Master Bond Inc.

Designing for food equipment, medical or high temperature applications? Explore EP42HT-2FG, a two component epoxy system formulated for bonding, sealing, coating, potting and casting in demanding environments: https://bit.ly/3S5QRJQ

How can adhesive technology support next-generation sensor design? See how Master Bond EP21TDCS was used in a thermal-sprayed strain sensor application for structural health monitoring: https://bit.ly/4e7zVeC

What does it take for an adhesive to survive space?
Extreme thermal cycling, high vacuum, radiation exposure—this ebook explores how advanced systems are engineered for reliability beyond Earth.
Get the full guide:https://bit.ly/4mQQPRu

ISO 10993-10 evaluates whether materials can induce skin sensitization—one of the most critical biocompatibility requirements for medical devices.
Discover certified adhesive systems designed for safe patient contact:https://bit.ly/3NPDRX3

Bonding silicone to metal is notoriously difficult—especially in high-strain environments.
See how engineers solved it using a flexible, electrically insulating adhesive in an advanced aerospace sensor application.
Explore the case study:https://bit.ly/4cCyqEJ

Thermally conductive. Electrically insulating. Structurally reliable.

EP6STC-80 is designed for demanding applications where heat management and bond integrity can’t be compromised.
Dive into the data:https://bit.ly/4tHWBrs

In high-performance applications, even trace outgassing can impact optical clarity, pressure stability, and electrical performance.
This Q&A explores how engineers evaluate, test, and select low outgassing adhesives for critical environments.
Access it here:https://bit.ly/3P3hxKg

Electronics are getting smaller and more demanding.
Heat, moisture, shock, and environmental stress all threaten reliability. Discover how silicone systems protect critical components and enable performance.
Download the white paper:https://bit.ly/4vUIO20

When bonded assemblies fail in the field even after passing initial tests, it comes down to overlooked variables such as surface prep, cure conditions, or thermal mismatch.
From delamination to stress cracking, this tech tip breaks down the most common failure modes and how engineers can design around them.
Explore the full breakdown: https://bit.ly/484e4Bh

Not all adhesives are suitable for medical contact. ISO 10993-10 testing confirms whether materials are “non-sensitizers”—meaning they won’t trigger adverse skin reactions under defined conditions.
Discover compliant solutions engineered for safety-critical applications here: https://bit.ly/3NPDRX3