Skip to product information
1 of 1

630 Stainless Steel U Channels

630 Stainless Steel U Channels

DIMENSIONS
weight

Contact form

Our 630 Stainless Steel U Channels (17-4PH / 1.4542) represent a premium precipitation-hardened martensitic chromium-nickel alloy with copper additives. These specialized Stainless Steel Channel products deliver exceptional corrosion resistance while maintaining superior strength properties. Each Stainless Steel U Channel operates effectively in temperatures from -29℃ to 343℃, offering corrosion resistance comparable to 1.4301 / X5CrNi18-10 grade.

Manufacturing Processes for 630 Stainless Steel Channel Products

Smelting Options:

  • Electric Arc Furnace (EAF)
  • EAF+LF+VD: Refined-smelting and vacuum degassing
  • EAF+ESR: Electro Slag Remelting
  • EAF+PESR: Protective atmosphere Electro Slag Remelting
  • VIM+PESR: Vacuum induction melting

Forming Methods:

  • Hot rolling process
  • Hot Forging options:
    • Electro-hydraulic
    • High-speed-hydraulic
    • Oil-hydraulic
    • Precision-forging

Surface Finishing and Heat Treatment

Heat Treatment Options:

  • +A: Annealed (full/soft/spheroidizing)
  • +N: Normalized
  • +NT: Normalized and tempered
  • +QT: Quenched and tempered
  • +AT: Solution annealed
  • +P: Precipitation hardened

Surface Finishes:

  • Black Surface
  • Ground finish
  • Precision machined
  • Peeled/Turned
  • Polished finish

Applications and Industry Solutions

Our 630 Stainless Steel U Channels excel in various sectors:

  • Aerospace components
  • Marine equipment
  • Paper industry machinery
  • Energy sector applications
  • Offshore installations
  • Food processing equipment

Common applications include:

  • Heavy-duty machine components
  • Precision bushings
  • Turbine blades
  • High-strength couplings
  • Drive shafts
  • Measuring devices

Additional Services

  • Custom cutting solutions
  • CNC machining to specification
  • Versatile packaging options
  • Flexible payment terms
  • Comprehensive shipping solutions (FOB/CFR/CIF/DDU/DDP)
View full details