OP7200 Clear molding compound for MAP light sensors and emitters 
  • Optimized for leadframe & laminate-based MAP style packages
  • Excellent transmittance from 400 to 1600 nm
  • Excellent resistance to yellowing after heat aging
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 @ 105C without little degradation.
OG10-1 Heat and UV-resistant, optically-clear molding compound for RBG devices and backlighting 
OG10-1 is a non-yellowing clear molding compound for the encapsulation of optoelectronic devices. It features high transmittance from under 400nm to 1600nm, high refractive index and cures to form a hard, non-tacky encapsulant with low gas permeability. It may be used as a cost-effective silicone alternative with similar light output for LEDs.
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.
DK7-20H: The most cost-effective Class H formulation on the market 
DK7-20H is our new, most cost-effective Class H formulation on the market today.
  • 12% more armatures per hour when run side-by-side on electrostatic fluid bed coating lines.
  • A Thermal Index of 186oC, higher than the competition and comfortably above 180oC for Class H.
  • Floor life greater than 3 months at 23oC; Storage life greater than 18 months at 10oC.

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.
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
SolEpoxy presents MH20-01 for Injection molding applications up to 220C 
Injection molding applications require a mold compound with low viscosity, long spiral flow, fast cure time and high hot hardness.
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.
MH7-1: Strong like steel; Insulates like epoxy. 
MH7-1 combines the best of three worlds:
  • The homogeneous strength of steel
  • The light-weight of fiberglass
  • The insulating power of epoxy
MH7-1 is a fine, homogeneous molding compound that yields isotropic strength through both compression molding and transfer molding. It is capable of filling complex mold shapes and encapsulating small electronic components.
MH6-0510 Very tough, high thermal shock epoxy mold compound for solenoids, coil bobbins, and transformers 
MH6-0510 is very tough epoxy mold
compound with excellent thermal shock and themal
cycle resistance.
OP1000 Heat and UV-resistant, optically clear molding compound for RBG devices and backlighting 
  • Resists yellowing up to 125C for thousands of hours
  • Glass transition temperature (Tg) > 135C
  • Diffused, colored and light filtering versions
OC10-1 Heat-resistant, optically-clear molding compound for RBG devices & BLU 
  • Resists yellowing up to 125C for thousands of hours
  • Refractive index of 1.53 @ 400 nm
  • Excellent transmittance from 400 to 1400 nm
OL10-1 High refractive index liquid encapsulant for optoelectronic devices 
  • Outstanding resistance to yellowing after heat aging up to 105C
  • Suitable for through-hole, SMT, and MAP style packages
  • Can be used to replace expensive bandpass filters
OP1000 Heat and UV-resistant, optically clear molding compound for RBG devices and backlighting 
  • Resists yellowing up to 125C for thousands of hours
  • Glass transition temperature (Tg) > 135C
  • Diffused, colored and light filtering versions