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| 500ºF - 600ºF Electrically Resistant Epoxies |
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Duralco™ 4525 offers high bond strength, high temp stability, low moisture absorption, low shrinkage and excellent chemical, electrical and radiation resistance.
4525 maintains its high electrical resistance over long periods of time and has passed extensive tests for corrosion in hydrochloric, phosphoric, sulfuric and nitric acids, caustic and chrome oxide solutions.
Applications Include high performance bonding, potting, sealing, repairs, castings and forms protective coatings in electronics, appliances, motors, instrumentation, etc.
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Duralco™ 4461 is easy to use. Just mix resin and hardener to form a low viscosity liquid that easily flows into fine details, cracks and crevices.
4461 has excellent adhesion to metals, plastics, ceramics and glass, high bond strength, low moisture absorption, high temp. stability, low shrinkage and excellent chemical, electrical and radiation resistance.
Ideal for ultra thin bond lines, sealing porous materials and protecting, bonding and coating critical electronic components, strain gauges, etc.
Also available in RTC 500ºF grades.
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Duralco� 4538 unique rubber like epoxy that has the flexibility of silicones and the chemical stability of epoxies.
Adheres to most plastics, metals, ceramics, glass, rubber and even treated Teflon™. Just mix, apply and cure at room temp. Will not soften or gum up in use.
4538 is resistant to thermal shock and vibration, chemicals, solvents and electricity. Provides class "H" service.
Ideal for stress free bonding, encapsulating, sealing and any application that requires stress free bonding and flexible encapsulations.
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Bond-IT �7050 Activated Epoxies adhere to most plastic surfaces producing
bonds in many cases stronger than the plastic substrates.
Easy to use. Just mix, apply and cure at room temp. for high bond strength,
high temp. stability and excellent electrical, thermal and chemical resistance.
Ideal for bonding combinations of metals, ceramics, plastics, glass and many
other dissimilar materials. In most cases no special surface preparation is
required.
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