Inconel Heat Shields
Formed thermal shields, guards, retainers and covers for exhaust, furnace and high-temperature equipment.
Build-to-Print Nickel Alloy Fabrication Services Nickel Alloy
Nickel Alloy
Fabrication Services
High-Temperature and Corrosion-Resistant Parts
Request nickel alloy fabrication services for build-to-print Inconel, Hastelloy and Monel brackets, heat shields, trays, ducts and welded assemblies. Send the exact alloy and material condition, released drawings, weld acceptance notes, inspection requirements, quantities and service constraints for an OEM feasibility review and quote. Prepare a nickel alloy fabrication RFQ · Compare custom titanium fabrication · Nickel alloy grades and material reference
✓ Build-to-print scope
✓ Inspection by RFQ
✓ OEM approval boundary
RFQ Project-defined
RFQ
Example order size
Drawing
Critical dimensions
Plan
Inspection scope
OEM
Final approval
01 / What We Fabricate
Nickel Alloy Fabrication Services for Custom OEM Parts
This is the commercial ordering page for nickel alloy fabrication services, from drawing review through cutting, forming, specified welding, inspection and protected packout. The companion material guide explains alloy properties; an actual RFQ defines the approved grade, springback risks, heat-input controls, surface requirements and deliverables.
Corrosion-Resistant Trays
Hastelloy and nickel alloy trays, liners, ducts and covers for aggressive process environments.
High-Temperature Brackets
Inconel brackets, clips and supports with controlled holes, edges, bend locations and lot identity.
Welded Nickel Assemblies
Fixture-controlled TIG-welded boxes, transitions, plenums and equipment subassemblies built to drawing.
Our scope: build-to-print nickel alloy fabrication for OEM equipment
The OEM or design authority owns alloy selection, service validation and final equipment compliance. DRAmetal manufactures the released components to the agreed material, process, inspection and documentation scope.
02 / Nickel Alloy Product Types
Inconel, Hastelloy and High-Nickel Parts for OEM Equipment
Nickel and high-nickel alloy parts require material identity, contamination control, qualified forming or welding routes and inspection planned around the released drawing.
Thermal Inconel Heat Shields
Formed Inconel 625 shields, guards and standoff panels for high-temperature zones where ordinary stainless loses margin.
- Alloy Inconel 625
- Features Flanges, beads, standoffs
- Use Thermal protection
Corrosion Hastelloy Trays and Ducts
Formed and welded Hastelloy components for chemical-adjacent equipment, fluid containment and corrosive exhaust paths.
- Alloy Hastelloy C-276
- Features Trays, liners, ducts
- Control Weld and surface review
Welded Nickel Alloy Weldments
GTAW assemblies manufactured with joint preparation, fixture, filler, purge and heat-input requirements defined by the released specification.
- Process GTAW / TIG
- Alloys 625 / 600 / C-276
- Records Drawing-defined
Supports High-Temperature Brackets
Inconel 718 and drawing-defined nickel alloy brackets, clips, retainers and supports for thermal cycling and loaded equipment interfaces.
- Alloy Inconel 718
- Control Hole and flange position
- Supply Parts or kits
03 / Technical Capabilities
Typical Nickel Alloy Fabrication Specification
| Materials | Inconel 600, 625 and 718, Hastelloy C-276, Monel 400 and drawing-defined nickel alloys |
|---|---|
| Typical forms | Sheet, plate, strip, tube, formed details and customer-specified machined inserts |
| Fabrication | Laser or waterjet cutting as appropriate, deburring, press-brake forming, TIG welding, hardware and assembly |
| Forming controls | Alloy-specific bend radius, springback compensation, staged forming and tool condition review |
| Weld controls | Joint cleanliness, filler and purge requirements, fixture restraint, heat-input planning and inspection to drawing |
| Quality records | Material certificates, first article, dimensional reports and special-process records when defined by the RFQ |
04 / Manufacturing Process
From Alloy Review to Traceable Nickel Parts
01
Grade and Service Review
Confirm alloy, product form, temperature or corrosion exposure, critical features and required records.
