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Quality Versatile Vacuum Coating Materials Compatible with Magnetron Sputtering Electron Beam Evaporation Techniques factory
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Quality Versatile Vacuum Coating Materials Compatible with Magnetron Sputtering Electron Beam Evaporation Techniques factory
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Versatile Vacuum Coating Materials Compatible with Magnetron Sputtering Electron Beam Evaporation Techniques

Product Details


Product Description

Nickel Copper Sputtering Target

Ti Time supplies custom nickel copper sputtering targets, also known as NiCu sputtering targets, Ni-Cu targets or nickel copper alloy targets, for PVD coating, magnetron sputtering, electronic thin films, protective coatings, resistive films, conductive layers and functional thin film deposition.

Nickel copper targets are used to deposit NiCu alloy films with good corrosion resistance, stable electrical properties, good adhesion and functional coating performance. Different Ni/Cu ratios can be selected according to film design, electrical performance, corrosion resistance and sputtering process requirements.

Ti Time can provide planar NiCu targets, round NiCu targets, rectangular NiCu targets, rotary NiCu targets and custom-machined nickel copper targets according to customer drawings, samples or coating equipment requirements.

Nickel copper sputtering target

Product Overview

Nickel copper sputtering targets are used in vacuum coating systems to deposit nickel-copper alloy films. NiCu films are suitable for electronic components, protective films, conductive layers, resistive films, corrosion-resistant coatings and selected functional thin film applications.

Nickel contributes corrosion resistance, mechanical strength and film stability, while copper provides good electrical and thermal conductivity. By adjusting the Ni/Cu ratio, the film properties can be tuned for different coating requirements.

Ti Time focuses on stable alloy composition, controlled machining accuracy and flexible customization. We can support R&D coating trials, small-batch testing and production-size target supply.


Technical Specifications
Item Specification
Product Name Nickel Copper Sputtering Target
Other Names NiCu Sputtering Target, Ni-Cu Target, Nickel Copper Alloy Target
Material Nickel Copper Alloy
Composition Ni90Cu10, Ni80Cu20, Ni70Cu30, Ni60Cu40, Ni50Cu50, Cu70Ni30 or customized
Purity 99%, 99.5%, 99.9%, 99.95% or customized
Shape Planar, round, rectangular, rotary, plate or custom shape
Manufacturing Process Vacuum melting, melting, rolling, forging, machining or suitable process according to specification
Surface Finish Machined, ground, polished or customized
Application PVD coating, electronic films, protective films, conductive layers, resistive films, corrosion-resistant coating, functional thin film
Custom Options Ni/Cu ratio, purity, size, shape, tolerance, surface finish, backing plate bonding and mounting structure
Nickel copper sputtering target surface finish

Nickel Copper Composition Options

Different Ni/Cu ratios can be selected according to electrical property, corrosion resistance, adhesion, film structure and coating system design.

Composition Ni Content Cu Content Typical Feature Common Application
Ni90Cu10 90 wt% 10 wt% Nickel-rich composition with improved conductivity from copper addition Protective films, electronic films, corrosion-resistant coatings
Ni80Cu20 80 wt% 20 wt% Balanced corrosion resistance and electrical performance Functional films, electronic components, PVD coating
Ni70Cu30 70 wt% 30 wt% Higher copper content for improved conductivity Conductive layers, resistive films and R&D coating
Ni60Cu40 60 wt% 40 wt% Tunable film performance for special coating design Electronic films, protective films and functional coatings
Ni50Cu50 50 wt% 50 wt% Balanced Ni-Cu alloy composition Research coating and custom thin film development
Cu70Ni30 30 wt% 70 wt% Copper-rich composition with nickel addition Conductive and corrosion-resistant functional films
Custom NiCu Ratio Customized Customized Adjusted according to film design and sputtering process Custom PVD applications and project-defined coatings

Note: Final Ni/Cu ratio should be confirmed according to coating equipment, film design, electrical requirement, corrosion resistance requirement and customer technical specification.


Chemical Control Reference

The following table is a general reference for NiCu sputtering targets. Final impurity limits can be adjusted according to purity grade, production process and customer specification.

