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The titanium target price is mainly determined by purity, target dimensions, shape, total material weight, manufacturing and machining requirements, surface condition, backing plate or bonding needs, order quantity, testing documents, and delivery terms. There is no single price that applies to every 99.95% titanium sputtering target because a small laboratory target and a large custom target for an industrial PVD system require different amounts of material, processing, inspection, and packaging.
For buyers, the most reliable way to obtain an accurate price is to send the supplier a complete technical specification. This should include the required purity, diameter or length and width, thickness, quantity, tolerance, surface finish, backing plate information, inspection requirements, and delivery destination.
Comparing only the price per piece can be misleading. One quotation may cover an unbonded target with standard tolerances, while another may include precision machining, a copper backing plate, bonding, batch-specific testing, export packaging, and freight.
Titanium sputtering targets are used as source materials in physical vapor deposition processes. During sputtering, energetic ions strike the target surface and eject atoms, which travel through the vacuum chamber and form a thin film on the substrate. Target specifications therefore need to match the deposition equipment and the intended coating process.
Although two products may both be described as titanium targets, they may differ in several important ways:
Titanium purity
Diameter, length, width, and thickness
Round or rectangular geometry
Flatness and dimensional tolerance
Surface finish
Density and microstructure requirements
Backing plate material
Bonding method
Inspection and certification
Order volume
Delivery location
Aulister’s product page identifies its material as a 99.95% titanium target, meaning that titanium accounts for 99.95% of the specified composition. The company also provides customized targets based on customer requirements or drawings.
Because sputtering targets are frequently made to match a specific cathode or coating system, suppliers cannot always calculate an accurate price from purity alone. Even when raw material costs are similar, machining, bonding, testing, and logistics can create a significant difference in the final quotation.
A small round target used in research equipment may require only a limited amount of titanium, but the price per unit weight can still be relatively high. Setup, precision cutting, surface preparation, inspection, and packaging are required even for a single piece.
A larger production target uses more raw material and may require:
Larger machining equipment
More demanding flatness control
Longer processing time
Specialized handling
Stronger export packaging
A backing plate assembly
More extensive inspection
The total price will therefore normally be higher, although the cost per kilogram may sometimes be more favorable for a larger batch.
Targets manufactured in common diameters and thicknesses may be easier to produce than targets with unusual dimensions, mounting holes, stepped edges, grooves, or other custom features.
A custom target may require:
Technical drawing review
Raw material preparation
CNC machining
Precision surface finishing
Dimensional inspection
Trial assembly or bonding
Individual identification and packaging
These added steps affect the final titanium target price, even when the titanium purity remains unchanged.
The following factors should be reviewed before comparing quotations.
Purity is one of the first specifications requested by a target manufacturer. Common purchasing options may include commercial titanium grades as well as high-purity materials such as 99.95% and 99.99% titanium.
Higher purity can involve tighter impurity control, more selective raw materials, additional testing, and lower production availability. However, the highest available purity is not automatically necessary for every coating project.
A buyer should consider:
The intended deposited film
Acceptable impurity limits
Electrical or optical performance requirements
Process sensitivity
Customer specifications
Research or production objectives
Available budget
The complete impurity profile may be more informative than the headline purity percentage. Ask which elements are tested and whether the chemical report relates to the specific production batch.
Material weight is calculated from the target geometry, dimensions, and titanium density. A larger diameter, greater thickness, or longer rectangular target requires more material and normally raises the total price.
However, the relationship between size and price is not always linear.
A very thin target may be more difficult to machine without distortion. A very large target may require special production and inspection equipment. A non-standard thickness may need additional material removal, increasing both machining time and scrap.
The supplier should be given final dimensions rather than only the equipment model. Useful information includes:
Round target diameter
Rectangular target length and width
Target thickness
Flatness requirement
Parallelism
Edge profile
Hole dimensions and locations
Final usable dimensions
A simple round disc is usually easier to manufacture than a target with holes, slots, steps, tapers, curved surfaces, or complex mounting features.
