MH20-0686 Black Epoxy Molding Compound
MH20-0686 is a very tough epoxy mold compound with excellent high temperature resistance. It is used in applications that use thermoset plastics instead of thermoplastics because of the high temperature requirements.
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Busbar Patch Kits
- High dielectric strength
- Applied as a liquid at room temperature
- Color-matches the epoxy coating powder used
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Adhesive Alternative to Brazing
- Very high adhesion to stainless steel and other metals
- Balanced flow to get between joints yet not flow off them
- CTE-matched to the substrates involved
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MH20-0686 Black Epoxy Molding Compound
MH20-0686 is a very tough epoxy mold compound with excellent high temperature resistance. It is used in applications that use thermoset plastics instead of thermoplastics because of the high temperature requirements.
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SMT Backlighting Units (BLU)
Backlighting units are all around us today. Not a single smartphone or tablet could ship without them and they are the lighting methods used by all LED televisions.
SolEpoxy has developed a range of optically clear liquids that are best in class in yellow-resistance. These materials can withstand 1000's of hours @ 105°C without little degradation.
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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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OL88-8 is the perfect clear encapsulant for outdoor RGB displays
Beautiful and tough, LED billboards are a marvel of manufacturing skill. Similar to consumer devices like smartphones and flat-screen TV’s, outdoor LED displays have gone high-def (HDTV). But unlike consumer devices, these displays need to be rugged – they live outside, afterall!
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Clear Epoxy-Hybrid Liquid – An Alternative to Silicone
Epoxy can be a great alternative to silicone in lighting applications but up until now, most designers preferred silicone for its anti-yellowing durability.
SolEpoxy has developed OL10-1 which is a clear, epoxy-hybrid featuring the best anti-yellowing chemistry of any liquid epoxy on the market today. Testing by SolEpoxy and our lead users proves that OL10-1 is the clear encapsulant of choice for LED junction temperatures (Tj) up to 105°C.
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SolEpoxy OL-Series: Rapid-prototyping; Easy scale-up.
SolEpoxy OL10-1 offers rapid prototyping by: - Testing out various configurations in liquid form
- Prototyping with a liquid with the same optical properties as a clear mold compound for low-volume production
- Scale up with a clear mold compound that has superior resistance to yellowing.
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Class H Powder for motor iron
- Improves Reliability: Class H insulation powder insures improved reliability with higher temperatures.
- Extends the motor lifetime.
- Reduce costs: Class H insulation powder reduces life cycle costs by being a energy resource conservation.
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Advantages of Epoxy Coating Powder over Mylar Sleeves
Low & medium voltage busbars can be electrical insulated using either mylar sleeves or epoxy coating powder. Epoxy coating powder provides the following benefits over mylar: - It costs less than plastic per linear foot/meter
- Epoxy has higher operating temperature
- Epoxy can be used on Odd Shaped Parts
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Clear Gray Encapsulation for High-Contrast RGB Displays
A gray epoxy mold compound is in development for Outdoor RGB displays that: - Is as dark as possible for higher contrast of black-body PLCCs
- Stays dark even after temperature exposure
- Has excellent adhesion to PCB to meet MSL 2/2a target
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LED SMT Liquid
- High-productivity molding compound capable of transfer molding
- High glass transition temperature, able to withstand solder reflow temperatures
- Low moisture absorption – alleviates pressure-induced stresses
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Toroids, Magnetic and Powder Cores
- Low moisture absorbing materials for stable inductance values
- UL-listed products
- Spray coatable and electrolytic sprayable coating powders
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Analytical Laboratory
The Analytical Laboratory supports the Product Development Laboratories and assists with the resolution of customer problem solving issues.We do Product Development Support,Support of Customer Issues, Product Testing and Raw Material Testing.
