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
Solenoid Valves 
  • Strong and tough with excellent thermal cycle / thermal shock performance
  • Excellent high temperature stability
  • Excellent color stability at operating temperatures
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
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
Surface Mount Capacitors 
  • Fast cure for high throughput
  • New materials are developed without halogens
  • CTE should be between 20-22ppm
System in Package Encapsulation 
  • Thermal conductivity: ≥ 2.5 W/m∙K
  • Glass Transition Temperature (Tg) must be higher than 135°C
  • CTE must be lower than 20ppm/°C
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
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
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
General Lighting Applications 
  • SolEpoxy holds two patents on phosphor-mixing clear mold compound
  • Mix phosphor for color-binning
  • SolEpoxy can handle proprietary phosphors
DK50 Electrostatically sprayable, thin film, epoxy coating powder for motor housings and low voltage busbars 
  • Low Voltage (up to 600V)
  • Electrostatically Sprayable
  • Can be applied as thin as 2mil (50um)
DK15-0907 Red Low and Medium Voltage Busbar Coating Powder 
  • Low (600V) and Medium Voltage busbars (up to 38kV)
  • "One Powder Solution" for low and medium voltage busbars
  • Red coating builds in excess of 200 mils (5 mm)
DK15-0606 Tan Low and Medium Voltage Busbar Coating Powder 
  • Low (600V) and Medium Voltage busbars (up to 38kV)
  • "One Powder Solution" for low and medium voltage busbars
  • Tan coating builds in excess of 200 mils (5 mm)
DK19 Industry standard epoxy coating powder for medium voltage (600V–38kV) busbars and switchgear 
  • Medium Voltage busbars (up to 38kV)
  • Uniform coating in excess of 5mm
  • Best-in-class arc resistance for better protection
DK15-0463 Black Humidity-Resistant Powder for Outdoor Low Voltage Busbars 
  • Low voltage busbars (up to 600V)
  • Excellent moisture resistance, even in high temperature and corrosive conditions
  • Excellent bed life—so important for large busbar coating operations
DK52 Flexible Insulating coating powder for high voltage fuses and low voltage busbars 
  • Low voltage busbars (up to 600V)
  • Very flexible epoxy coating powder
  • Also suitable for high voltage fuses
DK7-20H provides Class H performance while setting a new standard for productivity 
SolEpoxy™ DK7-20H is our new Class-H motor iron coating powder, providing excellent thermal resistance while setting a new standard in productivity and affordability.
DK15EG-05 flex fuel resistant epoxy powder coating designed for electric motor armature and stator insulation in automotive applications. 
DK15EG-05 flex fuel resistant epoxy powder coating designed for electric motor armature and stator insulation in automotive applications.

SolEpoxy™ DK15EG-05 works extremely well for both AC and DC electric motors, including those used for in-tank fuel pumps.
DK7-0953M is the industry standard for the insulation of electric motor armatures and stators 
DK7-0953M is the industry standard for the insulation of electric motor armatures and stators. DK7-0953M works extremely well for both AC and DC electric motors. This includes armatures and stators for fractional horsepower motors and higher.
DK18-05 Class 2 & 3 capable epoxy coating powder for ceramic capacitors /varistors and tantalum capacitors 
DK18-05 is a medium-performance, epoxy coating powder developed for Class 2 & 3 ceramic capacitors /varistors and tantalum capacitors.