HB2000 White reflective molding compound for LEDs
HB2000 is a high temperature epoxy molding compound developed as an alternative to thermoplastics for LEDs rated at ~1 watt or more. It is designed for molded lead frame reflector packages in LED backlighting units (BLU) for liquid crystal displays and for general lighting applications.
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MH7-1
MH7-1 is a very tough, high-operating-temperature epoxy mold compound for harsh environment applications.
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OL88-8 High refractive index liquid encapsulant for optoelectronic devices
OL88-8 is an ultra-clear hybrid liquid encapsulant developed specifically for outdoor RGB displays. It is uniquely suited for RGB SMT devices due to its very high adhesion to black-faced PPA packages and very low moisture absorption, able to pass -65°C to 150°C temperature shock cycles and 85°C / 85% RH + 3x 260°C reflow required for outdoor RGB SMT displays.
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Epoxy Molding Compound with Very Low Coefficient of Thermal Expansion (CTE)
Epoxy Molding Compound formulated for very low CTE1, high Tg, and high flex strength. It also features low shrinkage, a high degree of stiffness, and enhanced chemical resistance.
- Dimensional stability at high temperatures
- Superior chemical resistance
- Very low moisture absorption
- Over-mold ceramic, glass, or metal
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For Electric Vehicle Motor Insulation, DK7-20H is the Productive Choice
Class H epoxy coating powder with a thermal index of 186°C in a motor and winding system. This high temperature durability increases motor life and decreases the risk of motor failure. DK7-20H is broadly adopted for high-torque, compact motors, in automotive, aeronautic and aerospace applications.
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Flexible Epoxy Insulation for Electric Vehicles and Transformers
Insulate thin, flexible, oddly shaped busbar for the demanding automotive duty cycle.
- Flexible when cured
- Extremely high dielectric strength
- Applied electrostatically to a cold substrate and oven cured
- Thermal durability, withstanding greater than 1,000 hours at 200°C
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Fast Cooling Busbar Insulation
Uninsulated busbars were thought to cool off faster than insulated. However, busbars coated with epoxy coating powders cool off faster than: - Bustube
- Mylar
- Bare bar when applied thin
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Light Filtering Epoxy for Surface Mount Sensors
Optical sensors are used for a wide variety of consumer, automotive and industrial applications, such as smart phones, tablets, TVs, laptop computers, self-driving cars, health monitors, and bar code scanners.
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