Machining cost can increase when the design requires:
Tight dimensional tolerances
Thin-wall or thin-section control
Precision drilling
Threading
Countersunk holes
Stepped edges
Grooves
Rounded or chamfered corners
Special mounting features
Engraved identification
Buyers should distinguish between essential equipment-interface features and optional design preferences. Simplifying non-critical geometry may reduce cost without affecting target performance.
The finished target surface should be appropriately machined, cleaned, inspected, and protected before shipment. Surface requirements can affect processing time and rejection risk.
A standard machined surface may be sufficient for some applications. Other projects may require polishing, controlled roughness, special cleaning, or strict limits on scratches and contamination.
Surface-related requirements may include:
Maximum roughness
No visible oil or residue
Controlled oxide condition
Scratch limits
Edge deburring
Ultrasonic cleaning
Vacuum-compatible handling
Sealed clean packaging
The buyer should define measurable acceptance criteria where surface condition is important. General language such as “high-quality surface” can be interpreted differently by different suppliers.
Target density and internal uniformity can influence how consistently the target behaves during sputtering. For demanding applications, buyers may also ask about grain size, grain orientation, pores, inclusions, and microstructural consistency.
These requirements can affect the production route, heat treatment, inspection, and acceptance rate. A standard industrial order may not require a detailed metallographic report, while a sensitive electronic or research process may justify more extensive verification.
Before adding special microstructure requirements, buyers should confirm that they are relevant to the actual deposition process. Unnecessary inspection can increase the price without delivering a practical benefit.
Some sputtering targets are supplied as standalone target discs or plates. Others are bonded to backing plates, commonly selected to support cooling, mounting, or mechanical stability.
Bonded targets require additional materials and processing, including:
Backing plate procurement
Backing plate machining
Surface preparation
Bonding material
Bonding labor
Bond integrity inspection
Assembly packaging
Technical guidance from deposition-equipment suppliers notes that bonding can improve cooling and support thinner targets. Bonded assemblies must also be operated according to the thermal and power limitations of both the target and the bond.
Indium is one commonly used target-bonding material because it transfers heat effectively and can accommodate some difference in thermal expansion between the target and backing plate.
Whether bonding is required depends on the target material, target thickness, cathode design, operating power, and equipment manufacturer’s recommendations.
The following table summarizes the most important quotation variables.
| Price Factor | Lower-Complexity Requirement | Higher-Complexity Requirement | Likely Effect on Price |
|---|---|---|---|
| Purity | Standard commercial grade or 99.95% where suitable | Higher purity with tightly controlled impurities | Higher-purity material and testing may increase cost |
| Size | Common diameter and standard thickness | Large, thin, long, or non-standard dimensions | More material and specialized processing may be needed |
| Shape | Simple round or rectangular target | Holes, steps, grooves, curves, or custom interfaces | Additional CNC machining and inspection |
| Tolerance | Standard dimensional tolerance | Tight flatness, thickness, parallelism, or hole-position tolerance | Longer machining and greater rejection risk |
| Surface | Standard machined finish | Polished, controlled roughness, or special cleaning | Additional finishing and handling |
| Microstructure | Standard production control | Specified grain size, orientation, density, or metallography | More controlled manufacturing and testing |
| Backing plate | Unbonded target | Machined copper or other backing plate | Added material and machining cost |
| Bonding | Not required | Indium or another approved bonding method | Added assembly, inspection, and lead time |
| Documentation | Basic material certificate | Full chemistry, dimensions, density, microstructure, and third-party reports | Testing and administration fees |
| Quantity | Production batch or repeat order | One sample or a small custom order | Setup costs are spread across fewer pieces |
| Packaging | Standard domestic packaging | Clean packing, vacuum sealing, or reinforced export case | Higher packing and handling cost |
| Delivery | Flexible sea freight or consolidated shipping | Urgent air freight or long oversized package | Higher logistics expense |
This comparison explains why suppliers may provide different prices even when they quote the same nominal purity.
Before choosing the lowest offer, confirm that each supplier has included the same dimensions, tolerances, testing, bonding, and delivery scope.
