Thermal Spray Titanium Wire | Titanium Wire for Coating Applications

High-purity thermal spray titanium wire on large industrial spool, silver metallic GR1 GR2 wire for aerospace and industrial coatings, professional workshop product photography

Close-up of precision titanium wire with industrial fittings and connectors, showing detailed stranded structure for thermal spray applications

Industrial titanium wire spool with workshop tools, high-strength thermal spray wire for chemical processing and mechanical equipment coatings

Macro close-up of thermal spray titanium wire cross-section, showing high-purity silver metallic strands and tight winding for plasma and arc spray

Professional view of thermal spray titanium wire on plastic spool, silver high-purity titanium wire ready for industrial coating processes

Thermal Spray Titanium Wire | Titanium Wire for Coating Applications

Thermal spray titanium wire for coating, surface engineering and corrosion-resistant metallizing applications. RFQs should specify titanium grade, wire diameter, spool or coil form, surface condition, process requirement, quantity, packing and certificate documentation.

Common grades: Grade 1, Grade 2 and project-specified titanium alloys
Application data: thermal spray process, coating requirement and wire feed condition
RFQ details: grade, diameter, coil or spool, surface condition, quantity and documents

DocumentsMTC and EN 10204 3.1 on request
TraceabilityHeat number and inspection scope confirmed
RFQ detailsGrade, standard, size, tolerance, quantity
PackingExport protection by product form and length

Product Introduction

Titanium wire for thermal spray coating applicationsApplicable standard or RFQ reference

Grade, diameter, spool form, feed requirement and surface conditionCore information needed for quotation

Wire diameter, spool weight, cast/helix, surface and packagingDimensional review before production

MTC / EN 10204 3.1Traceability documents when required

Acceptance is by the ordered specification. Final grade, chemistry, dimensions, inspection and documentation are confirmed by the purchase specification and mill test certificate.

Thermal Spray Titanium Wire for Coating Applications

Beiyu supplies thermal spray titanium wire for coating, metallizing, surface engineering and corrosion-resistant repair applications where titanium wire is used as feed material. Thermal spray wire should be quoted according to grade, diameter, feed form, surface condition and coating process requirement.

Unlike welding wire, thermal spray titanium wire is selected for coating deposition rather than joining base metals. Buyers should identify the thermal spray process, equipment requirement, wire feed condition and target coating application before quotation.

Material and Supply Form

Common grades	Grade 1, Grade 2 and project-specified titanium grades.
Supply form	Coil wire or spool wire according to thermal spray equipment requirement.
Key requirements	Diameter, surface condition, feed stability, cleanliness, grade and heat traceability.
Application review	Thermal spray process, substrate, coating purpose and acceptance criteria should be defined by the buyer.

Diameter, Feed Condition and Surface Quality

RFQs should specify wire diameter, grade, spool or coil requirement, surface condition, quantity and certificate requirement. The buyer should also provide the thermal spray process and equipment feed requirement, because wire feeding behavior can affect coating consistency.

Wire surface should be protected from oil, dust and moisture. If the coating application has strict acceptance criteria, the RFQ should define inspection, packaging and traceability requirements before order confirmation.

Coil and Spool Envelope for Equipment Review

Beiyu's June 2026 product brochure lists the general titanium wire program at 0.8 to 12 mm for coil wire and 0.01 to 6.35 mm for spool wire. The straight-wire row is not applied on this page because thermal spray feedstock is quoted here only as coil or spool.

Supply form	General wire-program diameter	Thermal-spray RFQ check
Coil wire	0.8 to 12 mm	Required feed diameter, coil weight, cast and helix
Spool wire	0.01 to 6.35 mm	Required feed diameter, spool and core format, winding

These figures are general wire-program capability limits, not validated operating ranges for a spray gun, stock claims or proof that every grade, diameter and surface combination is available. The equipment model, required feed diameter, spool or core format, cast and helix, surface cleanliness and feed trial control the thermal-spray review. Beiyu confirms the combination at quotation.

