Automotive Electronics_PCBA stands for Printed Circuit Board Assembly_Application | 2-Part Acrylic Adhesive, Structural Acrylics, UV Resin, Cyanoacrylate manufacturer│TEX YEAR Since 1976

Close
Search
banner banner

APPLICATION

Automotive Electronics

Automotive Electronics

Automotive electronic assemblies continue to become an increasingly sophisticated and important aspect of both the functionality and reliability of modern automobiles. These assemblies are placed in more demanding end-use environments where risk of degradation in performance from humidity, salt-spray, noxious gases and other corrosion sources.

 

Advantages of conformal coating in automotive electronics include:

  • Reduced use of protective enclosures
  • Weight reduction from enclosure elimination
  • Improved circuit performance
  • Enhanced device reliability
  • resistance to fluids and oils

HumiSeal is a leading supplier of conformal coatings to the automotive industry for in-cabin, under the hood and exterior electronic applications.

Product Name
Product Specification
Applications
Flame retardant thermal conductive bonding UL94V-0
SX-720 series
Appearance:white/black viscous liquid
Viscosity:42,000cps
Curing method:moisture curing, surface drying 8~10 min, initial curing 12 hrs.
Bonding and sealing of electronic/electrical components when high flame retardancy are required.
Used for electronic circuit board plug-in/harness fixation.
Flame retardant type without organic tin UL94V-0
FB500 series
Appearance:white/black viscous liquid
Viscosity:70000~200000cps
Curing method:moisture curing, surface drying 7~15 min, initial curing 12 hrs.
Bonding and sealing of electronic/electrical components when high flame retardancy are required.
Used for electronic circuit board plug-in/harness fixation.
Polyolefin series
914W
Appearance:white strip
Viscosity:14,000~16,000cps(160℃)
Curing method:hot melt adhesive, which can be cured upon cooling
Used for fixing electronic components.
Used for fixing the bundle.
Polyolefin series halogen free
318U
Appearance:white strip
Viscosity:17,000~19,000cps(160℃)
Curing method:hot melt adhesive, which can be cured upon cooling
Used for fixing electronic components.
Used for fixing the bundle.
Low temperature resistance
918A
Appearance:white strip
Viscosity:14,000~16,000cps(160℃)
Curing method:hot melt adhesive, which can be cured upon cooling
Used for fixing electronic components.
Used for fixing the bundle.
Chemical resistant Polyamide
863H1
Appearance:white strip, granular
Viscosity:5,000~6,000cps(180℃)
Curing method:hot melt adhesive, which can be cured upon cooling
Used for fixing electronic components.
Used for fixing the bundle.
UV glue 1586 series
for lens module
Appearance:white liquid
Viscosity:8,500 cps
Curing method:UV curing
It has the advantages of low hardening energy, good hardening depth, high bonding strength, high temperature and humidity resistance for PC, PMMA, PVC, ABS and some plastic materials. It is suitable to be used for plastic bonding, substrate circuit protection and lens module assembly.
Suitable for:optical film assembly, component fixation, electronic assembly.
Urethane Conformal Coatings

Most Popular : 1A27
1A27LTX, 1A33
1A33LTX, 1A33LOS
Polyurethane coatings are available in either single or two-component formulations. Both options provide excellent humidity resistance and far greater chemical resistance than acrylic coatings. Single component polyurethanes, while easy-to-apply and enjoy long pot life,
Removing a polyurethane coating can be difficult due to its a very high resistance to solvents. For single-component urethanes, the preferred method of removal is by using a burn through (solder iron or other) technique. Specially formulated strippers could also to completely remove the coating from an entire PCB assembly for more wide-ranging rework. These products do not necessarily represent our complete urethane range.
UV Curable Conformal Coatings(Type AR/UR)