A 99.95% target offers a high titanium content while remaining a practical option for many industrial and research coating requirements. Aulister presents its 99.95% titanium target for thin-film deposition applications and highlights uses across electronics, optics, aerospace-related components, medical-device manufacturing, and other coating fields.
Nevertheless, purity should be selected according to process requirements rather than marketing language.
A 99.95% titanium target may be considered when:
The process requires high-purity titanium but not the maximum available grade
The deposited film can tolerate the specified impurity profile
The project needs a balance between performance and purchasing cost
The target is used for general industrial PVD coating
The process specification explicitly permits 99.95% material
The buyer has successfully qualified the purity in previous production
The final decision should be made after reviewing the certificate of analysis and, where necessary, testing the target in the actual coating process.
A higher-purity target may be justified when:
Film contamination limits are especially strict
The deposited layer has sensitive electrical properties
Optical performance could be affected by impurities
The project follows a customer-controlled material specification
The target is used in advanced research or electronic applications
Previous testing shows that 99.95% material does not meet process needs
Higher purity should not be ordered simply because it appears better on paper. The additional cost should be connected to a measurable process or product requirement.
Two 99.95% titanium targets may not have identical impurity distributions.
One target could contain more oxygen, while another could have different levels of iron, nitrogen, carbon, or other residual elements. Both could still meet the same headline total purity.
For a meaningful comparison, ask suppliers to provide:
Tested titanium content
Individual impurity limits
Actual batch values
Test method
Heat or lot number
Certificate of analysis
Confirmation that the report applies to the finished target batch
This provides a better basis for material qualification than comparing “99.95%” labels alone.
An incomplete inquiry often produces a provisional price that changes after the supplier receives the drawing. A complete RFQ helps the supplier calculate material usage, processing time, testing, and delivery accurately.
Provide the following details:
Required titanium purity
Target shape
Diameter or length and width
Target thickness
Quantity
Dimensional tolerances
Flatness and parallelism requirements
Surface-finish requirements
Required density or microstructure, when applicable
Backing plate material and dimensions
Bonding method
Hole, groove, or edge details
Inspection documents
Product marking
Packaging requirements
Deposition equipment or cathode model
Application or coating process
Delivery destination
Required delivery date
Preferred Incoterm
A technical drawing should be provided for any custom target. The drawing should contain revision control so that both parties manufacture and inspect according to the same version.
Do not assume that a “bonded target” quotation includes a new backing plate.
Some quotations may cover:
Target material only
Target plus bonding service
Target, new backing plate, and bonding
Target bonded to a customer-supplied backing plate
Reclaiming and reusing an existing backing plate
Each option has a different cost.
If an existing backing plate will be reused, the supplier may need to inspect it for deformation, damage, remaining bond material, and dimensional suitability before confirming the final price.
Inspection requirements should be agreed upon before production.
Possible documents include:
Chemical composition report
Material certificate
Dimensional inspection report
Surface inspection record
Density report
Grain-size report
Metallographic images
Ultrasonic test report
Bond coverage or bond-integrity report
Third-party inspection certificate
Packaging photographs
Not every application requires all of these documents. Select the reports that are relevant to the coating process and customer requirements.
Titanium material, machining, bonding materials, and international freight costs can change. Suppliers may therefore limit the period for which a quotation remains valid.
The quotation should state:
Currency
Unit price
Total price
Minimum order quantity
Setup or tooling fees
Testing fees
Packaging costs
Freight terms
Payment terms
Production lead time
Quotation validity
This reduces the chance of misunderstanding when the purchase order is placed several weeks after the initial inquiry.
The lowest titanium target price does not always produce the lowest cost per successful coating run. Buyers should consider the complete cost of receiving, installing, qualifying, and using the target.
Use a comparison table to confirm that each supplier has quoted the same scope.
| Quotation Item | Supplier A | Supplier B | Supplier C |
|---|---|---|---|
| Purity and chemical limits | |||
| Target dimensions | |||
| Final tolerance | |||
| Surface finish | |||
| Backing plate included | |||
| Bonding included | |||
| Inspection documents | |||
| Packaging | |||
| Freight term | |||
| Lead time | |||
| Quote validity | |||
| Total delivered cost |
A lower quote may exclude an inspection report or backing plate that another supplier has included. Those differences should be corrected before making a final comparison.