Common Applications

Thermal spray coating and surface engineering projects
Corrosion-resistant titanium coating applications
Metallizing and industrial repair work
Research, development and process qualification projects
Custom coating feedstock specified by grade and diameter

Inspection and Documentation

Buyers can request mill test certificate, EN10204 3.1 documentation, heat number traceability, chemical composition and dimensional inspection. Surface inspection, PMI testing or third-party inspection can be specified when required by the coating project.

Packaging and Export Information

Thermal spray wire should be packed to protect feed stability, surface condition and spool integrity. Labels should identify grade, diameter, heat number, quantity and purchase order reference where traceability is required. Packing should reduce moisture exposure and mechanical damage during export shipment.

RFQ Information Needed

Titanium grade and wire diameter
Thermal spray process and equipment feed requirement
Coil or spool form and packing requirement
Surface condition and cleanliness requirement
Quantity, destination and delivery requirement
Certificate, traceability and inspection documents

FAQ

Is thermal spray titanium wire the same as welding wire?

No. Thermal spray wire is used as coating feedstock, while welding wire is used as filler metal for joining. The RFQ should specify the intended process.

What information is needed for quotation?

Send grade, diameter, spool or coil requirement, thermal spray process, quantity, surface condition and certificate requirements.

Can Grade 1 or Grade 2 titanium wire be used for thermal spray?

Grade selection depends on the coating specification and process requirement. Buyers should provide the required grade and acceptance criteria in the RFQ.

Procurement Notes for Thermal Spray Titanium Wire

Thermal spray titanium wire should be specified by grade, wire diameter, surface cleanliness, spool or coil format, weight per package and equipment compatibility. Buyers should confirm whether the wire is intended for arc spray, coating trials, repair work or production coating, because feed stability, surface condition and packaging can affect spray performance.

Useful RFQ details include required chemical composition, wire tolerance, coil winding quality, splice restrictions, heat traceability and certificate requirement. The order should also state whether the wire needs sealed packing, desiccant, individual spool labels or batch separation. For repeat coating programs, include previous approved wire diameter, spray equipment model and any receiving inspection criteria.

Related Titanium Wire RFQ Pages

Thermal spray wire projects may also require small-diameter wire or titanium filler wire for adjacent fabrication work.

Common applications

Review export and fabrication support

Titanium

47.867 u
4.51 g/cm3
Titanium wire for thermal spray coating applications

Thermal spray coating feedstockConfirm grade, size, tolerance, surface, packing and certificate scope before quotation.Surface engineering projectsConfirm grade, size, tolerance, surface, packing and certificate scope before quotation.Industrial wear/corrosion coatingsConfirm grade, size, tolerance, surface, packing and certificate scope before quotation.Titanium wire feed trialsConfirm grade, size, tolerance, surface, packing and certificate scope before quotation.

Specification detail with sources

Thermal spray feedstock is judged by whether it feeds without interruption, and no chemical certificate reports that. The fields that decide it are the winding and the surface: cast and helix, layer winding, spool type and weight, and whether any drawing residue remains on the wire. A spool that satisfies every composition limit can still stall in the gun, which is why the order has to describe the delivered form separately from the grade.

Composition still belongs on the certificate, and the figures have a named basis rather than a general one. In the bar and billet specification ASTM B348 the methods are named in the document, ASTM E1409 for oxygen and nitrogen, ASTM E1447 for hydrogen and ASTM E1941 for carbon, with rounding to ASTM E29 before a value is compared to a limit (ASTM B348, referenced documents and test methods). Spray wire is certified under its own specification rather than under ASTM B348, so the method behind each figure is a question to put on the order there too. Oxygen is the figure to read with the process in mind, since a deposit sprayed in air typically picks up more of it than the feedstock carries, and the certificate describes the wire as delivered rather than the coating as applied. Beiyu Titanium supplies thermal spray wire with an EN 10204 3.1 mill test certificate carrying heat number traceability, with the reporting scope set by the order.