TIG Welding Services for Stainless Steel, Aluminum & Precision Welded Parts
Feiyu provides TIG welding services for stainless steel, aluminum, thin sheet metal, visible weld components and precision OEM welded assemblies.
OEM TIG Welding Capabilities
Feiyu provides TIG welding services for overseas OEM customers that need clean weld appearance, stable dimensions and controlled fabrication quality. As an OEM TIG welding manufacturer, we support custom TIG welded parts from drawing review through production and inspection.
Our welding and fabrication workflow can combine cutting, forming, aluminum TIG welding, stainless steel TIG welding, post-weld machining, surface finishing and assembly for precision welded assemblies used in industrial equipment, automotive accessories, marine hardware and visible weld components.
Materials for TIG Welding
Stainless Steel
- visible weld components
- enclosures
- precision brackets
Aluminum
- lightweight frames
- automotive accessories
- marine hardware
Thin Sheet Metal
- sheet metal assemblies
- covers
- housings
Carbon Steel
- small brackets
- precision fabricated parts
- equipment components
Typical TIG Welded Parts We Manufacture
Stainless Steel Brackets
- Material
- 304 or 316 stainless steel
- Welding requirement
- Clean visible welds and low distortion
- Application industry
- Food equipment and industrial products
Aluminum Frames
- Material
- 6061 aluminum
- Welding requirement
- Controlled heat input and stable geometry
- Application industry
- Automotive, mobility and marine hardware
Marine Hardware
- Material
- Stainless steel or aluminum
- Welding requirement
- Corrosion-ready weld quality
- Application industry
- Marine and outdoor equipment
Food Equipment Parts
- Material
- Stainless steel sheet and tube
- Welding requirement
- Smooth weld finish for easy cleaning
- Application industry
- Food processing equipment
Precision Sheet Metal Assemblies
- Material
- Thin sheet metal
- Welding requirement
- Fixture-controlled sheet metal welding
- Application industry
- Electrical enclosures and equipment covers
Visible Weld Components
- Material
- Aluminum or stainless steel
- Welding requirement
- Consistent bead appearance
- Application industry
- Consumer-facing OEM assemblies
Lightweight Structural Parts
- Material
- Aluminum alloy
- Welding requirement
- Strength with minimized deformation
- Application industry
- Mobility and industrial equipment
Custom OEM TIG Welded Parts
- Material
- Project-specific metal material
- Welding requirement
- Built to drawing and inspection requirements
- Application industry
- OEM and ODM manufacturing programs
TIG Welding Manufacturing Workflow
Drawing Review
Our team reviews CAD files, drawings, weld symbols, tolerances and surface requirements before quoting or production planning.
Material Preparation
Material grade, thickness and surface condition are checked so the welding route matches the part requirement.
Cutting & Forming
Blanks, bends, tubes or formed sheet metal parts are prepared before fixture setup and welding.
Fixture Setup
Fixtures and datum points are verified to control alignment, repeatability and assembly dimensions.
TIG Welding
Welding parameters and sequence are controlled for heat input, bead appearance and part stability.
Weld Cleaning
Welded areas can be cleaned, brushed or prepared for the requested finish and inspection standard.
Dimensional Inspection
Critical dimensions, flatness, hole positions and assembly fit are checked according to the drawing.
Surface Finishing
Parts can move to polishing, brushing, powder coating, anodizing, plating, painting or other finishing routes.
Packaging & Shipment
Finished OEM welded parts are protected, packed and prepared for export shipment or assembly delivery.
Quality Control for TIG Welded Parts
TIG welded components are controlled through fixture verification, welding process checks, visual inspection and dimensional inspection. Learn more about our quality control system.
Available Documents
TIG Welding vs MIG Welding
| TIG Welding | MIG Welding |
|---|---|
| Better weld appearance | Faster welding speed |
| Suitable for aluminum and stainless steel | Suitable for steel brackets and frames |
| Suitable for thin materials | Better for medium and high volume production |
| Better control of heat input | Common for structural fabricated parts |
| Ideal for precision and visible weld parts | Efficient for production steel weldments |
TIG welding is often used for aluminum, stainless steel, thin materials and visible weld components. MIG welding is usually more efficient for steel brackets, frames and structural welded parts.
TIG Welding Applications
Related Capabilities
TIG Welding FAQs
Key questions for buyers comparing TIG welding suppliers, materials and drawing requirements.
What materials are suitable for TIG welding?
TIG welding is commonly used for stainless steel, aluminum, carbon steel and thin sheet metal parts.
Is TIG welding better than MIG welding?
TIG welding provides better control and weld appearance, while MIG welding is faster and more suitable for structural steel parts and higher-volume production.
Is TIG welding suitable for aluminum parts?
Yes. TIG welding is commonly used for aluminum parts, lightweight frames, marine hardware and precision welded components.
Can Feiyu manufacture complete TIG welded assemblies?
Yes. Feiyu provides cutting, forming, TIG welding, machining, surface finishing and assembly for complete OEM welded products.
How do you control welding distortion in TIG welded parts?
Feiyu controls distortion through fixture design, heat input control, welding sequence and dimensional inspection.
Can TIG welded parts be polished or surface finished?
Yes. TIG welded parts can be polished, brushed, powder coated, anodized, plated or painted according to project requirements.
What drawings are needed for a TIG welding quote?
STEP, STP, DWG, DXF, PDF and IGES files are commonly accepted for TIG welding quotation.
Send Your TIG Welding Drawings for Review
Invite OEM buyers, engineers and purchasing teams to send drawings, material, quantity, tolerance, weld appearance and surface treatment requirements.