china stainless steel stamping parts manufacturers
STAINLESS STEEL STAMPING · TOOLING · OEM PRODUCTION
Custom stainless steel stamped parts built around your drawing and volume plan
Hongming Sheng manufactures stainless steel brackets, clips, contacts, covers, supports and formed components using stamping and secondary fabrication processes.
Projects are reviewed around grade, thickness, temper, geometry, critical dimensions, burr direction, surface requirements and expected production quantity.
Send Your Stamping RFQ
Email PDF, DWG, STEP/STP or sample photos directly to:
The inquiry form collects contact and basic project information. It does not accept drawing attachments; please email technical files.
Press Range80T–1000T stamping equipment for different part and tooling requirements
Production RangePrototype or trial quantities through repeat programs up to large-volume production
Tooling SupportSingle-operation, compound, progressive and forming tooling after review
Secondary WorkDeburring, tapping, welding, finishing, assembly and packing
Stainless Steel Stamping in Production
Stamped Stainless Steel Part Examples
Custom stamped component produced to customer drawingFormed stainless steel component with project-specific featuresRepeat-production stainless steel stamping sampleStamped and finished component prepared for assembly
What Makes Stainless Steel Stamping Different?
Higher Forming Force
Grade, thickness and work hardening influence press tonnage, die design and forming sequence.
Springback Control
Bend geometry, tooling compensation and material consistency affect final angles and dimensions.
Surface Protection
Protective film, tool condition and handling methods help control scratches on visible surfaces.
Galling & Tool Wear
Lubrication, die material and maintenance planning are important for repeat production.
Burr Direction
Functional and cosmetic faces should identify acceptable burr location and edge requirements.
Corrosion Performance
Grade, fabrication contamination, cleaning and passivation requirements should be defined by use.
Tooling choice depends on volume. A low-quantity trial may use laser cutting and simple forming, while repeat or large-volume parts may justify compound or progressive tooling. Comparing total tooling and part cost gives a more useful decision than looking only at unit price.
From Drawing to Repeat Production
RFQ Review Drawing, grade, thickness and quantity
DFM Radii, holes, bends, burr and strip layout
Tooling Die design, manufacture and internal checks
Trial Initial samples and process adjustment
Approval Drawing-based sample confirmation
Production Controlled runs, inspection and packing
Grades, Finishes and Additional Processing
Material Considerations
Grade selection based on corrosion, strength and formability
Temper, thickness and grain direction
Coil or sheet format according to tooling route
Material traceability or certificates when agreed
Magnetic and environmental requirements where relevant
Secondary Operations
Deburring, edge finishing and tapping
Spot welding, riveting and hardware installation
Brushing, polishing and passivation
Powder coating, plating or other specified finishes
Email your drawing and production plan for tooling and manufacturing review. If files are not ready, use the inquiry form to leave contact information and a short project description.
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