Pyralux® LF Copper-clad Laminate DuPont™ Pyralux® LF has been an industry standard in high reliability applications in the avionics industry for over 30 years and has a proven record of consistency and dependability and is ideal for aerospace and m
The Polyonics polyimide tapes combine the unique electrical, thermal, chemical and mechanical properties found in polyimide with Polyonics proven coating, adhesive and manufacturing technologies. The tapes maintain these excellent properties over a w
Kapton®tapes are polyimide polymers in the form of a film. Kapton?polyimide tapes are also known as high temperature tape or polyimide tape. Some of the characteristics of the Kapton®polyimide tape are: It maintains an excellent physical and electri
Industry Directory | Manufacturer
A global manufacturer of adhesives, conductives and encapsulants. For over 20 years, EMS has formulated state of the art acrylics, epoxies, silicones and urethanes.
Technical Library | 2017-04-13 10:57:53.0
Parylene has been used for decades as a barrier layer to protect critical devices and components. The parylene deposition process typically requires an adhesion promotion step to make sure the parylene adheres well to the base substrate. Typical adhesion methods don't work well on Kapton and Polyamide, until VSI Parylene came up with a solution.
Permabond structural acrylic adhesives are suitable for bonding a wide variety of materials. The rapid, room-temperature cure coupled with high strength and durability make these adhesives ideal for demanding applications where speed and ease of appl
Features & Applications: 1 Ideal for wave soldering, insulating circuit board against high temperature 2 Temperature 500��F/260��C 3 Silicone adhesive leaves no residue 4 Sizes between 3mm to 500mm are available upon request
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Machine shop for plastics such as g10 fr4... Typically non metal machine work. Very small hole drilling capability. Also routing and controlled depth drilling. Specializing in test fixtures for printed circuit board industry.
The Static Problem Electrostatic charging generates a significant amount of unwanted and potentially damaging electromagnetic interference (EMI) through both triboelectric and inductive charging. The charging occurs primarily in and around electron
