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RESOURCES

Insights, guides and technical resources.

Practical knowledge on stainless steel grades, finishes and fabrication — written for engineers and buyers.

11 resources01-11
  1. 01Can Stainless Steel Be Heat Treated? A Family-by-Family Decision GuideA bounded engineering guide to deciding what heat treatment can change in austenitic, ferritic, martensitic, duplex, and precipitation-hardening stainless steels, and what a drawing or RFQ must specify.Materials2026-07-26
  2. 02How to Specify and Verify a Precision-Machined Stainless Steel Part: Tolerances, Datums, Surface Texture, and Inspection EvidenceA drawing-to-inspection guide for turning assembly function into controlled features, practical tolerances, a stable datum scheme, surface-texture requirements, and evidence that supports an unambiguous acceptance decision.Machining2026-07-26
  3. 03Sheet and Plate Forming: How to Choose Press-Brake Bending or Plate Rolling and Specify the ResultA decision guide for choosing localized straight bending or continuous-curvature rolling and turning material, geometry, springback, developed-length, and inspection needs into a reviewable RFQ.Forming2026-07-26
  4. 04Heat Input in 304L Stainless Steel Welding: Why Process, Joint Geometry, and Thermal History Change the ResultA source-bounded guide to interpreting heat input in 304L welding across distortion, heat-affected-zone morphology, sensitization, pitting, residual stress, and post-weld cold work without inventing a universal WPS window.Welding2026-07-26
  5. 05Electropolishing 316L Stainless Steel: Roughness, Passive-Film Chemistry, Pitting Risk, and a Verifiable Finish SpecificationAn evidence-bounded guide to specifying electropolished 316L by starting surface, process record, roughness method, cleanliness, corrosion test context, and traceability instead of assuming that a brighter surface is automatically more corrosion resistant.Finishing2026-07-26
  6. 06Releasing a Multi-Bend Stainless Sheet Part: Bend Sequence, Tool Access, and Feature ControlA state-by-state release guide for connecting final part function to bend order, tool and backgauge access, hole and slot relationships, datum transfer, first-off evidence, and final verification without inventing universal compensation or machine settings.forming-bending-rolling2026-07-26
  7. 07Rolled Stainless Shells Before Seam Welding: Defining Roundness, End Condition, Fit-Up, and Measurement StateA state-specific buyer guide for defining a rolled stainless shell's size and form characteristics, end condition, longitudinal-seam fit-up, support/restraint, measurement evidence, and release authority before seam welding without supplying a code rule, universal tolerance, or Steelhui capability.forming-bending-rolling2026-07-26
  8. 08Which Precision Features of a Stainless Weldment Should Be Machined Before Welding, After Welding, or in Both States?A feature-by-feature decision guide for allocating precision machining before welding, after welding, or across both states without confusing an intermediate checkpoint with acceptance of the delivered weldment.machining-precision2026-07-26
  9. 09Laser-Cut Stainless Edges for Welding and Finishing: What the Drawing and Purchase Order Must ControlA state-specific purchasing and inspection guide for replacing the phrase clean laser cut with controlled edge characteristics, downstream handoff requirements, evidence, decision owners, and reopen triggers.surface-treatment-finishing2026-07-26
  10. 10Datum Transfer Through a Welded Stainless Assembly: From Fit-Up to Restraint ReleaseA state-by-state method for keeping functional datums, temporary shop references, restraint conditions, and final measurement evidence distinct as a stainless assembly moves through fit-up, welding, release, and delivery.welding-post-weld-control2026-07-26
  11. 11Laser-Cut Tabs, Slots, and Copes in Stainless Tube: What They Can and Cannot Prove Before WeldingA state-specific guide to using laser-cut tube features for identification, orientation, locating, and fit-up without treating their repeatability as proof of final welded geometry, weld quality, structural performance, or delivery acceptance.welding-post-weld-control2026-07-26
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