Most Popular : UV40
UV40-250, UV40 LED
UV50LV, UV500
HumiSeal’s UV curable conformal coatings represent an exciting innovation that provides superior performance. When combined with extremely fast curing, allows for short cycle times and maximum production speeds. These products can be sprayed using traditional automated spray equipment with the relatively simple addition of a small-footprint UV light curing unit.
HumiSeal has developed a range of UV curable coatings that are unique within the industry which include:
-100% solids, with minimal environmental impact
- Superb adhesion to a wide range of commonly used solder resists
- High IR (insulation resistance) and MIR (moisture insulation resistance)
- Resistance to a wide range of solvents
- Great flexibility at a wide range of temperatures
- Secondary moisture cure mechanism for shadowed areas
PEN film
Q5100
The thickness is 12um~250um. It has good thermal stability, electrical insulation characteristics, resistance to organic chemical solvents and water resistance. The overall physical property is better than that of PET film.
It can be applied to insulation materials of on-board motor, inductive sensor base plate, Speaker elastic wave, etc.
Heat dissipating grease
GFC-N8
One-package liquid type. low thermal resistance, low oil penetration. Thermal conductivity 1.5 W/mK. High reliability.
It can be used for heat dissipation of vehicle mounted and electronic components. It can correspond to the automatic dispensing machine.
Heat dissipating grease
GFC-PF3
One-package liquid type. Low viscosity, high thermal conductivity type. Thermal conductivity 3W/mK.
It can be used for heat dissipation of vehicle mounted and electronic components. It can correspond to the automatic dispensing machine.
Heat dissipating grease
GFC-R8
Two-package liquid type. Paste coated, room temperature curing. Pump-out resistant. Thermal conductivity 3.6 W/mK.
It can be used for heat dissipation of vehicle mounted and electronic components. It can correspond to the automatic dispensing machine.
Heat Spacer
FSL-BS
It has both flexibility and high heat conductivity, with a thickness of 0.5~3mm. Thermal conductivity 3W/mK. The highest compression ratio is 30%. Flammability rating UL 94V-0.
It can be applied to heat dissipation of 5G, electronic and vehicle mounted components.
Heat Spacer
FSL-BH
It is the thickness corresponding type, with the maximum thickness of 5mm. Thermal conductivity 3W/mK. Flammability rating UL 94V-0.
It can be applied to heat dissipation of 5G, electronic and vehicle mounted components
Heat sheet
FSL-HR
8W/mK, ultra-high heat conduction type. Flammability rating UL 94V-0.
It can be applied to heat dissipation of 5G, electronic and vehicle mounted components
Heat sheet
M series
It is a basic universal type. The thickness is 0.2~0.8mm. Heat conductivity is 1.5W/mK. Voltage withstand guarantee. Flammability rating is UL 94V-0.
It can be applied to heat dissipation of 5G, electronic and vehicle mounted components.
Heat sheet
BFG-A series
High reliability, applicable to electric vehicle parts. Heat conductivity 5W/mK. Voltage withstand guarantee. Flammability rating UL 94V-0.
It can be applied to heat dissipation of 5G, electronic and vehicle mounted components.
Heat sheet
BFG-C series
Ultra-high thermal conductivity type. Heat conductivity 8W/mK. Voltage withstand guarantee. Flammability rating UL 94V-0.
It can be applied to heat dissipation of 5G, electronic and vehicle mounted components.
High-speed dynamometer
Engine stand test device
Power assembly test device
Crash test device
Inverter load simulator
Ultra-low inertia dynamometer
Motor performance/ efficiency evaluation
High-speed engine+ battery simulator
S1 Bench (High precision measurement specifications)
Achieve the specification of 20,000 rpm 400 kW 700 Nm.
Multi-inverter
Three-phase PWM Mode (sine wave, overmodulation, square wave)
Protective equipment: Input overvoltage, output overcurrent, measurement
Measurement item: fundamental wave (voltage, current, power), harmonic wave, speed, torque, temperature cooling control
Tests up to 4 axis configurations and combinations with multiple inverters, also supports the evaluation of high voltage units, etc.
Test motor performance /efficiency evaluation of electric vehicle.
Measurement item: fundamental wave (voltage, current, power), harmonic wave, speed, torque, various temperature.
Top