Lithium Iron Phosphate Sputtering Target (LiFePO₄)

• Controlled chemical composition: LiFePO₄ target material for specialized thin-film research.

• High-purity options: 99.5%, 99.9%, and higher-purity grades may be available.

• Battery materials research: Suitable for investigating thin-film electrodes and lithium-ion transport.

• Custom target dimensions: Circular, rectangular, plate, and other configurations may be sourced.

• Bonding options: Backing plates and bonding services may be available.

• Quality documentation: COA and technical data documentation may be requested, subject to supplier availability.

Property	Typical Specification
Product Name	Lithium Iron Phosphate Sputtering Target
Common Name	LFP Sputtering Target
Chemical Formula	LiFePO₄
CAS Number	15365-14-7
Molecular Weight	157.76 g/mol
Appearance	Gray to dark-gray solid or ceramic target
Crystal Structure	Olivine-type
Purity	99.5%, 99.9%, or higher, subject to availability
Density	Grade- and manufacturing-dependent; confirm target density
Target Shapes	Disc, plate, rectangular, column, step, or custom geometry
Dimensions	Custom diameter, length, width, and thickness
Sputtering Method	Process-dependent; confirm compatibility with the target and deposition system
Bonding Options	Unbonded or bonded to a compatible backing plate
Applications	Thin-film battery research, electrode development, lithium-ion transport studies, advanced materials research
Documentation	COA and SDS may be available upon request

• Standard Grade: For general thin-film deposition and laboratory research.

• High-Purity Grade: 99.9% purity may be available for specialized materials development.

• Ultra-High-Purity Grade: Higher-purity options may be available for advanced research, subject to sourcing.

• Custom-Dimension Target: Manufactured or sourced according to customer drawings and dimensional tolerances.

• Bonded Sputtering Target: Target supplied with a compatible backing plate and bonding configuration where available.

• Research-Grade Target: For thin-film battery studies, electrochemical research, and experimental electrode development.

1. What is a lithium iron phosphate sputtering target used for?

LiFePO₄ sputtering targets are used in thin-film battery research, electrode development, lithium-ion transport studies, and other advanced materials investigations.

2. What is the chemical formula of lithium iron phosphate?

The chemical formula is LiFePO₄, consisting of lithium, iron, and phosphate. It is commonly abbreviated as LFP.

3. What purity levels are available?

Purity levels such as 99.5% and 99.9% may be available, with higher-purity options depending on the supplier and application requirements. Confirm the basis of the purity specification and applicable impurity limits.

4. Can lithium iron phosphate sputtering targets be customized?

Yes. Custom sourcing may be available for target diameter, length, width, thickness, density, purity, and backing-plate configuration. Drawings and deposition-system requirements help establish the appropriate specification.

5. Which sputtering method is suitable for LiFePO₄ targets?

The appropriate sputtering method depends on the target's electrical properties, target construction, equipment, and desired film composition. Confirm suitable operating conditions with the target supplier and deposition-system manufacturer.

6. Can LiFePO₄ sputtering targets be supplied with a Certificate of Analysis?

COA documentation may be available upon request. Specify any required chemical composition, purity, density, phase, and dimensional inspections when submitting an RFQ.