Unnecessarily demanding requirements can increase cost and lead time.
Before requesting very tight tolerances, highly polished surfaces, detailed microstructure reports, or third-party testing, confirm whether these items are necessary for equipment compatibility or film performance.
Engineering and purchasing teams should distinguish between:
Mandatory requirements
Preferred requirements
Non-critical preferences
This gives suppliers more flexibility to propose a cost-effective manufacturing route.
Purchase price is only one part of target economics. Buyers should also consider how much of the target can be used before replacement.
Target utilization depends on the cathode design, magnetic field, erosion pattern, target geometry, operating conditions, and maintenance practices. Sputtering beyond the safe usable thickness can damage the cathode or cooling components, so replacement decisions should follow equipment guidance.
A cheaper target that creates installation problems, unstable processing, premature replacement, or excessive downtime may have a higher operating cost than a more consistent alternative.
A first-article or sample order is useful when:
The supplier is new
The target geometry is customized
Bonding is required
The coating process is sensitive
The order value is high
The target will be used in continuous production
The sample can be checked for:
Chemical composition
Dimensions
Flatness
Surface condition
Cathode fit
Packaging
Bond quality
Process stability
Film quality
Target erosion behavior
After approval, record the final specification and drawing revision for repeat orders.
For a quotation based on purity, dimensions, quantity, machining, and inspection requirements, buyers can submit their specifications through Aulister’s titanium target price page.
The price depends on purity, size, thickness, shape, machining, surface finish, backing plate, bonding, quantity, testing, and delivery. A supplier normally needs a drawing or complete dimensional specification before providing an accurate quotation.
There is no universal price for a 99.95% titanium target. A small unbonded laboratory disc will be priced differently from a large rectangular target bonded to a precision-machined backing plate. Quantity, documentation, packaging, and freight also affect the total.
A 99.99% target may cost more because it requires tighter impurity control and may have more limited raw-material availability. However, the final price also depends on dimensions, quantity, machining, bonding, and inspection. Buyers should choose purity according to film and process requirements.
Yes. A thicker target contains more titanium and normally has a higher total material cost. Very thin targets can also be expensive when they require careful machining, flatness control, or bonding to prevent distortion and improve thermal management.
Custom targets may require engineering review, non-standard raw material, additional CNC machining, tighter tolerances, specialized inspection, and individual production setup. These costs are especially noticeable in one-piece or small-batch orders.
Generally, yes. A bonded target may include a backing plate, bonding material, surface preparation, assembly labor, bond inspection, and more protective packaging. The supplier should clarify whether the backing plate is new, reused, or supplied by the customer.
The supplier needs the purity, shape, dimensions, tolerance, quantity, surface finish, backing plate details, bonding requirements, inspection documents, packaging, destination, and delivery date. A technical drawing is strongly recommended.
Titanium target quotations may use weight as part of the calculation, but targets are normally purchased according to finished dimensions and technical requirements. Machining, inspection, bonding, and packaging mean that the final price cannot be calculated accurately from weight alone.
Use standard dimensions where possible, avoid unnecessary tolerances and testing, combine repeat demand, clarify the quotation scope, and compare total delivered cost. Reusing an approved backing plate may also reduce costs when technically feasible.
Not automatically. Compare purity, chemical analysis, dimensional accuracy, surface quality, bonding, documentation, packaging, lead time, and supplier reliability. The lowest initial price may create higher costs if the target does not fit the equipment or perform consistently.
Lead time depends on raw-material availability, dimensions, machining complexity, bonding, testing, quantity, and current production capacity. Buyers should ask suppliers to separate drawing-approval time, manufacturing time, inspection time, and shipping time in the quotation.
The target price may include only the manufactured product. The delivered price can also include testing, packaging, insurance, freight, customs-related charges, and local delivery. Confirm the Incoterm and all exclusions before comparing offers.
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