02
DFM and Tool Planning
Review bend radius, springback, work hardening, tool access, weld sequence and inspection setup.
03
Cutting and Deburring
Select the cutting route and protect part identity while controlling burrs and heat-affected edges.
04
Forming and Fixtures
Use staged forming and repeat fixtures where geometry, springback or assembly fit requires them.
05
Welding and Inspection
Control joint preparation and heat input, then inspect seams and drawing-defined dimensions.
06
Records and Packout
Release parts with the agreed material, inspection and revision records plus protected packaging.
05 / Why It Matters
Why Nickel Alloy Fabrication Is Not Generic Stainless Work
High-nickel alloys are selected because service conditions are demanding. A credible supplier must preserve alloy identity and plan forming and welding around the material rather than around standard steel settings.
Work Hardening
Cutting and forming routes must avoid unnecessary rework because many nickel alloys harden rapidly.
Springback
High strength and elastic recovery require alloy-specific bend allowances and trial control.
Heat Input
Weld sequence, filler, purge and restraint affect distortion, seam condition and final fit.
Material Traceability
625, 718, C-276 and Monel grades are not interchangeable, so lot identity must remain visible.
Customer Project
Inconel 625 Heat Shields: Forming and Weld Fixtures
Materials, fabrication decisions and results for an anonymous customer project.
Component reference image
The Customer Challenge
Springback, weld cracking and thermal distortion impaired the original shields and shortened fixture life.
Project Measurements & Details
≥1,000°CTemperature test
±0.2 mmForming accuracy
100%Penetrant inspection
Results apply to the project configuration described on the linked page.
Read the Customer Project → 07 / Why Choose Us
Why OEMs Use DRAmetal for Nickel Alloy Parts
01
Alloy-specific RFQ review
We align material grade, service notes, forming risks, weld requirements and inspection before route release.
02
Part and assembly supply
Heat shields, trays, brackets and weldments can be supplied as individual parts or revision-controlled kits.
03
Critical-feature inspection
Inspection targets the datums, seams, holes, flange positions and surface conditions that drive assembly fit.
04
Documentation to scope
Material and process records are supplied to the level defined by the drawing, purchase order and RFQ.
08 / Related
Related Fabricated Products
09 / FAQ
Nickel Alloy Fabrication FAQ
What do your nickel alloy fabrication services include?
Depending on the released drawing, the manufacturing scope can include exact-alloy review, sheet or plate cutting, edge preparation, forming, drawing-defined TIG welding, mechanical assembly, dimensional inspection and agreed material records. Alloy availability and each process are confirmed at RFQ review.
Which nickel alloys can you fabricate?
Common RFQs include Inconel 600, 625 and 718, Hastelloy C-276 and Monel 400. We confirm availability and route feasibility against the exact material specification.
Can you make Inconel 625 heat shields?
Yes. We fabricate formed Inconel 625 heat shields, guards, covers, brackets and welded thermal assemblies to customer drawings.
Do you weld Inconel and Hastelloy?
Yes. Nickel alloy GTAW is reviewed for joint preparation, filler, purge, heat input, fixture restraint and drawing-defined inspection before release.
How do you control nickel alloy springback?
The route may use alloy-specific bend allowances, staged forming, controlled overbend, trial parts and inspection fixtures depending on thickness and geometry.
What is needed for a nickel alloy quote?
Send drawings, 3D files, exact alloy and specification, thickness, weld and finish notes, service-critical features, records and quantity.
Get Started Need Inconel or Nickel Alloy Parts
Need Inconel or Nickel Alloy Parts
Reviewed Before Production?
Send your drawings, alloy specification, thickness, weld notes, service conditions and quantity. We will review forming, heat-input and inspection risks before quoting.