Epoxy Adhesive Films & Preforms

Epoxy Adhesive Films & PreformsMaster Bond’s electronic grade adhesive films and preforms feature noteworthy characteristics including storage stability at ambient temperatures, fast cures, high bond strength and excellent chemical resistance.

Performance Properties of Master Bond Adhesive Films and Preforms

Grades of our epoxy films and performs can be adjusted to meet specific requirements of:

  • Flexibility
  • Electrical/thermal properties
  • Temperature & chemical resistance

Successful industry applications include:

  • Substrate attachment with minimal squeeze out
  • Heat sink bonding
  • Lid sealing
  • Stress absorption
  • Hybrids
  • Connectors and other electronic assemblies
  • EMI/RFI Shielding
  • Structural bonding
  • Static dissipation

Benefits of Film and Preform Adhesives

  • Ready to use
  • Remains in one place after application
  • Bondline uniformity
  • Preforms can be supplied in intricate shapes
  • Can narrow bondline widths
  • Suitable for high volume production

Popular Master Bond Film & Preform Adhesive Systems

FLM36
B-staged film adhesive/sealant. Outstanding thermal cycling capabilities and structural properties. Offers superior toughness and flexibility. Excellent strength retention at elevated temperatures. Thermally conductive/electrically insulative.
FL901S
High performance, silver filled epoxy adhesive film system with outstanding electrical and thermal conductivity, superior mechanical strength, convenient handling, good storage stability and fast cures at moderate temperatures.
FL901AO
High performance, thermally conductive, electrically insulative, resin based epoxy adhesive film system. Offers superior mechanical strength, convenient handling, good storage stability and fast cures at moderate temperatures.

LATEST PRODUCT

Master Bond is offering a new, easy to read, 28 page catalog with performance and processing data on...

LATEST WHITE PAPER

To understand one part epoxy systems, you need to know how a two part system works. In this white paper, we explore how a...