID with QR-code tracking for full lifecycle quality monitoring.

无损检测：

We provide VT, MT, UT, PT, and RT inspection based on structural safety requirements and project specifications. Critical load-bearing welds in Structural MIG Welding projects can be tested according to EN 1090 EXC2–EXC4 or ASME structural standards.

尺寸检查：

CMM systems, laser tracking, and precision alignment tools are used to verify structural geometry, flatness, squareness, and assembly accuracy. We provide full inspection reports, weld logs, material certificates, and NDT documentation for Structural MIG Welding assemblies.

交付能力和快速响应：

生产能力：

Our monthly fabrication capacity exceeds 5,000 tons of structural components, including industrial frames, platforms, machinery bases, and customized Structural MIG Welding assemblies. Standard lead time is 2–6 weeks depending on complexity and inspection level.

快速周转：

For small-batch Structural MIG Welding projects, we support fast prototyping and pre-assembly within 3–7 days. This is ideal for engineering validation, equipment repair, and urgent structural reinforcement projects.

生产管理：

ERP and MES systems are fully integrated to monitor cutting, welding progress, inspection status, and delivery scheduling in real time, ensuring stable production efficiency and transparent project execution.

Customer Requirement Checklist & Service Access:

5 Key Information Required:

To provide accurate quotation for Structural MIG Welding, please share:

• Application (steel structure, machinery, platform, etc.)
• Technical drawings (2D/3D STEP/IGES preferred)
• Material grade and thickness
• Load-bearing or structural strength requirements
• Order quantity (prototype, batch, or project scale)

Service Models:

• Custom Fabrication (From Drawings): Send CAD files for engineering evaluation, welding plan, and Structural MIG Welding quotation.
• Repair / Reinforcement Service: Send photos or damaged structures for evaluation (crack repair, reinforcement welding, structural modification).

Fast Communication & Free Evaluation:

Send drawings or requirements via email or WhatsApp for free feasibility analysis and quotation. (Avoid vague requests like “weld a steel frame” — please provide dimensions, load requirements, and material details for accurate engineering response.)

Customer Case for Structural MIG Welding:

A Middle Eastern construction contractor required heavy-duty steel platforms and support frames for industrial processing equipment. Previous suppliers faced issues with deformation and inconsistent weld penetration under heavy load conditions.

Our engineering team optimized welding sequence, fixture design, and heat input control for Structural MIG Welding fabrication. Full UT and dimensional inspection were performed on all critical load-bearing joints to ensure compliance with structural safety requirements.

According to the customer’s public project feedback, the delivered steel structures achieved excellent load stability, reduced onsite installation adjustments, and improved overall project efficiency.

Partner with a certified Structural MIG Welding manufacturer for high-strength fabrication solutions that deliver reliability, precision, and industrial-grade performance.