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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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DK7-20H and DK15EG-05: Best affordability and productivity
The auto industry is hyper-competitive, pushing their factories for maximum productivity while pushing their suppliers for lower prices. SolEpoxy rose to this challenge with two of the world's most productive and affordable motor armature coating powders.
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SolEpoxy coating powder technology
SolEpoxy produces a range of fusion bonded epoxy powder coatings that provide environmental protection and electrical insulation in many power electrical applications.
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Advantages of Epoxy Coating Powder over Mylar Sleeves
Low & medium voltage busbars can be electrical insulated using either mylar sleeves or epoxy coating powder. Epoxy coating powder provides the following benefits over mylar: - It costs less than plastic per linear foot/meter
- Epoxy has higher operating temperature
- Epoxy can be used on Odd Shaped Parts
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MH20-2000: Strong like steel, light as plastic
Why use steel when you can use a thermoset epoxy that is as strong as steel, but light as plastic.
SolEpoxy presents MH20-2000, a very tough epoxy mold compound that has nearly the same strength as steel, but with lighter weight.
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Epoxy Insulating Coating Powders
- Outstanding chemical resistance, including motor oil, fuel, etc.
- Low coating thickness required to achieve maximum performance
- Capability to provide a range of thermal conductivity
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Optically Clear Encapsulants
- Excellent color stability and resistance to yellowing
- Outstanding thermal shock durability
- Superior moisture resistance
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Formulated Liquids
- Unique Chemistries
- Custom formulations
- Room temperature and frozen formulations
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Resistors, Capacitors, Varistors and Passive Electronics
- Epoxy coating for passive components including resistors, varistors and capacitor
- High temperature stable and excellent thermal cycling materials for ceramic capacitors
- Fast-cure and low-temperature pickup materials for film-wrap capacitors
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Toroids, Magnetic and Powder Cores
- Low moisture absorbing materials for stable inductance values
- UL-listed products
- Spray coatable and electrolytic sprayable coating powders
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Epoxy Binder Resin for Pot Cores
- Excellent green strength to move parts before curing
- Optimized particle size for optimum compression between ferrite alloy and epoxy resin
- Low shrinkage to provide minimal magnetic interference
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Aluminum Housed Resistors
- Maximizes pulse handling capability
- The aluminum housing provides for superior heat conduction
- Resistance to very tough environmental conditions.
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Automotive Sensors & Stators
- Parts are often made of copper and nylon
- Requires >1000 thermal cycles from -40°C to 195°C
- Are regularly in contact with typical automotive fluids
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Solenoid Valves
- Strong and tough with excellent thermal cycle / thermal shock performance
- Excellent high temperature stability
- Excellent color stability at operating temperatures
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High Current Thermal Fuse
- Strength after Thermally conductive > 2.7W/mK
- Tg must be higher than 135°C
- CTE must be less than 20 ppm
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Large Bushing and High Voltage Applications
- Epoxy Molding Compounds must have good high temperature stability
- They must maintains color stability at high operating temperatures
- SolEpoxy materials are proven compounds and have been used to make millions of bushings, and in some cases, requiring up to 5 kgs of material for a single mold shot
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Surface Mount Capacitors
- Fast cure for high throughput
- New materials are developed without halogens
- CTE should be between 20-22ppm
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Data transmission sensor
- High adhesion to NiPdAu and Ag lead frames
- High transmission of wavelengths between 400-1050nm
- Low moisture absorption for high MSL performance
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LED SMT Liquid
- High-productivity molding compound capable of transfer molding
- High glass transition temperature, able to withstand solder reflow temperatures
- Low moisture absorption – alleviates pressure-induced stresses
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Fiber Optic Products
- High adhesion to NiPdAu and Ag lead frames
- High transmission of wavelengths between 400-1050nm
- Low moisture absorption for high MSL performance
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General Lighting Applications
- SolEpoxy holds two patents on phosphor-mixing clear mold compound
- Mix phosphor for color-binning
- SolEpoxy can handle proprietary phosphors
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