Skip to content
BASIS Materials Purity & Precision sales@basismaterials.com
REQUEST A QUOTE
Basis Materials representative image of Molybdenum Carbide (Mo2C) Sputtering Target

Representative image. Actual appearance may vary with composition, dimensions and manufacturing process.

BASIS MATERIALS / TARGET

Molybdenum Carbide (Mo2C) Sputtering Target

Grade / formula: Mo2C

Made to Order

Request a quote

Overview

Molybdenum Carbide (Mo2C) Sputtering Target is offered for semiconductor thin-film research. Specify the target configuration and dimensions required by your deposition system.

Technical Specifications

Material Molybdenum Carbide (Mo2C)
Formula / designation Mo2C
Form Sputtering Target
Deposition method (reference) RF
Bonding options Indium, Elastomer
Purity options
  • 99.5%
  • ≥99%
Size options
  • 25.4 mm Dia. x 3.175 mm Thick
  • 25.4 mm Dia. x 6.35 mm Thick
  • 50.8 mm Dia. x 3.175 mm Thick
  • 50.8 mm Dia. x 6.35 mm Thick
View all 10 options
  • 76.2 mm Dia. x 3.175 mm Thick
  • 76.2 mm Dia. x 6.35 mm Thick
  • 101.6 mm Dia. x 3.175 mm Thick
  • 101.6 mm Dia. x 6.35 mm Thick
  • 50.8 mm Dia x 3.175 mm Thick
  • 76.2 mm Dia x 3.175 mm Thick
CAS number 12069-89-5
Shape options Discs
Molar mass (formula reference) 203.911 g/mol
Melting point (reference) 2,687 °C

Final specifications, available configurations, pricing, and lead time are confirmed during quotation.

Applications

  • Semiconductor thin-film research
  • Optical coatings

Customization & RFQ

Requested purity, geometry, dimensions, composition where applicable, and backing / bonding configuration.

Request a Quote

Request a product-specific SDS

Please request the SDS for your specific material and configuration.

Request SDS
REQUEST A QUOTE

Tell us what you need

Molybdenum Carbide (Mo2C) Sputtering Target is included automatically. Tell us the form, size and quantity you need; other details are optional.

For made-to-drawing assemblies, include the drawing number and revision in your notes and email the drawing to sales@basismaterials.com. Assembly suitability and the bonding method are reviewed for your material and equipment.