Plasmatech, Inc. PLASMAtech, Inc.

Description
Thin Film Coatings - Plasma Enhanced Chemical Vapor Deposition (PECVD) Rather than modifying the existing surface of a material, polymerizable gases can be used to create a "new" surface by plasma deposition of a nanolayer coating. Unlike standard plasma surface modification which can have shelf life limitations, thin film coatings are permanent. Coating thickness can vary by application, but is typically from ten to several hundred nanometers so component tolerance is not affected. Basic coating types with some examples include: Hydrophilic coatings on culture components for enhanced or selective cell attachment Hydrophobic or oleophobic treatment of pipette tips, membranes or seals Lubricious or reduced coefficient of friction for rubber stoppers to facilitate automatic feeding/handling or anti-stiction coatings on seals Primer or interface layer on metal or polymer to permit direct over molding or bonding Barrier (moisture, gas or corrosion) coatings on rubber to prevent material leaching or chemical, moisture or gas barrier on metals or polymers » Read in technical note... PECVD interface coatings permit direct over molding on metal components. Photo courtesy Technical Services for Electronics, Arlington, MN www.tseinc.net
  • PLASMAtech, Inc. - Plasmatech, Inc.
    Plasmatech, Inc.
Datasheet
Description
Thin Film Coatings - Plasma Enhanced Chemical Vapor Deposition (PECVD) Rather than modifying the existing surface of a material, polymerizable gases can be used to create a "new" surface by plasma deposition of a nanolayer coating. Unlike standard plasma surface modification which can have shelf life limitations, thin film coatings are permanent. Coating thickness can vary by application, but is typically from ten to several hundred nanometers so component tolerance is not affected. Basic coating types with some examples include: Hydrophilic coatings on culture components for enhanced or selective cell attachment Hydrophobic or oleophobic treatment of pipette tips, membranes or seals Lubricious or reduced coefficient of friction for rubber stoppers to facilitate automatic feeding/handling or anti-stiction coatings on seals Primer or interface layer on metal or polymer to permit direct over molding or bonding Barrier (moisture, gas or corrosion) coatings on rubber to prevent material leaching or chemical, moisture or gas barrier on metals or polymers » Read in technical note... PECVD interface coatings permit direct over molding on metal components. Photo courtesy Technical Services for Electronics, Arlington, MN www.tseinc.net
Datasheet

Suppliers

Company
Product
Description
Supplier Links
PLASMAtech, Inc. - - Plasmatech, Inc.
Plasmatech, Inc.
Erlanger, KY, USA
PLASMAtech, Inc.
PLASMAtech, Inc.
Thin Film Coatings - Plasma Enhanced Chemical Vapor Deposition (PECVD) Rather than modifying the existing surface of a material, polymerizable gases can be used to create a "new" surface by plasma deposition of a nanolayer coating. Unlike standard plasma surface modification which can have shelf life limitations, thin film coatings are permanent. Coating thickness can vary by application, but is typically from ten to several hundred nanometers so component tolerance is not affected. Basic coating types with some examples include: Hydrophilic coatings on culture components for enhanced or selective cell attachment Hydrophobic or oleophobic treatment of pipette tips, membranes or seals Lubricious or reduced coefficient of friction for rubber stoppers to facilitate automatic feeding/handling or anti-stiction coatings on seals Primer or interface layer on metal or polymer to permit direct over molding or bonding Barrier (moisture, gas or corrosion) coatings on rubber to prevent material leaching or chemical, moisture or gas barrier on metals or polymers » Read in technical note... PECVD interface coatings permit direct over molding on metal components. Photo courtesy Technical Services for Electronics, Arlington, MN www.tseinc.net

Thin Film Coatings -

Plasma Enhanced Chemical Vapor Deposition (PECVD)

Rather than modifying the existing surface of a material, polymerizable gases can be used to create a "new" surface by plasma deposition of a nanolayer coating. Unlike standard plasma surface modification which can have shelf life limitations, thin film coatings are permanent. Coating thickness can vary by application, but is typically from ten to several hundred nanometers so component tolerance is not affected. Basic coating types with some examples include:

  • Hydrophilic coatings on culture components for enhanced or selective cell attachment
  • Hydrophobic or oleophobic treatment of pipette tips, membranes or seals
  • Lubricious or reduced coefficient of friction for rubber stoppers to facilitate automatic feeding/handling or anti-stiction coatings on seals
  • Primer or interface layer on metal or polymer to permit direct over molding or bonding
  • Barrier (moisture, gas or corrosion) coatings on rubber to prevent material leaching or chemical, moisture or gas barrier on metals or polymers

» Read in technical note...

PECVD interface coatings permit direct over molding on metal components. Photo courtesy Technical Services for Electronics, Arlington, MN www.tseinc.net

Supplier's Site Datasheet

Technical Specifications

  Plasmatech, Inc.
Product Category Coating Services
Product Name PLASMAtech, Inc.
Company Information PLASMAtech supplies surface treatment services and equipment based on low pressure microwave plasma and parylene coating technology. We specialize in the most challenging PECVD coating and surface treatment applications and if one of our proprietary processes doesn't meet your needs, we'll work with you to tailor a solution to specifically address your requirements. We offer a full line of plasma and parylene equipment as well as contract services and process R&D in our GMP-compliant facility.
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