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Master Bond Thermally
Conductive Adhesives, Sealants,
Coatings, and Potting & Encapsulation
Compounds
Offer Superior Heat Dissipation
Thermal
management is of crucial importance to the electronics industry.
Smaller, tightly packaged circuits and components create heat
which ultimately affects the reliability and life of numerous
electronic devices. With expectations for further miniaturization,
the need for compounds to mitigate these problems is essential.
In response to these needs, Master Bond has been in the forefront
of developing thermal conductive compounds with superior performance
properties.
Master Bond manufactures one and two component thermally conductive
systems. They include epoxies, silicones and other elastomeric
systems. Special formulations for unusual service conditions
are available. They include serviceability to 500°F, at cryogenic
temperatures, and in high vacuum environments as well as systems
that are easily repairable. Designed for easy application,
these compounds can be purchased in convenient packaging. They
are used on heat sinks, fan sinks, package lids, motor controls,
multiplexers, sensors, power semiconductors and thermistors.
Toughened systems have been successfully employed in applications
requiring resistance to shock, vibration and thermal cycling.
To learn more, contact
us today.
Some of Our Most Popular
Thermally Conductive Systems...
EP30AN-1 |
High thermal conductivity potting & bonding
epoxy that meets NASA low outgassing specifications.
Cures rigid. |
EP37-3FLFAO |
For potting & bonding. Good
thermal conductivity. Cures flexible. Meets NASA low
outgassing certification. Cryogenically serviceable. |
EP21TDCANHT |
General purpose, flexibilized epoxy
with high thermal conductivity. Widely used for bonding
dissimilar substrates. |
EP21TCHT-1 |
NASA low outgassing certified, high
temperature resistant, thermally conductive epoxy. Cryogenically
serviceable. |
SUPREME 10AOHT |
One part, no-mix,
thermally conductive epoxy adhesive/sealant. Unlimited
working life at room temperature. Oven cures
at 250-300°F. Excellent physical
properties. Exceptional performance. |
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We Solve Problems
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Master Bond has the technical expertise to provide
you the assistance you require. With Master Bond, the
customer comes first. Speak directly to a knowledgeable,
experienced technical representative. We have over
30 years of skill solving customer problems. Take advantage
of our world class service and contact
us today. |
Important Thermally Conductive
System
Performance Requirements
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Bond thermal conductive systems are designed to meet specific
performance requirements. Among
the most important are: |
• Chemical Resistance
• Cryogenically Serviceable
• Easily Repairable
• Electrically Insulative
• Excellent Adhesion
• Dimensional Stability
• High Temperature Resistance
• Low Thermal Expansion Coefficient
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• Low Outgassing
• Low Shrinkage
• Low Stress
• Resistance to Water
• Peel Strength
• Durability
• Thermal Cycling
• Shock Resistance
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• Thermal Conductivity
• Vibration Resistance
• Dielectric Strength
• Volume Resistivity
• Dielectric Constant
• Dielectric Factor
• Hardness
• Tensile Strength
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High Reliability & Performance
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Master Bond's thermally conductive products are
designed to offer superior quality and long term durability.
They have earned a well deserved reputation for their performance
upon exposure to hostile environmental conditions. Select from
a wide range of systems conveniently packaged
for ease of use. These compounds are available in different
viscosities, cure times, chemical resistances, electrical properties,
colors, etc. to best meet specific requirements. They are presently
employed in applications ranging from design and production to
repair, maintenance and field service.
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Typical Applications
for
Master Bond
Thermal Conductive, Electrically Insulating Systems
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• Potting modules
• Adhesive for power supply components
• Navigation systems
• SECC format devices and microprocessors
• Potting/encapsulating sensors
• Pin sealing
• Satellite radio receivers for heat dissipation
• Electric heating systems
• Adhesive for ink jet printer heads
• Voltage regulators
• Barrier to environmental contamination
• Alarm systems
• Battery monitoring systems
• Control units
• Attachments involving semiconductors
• Use in aerospace environments (NASA approved)
• BGA-die heat spreader interface
• Bond flexible/rigid circuit boards
• SMD (surface mounted devices) attach
• Die attach hybrid/MCM (multi chip module)
• Noise filters
• Wafer lamination (thin slice of semiconductor material)
• Bonding high power LEDs to PCBs
• Screen printing for heat dissipation
• Adhesive specialties for uniform bondline thickness
• In-line bonding
• Stack chip bonding
• Barrier to shock and vibration isolation
• Sealing filter media to metal end caps
• Bonding ICs (integrated circuits) with heat sinks
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• Electric fuel injection systems
• Airbag controllers
• Connector sealing
• Instrument panel systems
• Detectors
• Ground plane bonding
• Antenna systems
• Wireless communications
• Satellite transmissions
• Substrate attachments
• Potting power supplies
• Lid bonding
• Potting and cavity filling
• Cryogenic applications
• Cooling fan controllers
• CSPs (chip-scale packages)
• Base plate attach
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• Rapid curing thermal systems for high volume assembly
• Mounting heat sinks and heat sensitive electronic components
• Power conversion-automated power semiconductor attachment
• Thermal bridge to fill gaps between heat sources and heat sinks of power components
• Dissipate heat around electrical components in various machine parts
• RF power applications (radio frequency amplifier converts a low-power radio-frequency signal into a larger signal of significant power)
• Rapid curing thermal systems for packaging materials including ceramic, metal hybrid packages, organic boards and semiconductor materials
• Selected and specialized RFID Tags (radio frequency identification tags)
• Encapsulating, potting and casting of transformers, sensors, coils (such as chokes and solenoids, and high vibration coils) and micro circuitry
• Bonding components with mismatched coefficients of thermal expansion
• Staking transistors, diodes, resistors, integrated circuits and other thermal-sensitive components to printed circuit boards
• Bonds to metals, silica, steatite, alumina, sapphire and other ceramics, glass, plastics
• Excellent resistance to weathering, water, salts, and many other organic and inorganic compounds, mild acids and alkalis, and many other chemicals including petroleum solvents, lubricating oils, and alcohol
• Heat transfer between an active device and a heat spreader or heat sink
• Strong, durable electrically insulating/thermally conducting
bonds producing good
temperature and impact resistance
• Repair of electrical modules, printed circuits, wave guides, flat cables & high frequency shields
• Rectifiers (electrical device that converts alternating current to rectified direct current)
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GET
THE MASTER BOND ADVANTAGE
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- Deal
direct with the manufacturer no middlemen
or distributors
- We
solve problems the technical expertise
and experience you need
- Widest
selection of formulations over 3,000
grades available
- Custom
formulations if you have special requirements
Master Bond will custom formulate a system
to meet your needs
- Highest
quality products consistent reproducible
high performance systems
- Latest
technological developments cutting edge
technology
- Packaging
solutions for easy, efficient application
- Select
from an extensive range of sizes to accommodate
your needs
- Prompt
service speedy processing of orders
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Master Bond Problem Solved |
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