Item Reference Control Purpose
Main Elements Ni + Cu Main alloy composition
Ni/Cu Ratio Ni90Cu10, Ni80Cu20, Ni70Cu30, Ni60Cu40, Ni50Cu50, Cu70Ni30 or customized Match film design and coating process
Total Purity 99%, 99.5%, 99.9%, 99.95% or customized Control film quality and impurity level
Oxygen Controlled according to target grade and manufacturing process Reduce oxide-related defects
Carbon Controlled according to project requirement Impurity control
Nitrogen Controlled according to project requirement Impurity control
Iron Controlled as metallic impurity Reduce unwanted metal contamination
Silicon Controlled as metallic impurity Reduce unwanted impurity influence
Other Metallic Impurities Controlled according to customer specification Meet project-specific requirements
Test Method ICP, GDMS, LECO or other suitable method upon request Verification and reporting

Note: For NiCu sputtering targets, alloy ratio, purity, density, microstructure and surface condition should be confirmed together according to the final coating application.


Common NiCu Target Shapes

Ti Time can produce nickel copper sputtering targets according to customer drawings or coating equipment requirements.

Target Type Description
Planar NiCu Target Flat target for magnetron sputtering and large-area coating systems
Round NiCu Target Disc-shaped target for laboratory or planar sputtering systems
Rectangular NiCu Target Flat rectangular target for industrial coating equipment
Rotary NiCu Target Rotating target for selected continuous coating systems
Custom NiCu Target Produced according to drawings, samples or old target photos
Custom NiCu sputtering targets

Size Capability

Ti Time can provide NiCu targets according to different coating equipment and project requirements.

Target Type Size Capability
Planar NiCu Target Length, width and thickness customized according to equipment
Round NiCu Target Diameter and thickness customized
Rectangular NiCu Target Length, width and thickness customized
Rotary NiCu Target Tube length, diameter and wall thickness customized
Custom NiCu Target Produced according to drawings or old target samples

For quotation, customers can provide target drawings, old target photos, coating equipment model, required Ni/Cu ratio, purity and quantity.


Applications of Nickel Copper Sputtering Targets

Nickel copper sputtering targets are used in many coating and thin film applications.

Application Area Typical Use
Electronic Films Electronic components, functional metal layers and device films
Conductive Layers Conductive thin films and metal interlayers
Resistive Films Thin film resistors and functional resistance layers
Protective Coating Corrosion-resistant and oxidation-resistant coating layers
Copper Electrode Protection Protective films for selected copper electrode structures
Decorative Coating Hardware, instruments and consumer product coatings
Research Coating Laboratory thin film deposition and process development
Functional Films Project-based NiCu alloy film development
NiCu target for electronic thin film coating

NiCu Targets for Electronic and Conductive Films

Nickel copper sputtering targets can be used to prepare functional metal films for electronic components, conductive layers and resistive film systems. By adjusting the Ni/Cu ratio, the film’s electrical behavior and corrosion resistance can be tuned according to application requirements.

Typical applications include electronic functional layers, conductive interlayers, thin film resistors, sensor films and laboratory film development.

NiCu sputtering target for conductive films

NiCu Targets for Protective Coatings

NiCu alloy films can be used as protective coatings in selected electronic and industrial applications. Nickel improves corrosion resistance and film stability, while copper contributes conductivity and thermal performance.

In some copper electrode structures, Ni-Cu alloy films may be used as protective layers to help reduce corrosion or diffusion-related issues under suitable process design.


Custom Nickel Copper Sputtering Targets

Many coating systems require non-standard target sizes, special Ni/Cu ratios or customized mounting structures. Ti Time can produce NiCu sputtering targets according to customer drawings, samples, old target photos or coating equipment information.

Custom Option Available Capability
Composition Ni90Cu10, Ni80Cu20, Ni70Cu30, Ni60Cu40, Ni50Cu50, Cu70Ni30 and customized Ni/Cu ratios
Shape Planar, round, rectangular, rotary and custom shapes
Size Diameter, length, width, thickness and tube size customized
Machining Chamfers, holes, grooves, steps and mounting structures
Surface Machined, ground, polished or customized
Backing Plate Copper, molybdenum or other backing plates upon request
Packing Protective export packaging for international shipment
Custom nickel copper sputtering targets

Backing Plate Bonding

Nickel copper targets can be supplied as standalone targets or bonded with backing plates according to coating equipment requirements. Backing plate bonding helps improve installation stability and heat transfer during sputtering operation.

