The accuracy of the motor control system depends on the system requirements. Some applications have very high precision requirements, such as industrial robotics technology or filling production lines. The motor of the filling production line must be precisely controlled. In order to control the motor with high precision, the speed, direction, and position of the rotor must be determined. Obtain efficient and optimal response through adjustments. So it is crucial to choose the matching adhesive product in the electronic control system.
Here are adhesive solution typical applications:
SIPA 8230(15#)
▶Two component 1:1 easy to operate
▶Good waterproof and thermal conductivity
Current Sensor
EP 6225(8#)
▶100:16 Low viscosity potting
▶Medium hardness with good performance
EMC Magnetic core encapsulation
SIPA 340
▶Two component medium low viscosity body
▶Good toughness and adhesion
TCMP50#/60# Thermal conductive gel
▶ Excellent gap filling ability and low thermal resistance
▶Thermal conductivity coefficient 5.0-6.0 W/mk
PCB conformal coating
| SICOAT 9060 ▶UV+moisture cure ▶Compliant with UL94 V-0 | SICOAT 9007 ▶Single component easy to operate ▶Temperature resistance -60-200 ° C | SICOAT 9333 ▶Resistance to moisture, dirt, etc ▶Temperature resistance-60-260°C | SICOAT 9001 ▶Low viscosity and good fluidity ▶No yellowing, no oil seepage, excellent performance |
Shell bonding and sealing
SIPC N9339
▶FIPG
▶Excellent anti-aging performance
SIPA 8530 2K
▶FIPG & CIPG
▶Excellent resistance to cold and hot alternation performance
SIPA 9435
▶FIPG & CIPG
▶Single component thixotropic, heat cured
Components fixing and bonding
SIPC 1920
▶Elastic and not yellowing
▶Thermal conductivity coefficient 2.0W/mk
SIPC 9337
▶Good extrusion performance and high thermal conductivity
▶Temperature resistance-60-200℃
SIPA 9550
▶ Single component semi thixotropic fluid
▶No need for primer, fast heating and curing
IGBT/SIC Module
SIPC 8606
▶Excellent protective performance
▶Temperature resistance-50-220℃
Grease1130
▶ Thermal conductive grease
▶Thermal conductivity coefficient 3.0W/mk
