Titanium 45° & 90° Elbows
Specify: Angle · LR/SR · NPS/DN · Wall · Ends
Direction-change fittings reviewed against the ordered geometry, construction, dimensions, wall and end preparation.
Elbows · Tees · Reducers · Caps · Stub Ends
Titanium Pipe Fittings Manufacturer — Elbows, Tees & Reducers
Specify fitting type, grade, NPS or DN, schedule or nominal wall, construction, dimensional standard, geometry, end preparation, inspection and documents before comparing quotations.
Material basisGrade, specification and revision
GeometryType, NPS/DN, wall and dimensions
ConstructionSeamless, welded or approved route
Release evidenceInspection, traceability and marking
Before comparing quotations: align the material specification, dimensional standard, mating pipe, construction, wall, end preparation, tests, documents and project exceptions. A fitting name and Grade alone are not a complete order.
Titanium Pipe Fitting Types
Define Each Fitting by Function and Geometry
Elbows, tees, reducers, caps and stub ends cannot be ordered from the family name alone. Each part needs its own size combination, geometry, wall, construction, ends and inspection basis.
Titanium 180° Returns
Specify: Radius · Center-to-center · Wall · Construction
Return fittings for compact routing, supplied only after radius, dimensional basis and fabrication route are confirmed.
Titanium Equal Tees
Specify: Run size · Branch size · Wall · Construction
Equal-branch fittings reviewed for material, outlet geometry, dimensions, wall and required inspection.
Titanium Reducing Tees
Specify: Run × branch sizes · Wall · Geometry
Reducing branches defined by complete run and outlet sizes rather than a single nominal designation.
Concentric Titanium Reducers
Specify: Large end × small end · Length · Wall · Ends
Axis-aligned transitions supplied against the ordered size combination, dimensional standard and end-preparation basis.
Eccentric Titanium Reducers
Specify: Size combination · Offset orientation · Length · Wall
Offset transitions reviewed with orientation, flat-side position, dimensions, construction and service arrangement defined.
Titanium Pipe Caps
Specify: NPS/DN · Wall · Shape · End preparation
End closures supplied against the specified material, dimensions, wall, geometry and fabrication requirements.
Titanium Lap-Joint Stub Ends
Specify: Type · Lap · Length · Wall · Backing flange
Stub ends reviewed together with mating pipe, backing flange, gasket arrangement and project dimensional basis.
Type, size, wall, construction, end preparation and availability are confirmed per quotation for each fitting.
Supply Scope & Qualification
Create One Verifiable Fitting Matrix
Do not combine all types, grades, sizes and walls into one broad capability claim. The exact combination must be reviewed against material, tooling, construction, heat treatment, inspection and documentation.
| Order item | Required definition | Acceptance decision |
|---|---|---|
| Type and geometry | Angle/radius, run and branch, size transition, cap or stub-end type | Drawing or dimensional standard matches the MTO |
| Material | Grade/UNS, material standard and revision, condition | MTC, source material and marking agree |
| Size and wall | NPS/DN, schedule or nominal wall, mating pipe | Dimensions and transition are compatible |
| Construction and ends | Seamless/welded/fabricated route and bevel/end preparation | Ordered classification and fit-up evidence are available |
| Inspection and documents | Dimensions, wall, visual/NDE, marking, traceability and reports | Method, sampling and acceptance are defined |
Pressure capability is not selected from Schedule alone.
Material, design temperature, corrosion allowance, construction, weld quality, applicable piping code and system design remain under the responsible engineering authority.
Standards Map
Use Each Standard for Its Actual Role
ASTM B363
Material, manufacture, testing and marking for titanium welding fittings within its scope; invoke the PO-specified edition and classification.
ASME B16.9
Overall dimensions, tolerances, ratings, testing and marking for factory-made wrought buttwelding fittings within its scope; not proof of titanium Grade.
ASME B16.25
Butt-welding end preparation and related dimensions where specified by the project or governing code.
MSS / Forged Scope
Apply MSS SP-43 or forged fitting requirements such as ASME B16.11 only where the product form and project specification require them.