Bonding Option Description
Copper Backing Plate Common option for heat transfer and equipment compatibility
Molybdenum Backing Plate Used for selected high-temperature or special coating systems
Indium Bonding Suitable for some sputtering target assemblies
Elastomer Bonding Available according to equipment and project requirements
Custom Bonding Produced according to drawings or old target samples

The suitable bonding method should be confirmed according to target size, sputtering power, cooling design and coating equipment requirements.


Quality Control

Ti Time controls nickel copper target production from raw material selection to alloy preparation, forming, machining, surface inspection and final packaging. Quality control can be arranged according to customer project requirements.

Inspection Item Purpose
Chemical Composition Confirm Ni/Cu ratio and impurity level
Relative Density Support stable sputtering performance
Microstructure Available when required by the project
Dimension Check Confirm size, tolerance and mounting structure
Surface Inspection Check surface finish and visible defects
Packing Inspection Reduce damage during export transportation

Material certificates, inspection reports or other technical documents can be provided upon request.

Nickel copper sputtering target inspection and packaging

Why Choose Ti Time

Ti Time supplies titanium, aluminum, chromium, zirconium, molybdenum, tungsten, niobium, tantalum, nickel alloys, copper alloys and related sputtering targets for coating and industrial applications. For nickel copper sputtering targets, we focus on stable alloy ratio, practical customization and clear technical communication before production.

Ti Time Advantage What It Means for Customers
Custom Ni/Cu Ratio Ni90Cu10, Ni80Cu20, Ni70Cu30, Ni60Cu40, Ni50Cu50, Cu70Ni30 and custom ratios available
Flexible Target Shapes Planar, round, rectangular, rotary and custom targets
Drawing-based Machining Suitable for non-standard coating equipment
Backing Plate Support Bonding options available upon request
R&D and Production Supply Small quantity testing and batch supply available
Export Packaging Suitable for international shipment

FAQ
  • What is a nickel copper sputtering target?

    A nickel copper sputtering target is a Ni-Cu alloy material used in PVD or magnetron sputtering systems to deposit nickel-copper films and related functional thin films.

  • What is NiCu target used for?

    NiCu targets are commonly used for electronic films, conductive layers, resistive films, protective coatings, copper electrode protection, decorative coating and functional thin film deposition.

  • What Ni/Cu ratios can Ti Time provide?

    Ti Time can supply Ni90Cu10, Ni80Cu20, Ni70Cu30, Ni60Cu40, Ni50Cu50, Cu70Ni30 and customized Ni/Cu ratios according to customer coating requirements.

  • Can NiCu targets be used for conductive films?

    Yes. Nickel copper targets can be used to deposit conductive or functional metal films. The final film performance depends on Ni/Cu ratio, sputtering parameters, substrate material and coating structure.

  • Can Ti Time customize NiCu target size?

    Yes. Planar, round, rectangular, rotary and custom nickel copper targets can be produced according to drawings, samples or coating equipment requirements.

  • Can NiCu targets be bonded with backing plates?

    Yes. Nickel copper targets can be bonded with copper, molybdenum or other backing plates according to customer equipment requirements.

  • What information is needed for quotation?

    Please provide target composition, purity, size, shape, quantity, drawing if available, surface requirement, bonding requirement and coating application. Old target photos or coating equipment information are also helpful.


Send Inquiry

Ti Time supplies custom nickel copper sputtering targets for PVD coating, electronic films, conductive layers, resistive films, protective coatings and functional thin film applications. Send us your Ni/Cu ratio, target size, drawing, coating equipment model or application requirements, and we will help confirm a suitable NiCu target solution.


Product Summary

Ti Time supplies custom nickel copper sputtering targets for PVD, electronic films, conductive layers, resistive films and protective coating applications. Ni90Cu10, Ni80Cu20, Ni70Cu30, Ni50Cu50 and custom NiCu targets are available.

Product Highlights

Nickel Copper Sputtering Target Ti Time supplies custom nickel copper sputtering targets, also known as NiCu sputtering targets, Ni-Cu targets or nickel copper alloy targets, for PVD coating, magnetron sputtering, electronic thin films, protective coatings, resistive films, conductive layers and ...

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