Process Review
Review the Route Behind the Finished Geometry
1. Verify source material
Link the billet, bar, plate, pipe or tube input to the ordered Grade, specification and heat/lot.
2. Freeze construction and forming route
Identify seamless, welded or fabricated construction and the forming, welding and heat-treatment responsibility.
3. Inspect geometry and ends
Check dimensions, wall, ovality, angle/radius, branch or transition, bevel and surface against agreed methods.
4. Release traceable evidence
Align marking, MTC, inspection/NDE records, deviation approvals, packing list and shipment identity.
Evidence Must Follow the Ordered Fitting
A generic certificate or factory photograph cannot replace order-specific material identity, dimensional results, weld/NDE records where applicable, marking and traceability.
Application Review
Connect the Fitting to the Actual Piping System
Industry labels do not prove suitability. The project engineer remains responsible for material selection, pressure-temperature design, corrosion review, fabrication, inspection and code compliance.
Chemical Processing
Define media, concentration, contaminants, temperature, pressure, piping code, corrosion allowance and fabrication requirements.
Review the application context →
Marine & Seawater Systems
Define seawater conditions, velocity, temperature, crevice risks, mating materials and system design responsibility.
Review the application context →
Heat Exchanger & Process Equipment
Align fittings with mating pipe/tube, equipment nozzles, fabrication drawings, inspection and design code.
Review the application context →
EPC & Custom Piping Projects
Freeze line class, MTO, revision, isometrics, quantities, inspection points, documents, packing and delivery sequence.
Review the application context →System Compatibility
Align Pipe, Fitting, Stub End and Flange as One Joint
Match material, dimensions, wall transition, end preparation, welding basis, lap geometry, backing flange, gasket and fasteners. A compliant individual component can still create a poor joint when interfaces are not aligned.
Titanium Fittings Purchase Guard
Align the Fitting, Joint and Evidence Before Ordering
The detailed guide covers fitting geometry, material and dimensional standards, construction, wall and ends, design responsibility, welding/NDE, traceability, packing, quotation comparison and change control.
- ✓ Type, geometry, NPS/DN and wall
- ✓ Grade, material and dimensional standards
- ✓ Construction, end preparation and mating parts
- ✓ Inspection, marking, documents and deviations
Frequently Asked Questions
Titanium Pipe Fittings Purchasing Questions
What information is needed for a titanium pipe fitting quotation?
Provide fitting type, grade/UNS, material specification and revision, NPS or DN, schedule or nominal wall, construction, dimensional standard, geometry, end preparation, quantity, inspection, documents and mating-pipe information.
Does ASTM B363 define all fitting dimensions?
No. ASTM B363 is a material, manufacturing and inspection specification for titanium welding fittings within its scope. Dimensional and end-preparation requirements may come from ASME B16.9, ASME B16.25, MSS SP-43 or an approved project drawing, as applicable.
Does matching pipe Schedule establish the fitting pressure rating?
No. Schedule or nominal wall is only one input. Material, design temperature, corrosion allowance, construction, joint quality, piping code and system design must be evaluated by the responsible engineer.
What is the difference between seamless and welded fittings?
They use different starting material and manufacturing routes and may have different examination and marking requirements. State the required construction and governing specification rather than assuming one is always preferable.
Can a stub end be ordered without flange information?
It can be quoted, but fit-up risk remains unless the buyer also defines stub-end type and length, lap dimensions, mating pipe, backing flange, gasket arrangement and dimensional standard.
Are stock, MOQ and lead time fixed for titanium fittings?
No. They depend on type, grade, size, wall, construction, tooling, source material, inspection, quantity and documentation. Confirm them against the exact order basis.
Titanium Fittings RFQ
Send the Joint Definition, Not Just a Fitting Name
Share the information currently available. Unknown parameters can remain open for review and confirmation.
- ✓ Type, angle/radius or size combination
- ✓ Grade, standard, NPS/DN and wall
- ✓ Construction, end preparation and mating pipe
- ✓ Quantity, inspection, documents and delivery basis