Thermal Management

These thermally conductive products are designed to dissipate the heat out from the heat sources. This will protect the components and devices from overheating and thus prolong the operating life and enhance the performance. The Siliocne Pad or the non-silicone gap filler are ideal as a conducitng media between flat surfaces. Silicone putty or grease are suitable for filling up gaps or uneven surfaces. Silicone potting have good flowability and able to fill up all the cavities to provide maximum protection to the device.
 
 
Silicone Pad
The silicone thermal pad and tape provide very good thermal conductivity up to 4.6W/mK. It can be die-cut to specific size and dimensions with thickness ranging from 0.3mm up to 5mm. It has an option with non-tacky surface or tacky surface on one or both sides of the pad/tape.

Application:
LED street lighting assembly
 
Product Code
Special Features
Appearance
Hardness
Thermal Conductivity (W/mK))
  • UL 94 V0
  • Silicone thermal pad
  • Good weatherability
  • Both side tacky
  • High thermal conductivity
Pink
Shore 00 55
3.5
  1. UL 94 V0
  2. Silicone thermal pad
  3. Good weatherability
  4. High thermal conductivity
White
Shore A 50
4.6
  1. UL 94 V0
  2. Silicone thermal pad
  3. Good weatherability
  4. High thermal conductivity
White
Shore A 50
1.8
  1. UL 94 V0
  2. Silicone thermal pad
  3. Good weatherability
  4. Both side tacky
  5. High thermal conductivity
Light grey
Shore 00 80
8.0
  1. UL 94 V0
  2. Silicone thermal pad
  3. Good weatherability
  4. Ultra Soft
  5. High thermal conductivity
Grey
Shore 00 35
0.85
TH996-1
  1. UL 94 V0
  2. Silicone thermal pad
  3. Good weatherability
  4. Both side tacky
  5. High thermal conductivity
White
Shore 00 42
2.2
TH996-3
  1. UL 94 V0
  2. Silicone thermal pad
  3. Good weatherability
  4. Both side tacky
  5. High thermal conductivity
White
Shore 00 42
2.5
TH997
  1. UL 94 V0
  2. Silicone thermal pad
  3. Both side tacky
  4. High thermal conductivity
Blue
Shore A 10
2.4
 
 
 
Non-Silicone Gap Filler
The non-silicone thermal pad provide very good thermal conductivity up to 0.7W/mK. It can be die-cut to specific size and dimensions with thickness ranging from 0.5mm up to 4mm. It has an option with non-tacky surface or tacky surface on one or both sides of the pad/tape.


Application:
Set top box and LED lighting assembly
 
Product Code
Special Features
Appearance
Hardness
Thermal Conductivity (W/mK))
  1. Good weatherability
  2. Non-silicone thermal pad
  3. Good oil & grease resistance
Yellowish white
Shore 00 50
0.7
  1. Good weatherability
  2. Non-silicone thermal pad
  3. Good oil & grease resistance
Yellowish white
Shore 00 50
0.7
  1. UL 94 V0
  2. Non-silicone thermal pad
  3. Both side tacky
Yellowish white
Shore 00 42
2.4
 
 
 
Thermal Stick
Thermal stick ia a paraffin based phase change thermally conductive compound. It is appear in solid form at room temperature and phase change at 55ºC, allow it to wet and fill the gap on the thermal interface surface. This product supply in bar-shaped, it can be apply on interface surface easily by hand, leaving a thin deposited thermally conductive film, providing good heat transfer and low interface thermal resistance.
 

Application:
Low to mid power tools, devices LED assembly
 
Product Code
Special Features
Appearance
Melting Point ºC
Thermal Conductivity (W/mK))
  1. Thermal stick
Pale blue
52
1.0
  1. Thermal stick
Pink
52
2.0
 
 
 
Non-Silicone Thermal Putty
Non-silicone thermal putty is a non silicon based thermally conductive putty, suitable for used as thermal interface material for electronic devices. It has higher extrusion rate, low blled and non flow. It is designed for very good thermal conduction.   
 

Application:
Low to mid power tools, devices LED assembly
 
Product Code
Special Features
Appearance
Viscosity (cP)
Thermal Conductivity (W/mK))
  1. Non-silicon thermal putty
Light blue
245,000
4.0
 
 
 
Silicone Putty
The silicone thermal putty can be easily dispensed or screen printed on most surfaces. It has excellent outdoor performance with good stability and weatherability.

Application:
LED lighting assembly, high power tools and devices
 
Product Code
Special Features
Appearance
Hardness
Thermal Conductivity (W/mK))
  1. Silicone thermal putty 
  2. Good weatherability
White
Shore 00 50
4.3
  1. Silicone thermal putty
  2. Good weatherability
White
NA
2.0
  1. Silicone thermal putty 
  2. Good weatherability
White
NA
1.2
  1. Silicone thermal putty 
  2. Good weatherability
White
Shore A 65
0.85
 
 
 
Silicone Grease
The silicone thermal grease can be easily dispensed or screen printed on most surfaces. It has excellent outdoor performance with good stability and weatherability.

Application:
LED lighting assembly, high power tools and devices
 
Product Code
Special Features
Appearance
Viscosity (cP)
Thermal Conductivity (W/mK))
TH937
  1. Silicone thermal grease
  2. Good weatherability
White liquid
150,000
3.5
  1. Silicone thermal grease
  2. Good weatherability
Grey liquid
336,000
1.1
  1. Silicone thermal grease
  2. Good weatherability
White liquid
200,000
1.5
  1. Silicone thermal grease
  2. Good weatherability
White liquid
18,500
1.5
 
 
 
Epoxy Adhesive
The 1-part heat curable thermal conductive epoxy has excellent adhesion and good mechanical strength that makes it suitable for bonding various types of substrates together.

Application:
LED lighting assembly, high power tools and devices
 
Product Code
Special Features
Appearance
Hardness
Thermal Conductivity (W/mK))
  1. Epoxy base
  2. Excellent physical and mechanical properties
Beige paste
Shore D 90
1.4
  1. Epoxy base
  2. Excellent physical and mechanical properties
White paste
Shore D 96
1.1
 
 
 
Silicone Adhesive
The silicone ahhesive can be easily dispensed or screen printed on most surfaces. It has excellent outdoor performance with good stability and weatherability.

Application:
LED lighting assembly, high power tools and devices
 
Product Code
Special Features
Appearance
Hardness
Thermal Conductivity (W/mK))
  1. UL94 V0
  2. Silicone base
  3. Excellent physical and mechanical properties
White
Shore A 65
1.4
 
 
 
Silicone Potting
The 2-part Potting Silicone has good flowability and weatherability. It is self-levelling and gives good adhesion on various types of substrates like plastic and metal. Its low thermo-mechanical stress makes it suitable for potting big devices such as the display modules.

Application:
LED lighting assembly, high power tools and devices
 
Product Code
Special Features
Appearance
Hardness
Shelf Life (month)
Thermal Conductivity (W/mK))
  1. UL94 VO
  2. Good flowability
  3. Excellent sealing of electronic devices
Black viscous liquid
Shore A 53
12
0.7
  1. 2 parts
  2. Good flowability
  3. Excellent sealing of electronic devices
Slightly milky viscous liquid
Shore A 58
12
1.2
  1. 2 parts
  2. Good flowability
  3. Excellent sealing of electronic devices
White liquid
Shore A 65
12
0.75
 
 
 
Epoxy Potting
The 2-part Potting Epoxy has good flowability and weatherability. It is self-levelling and gives good adhesion on various types of substrates like plastic and metal. Its low thermo-mechanical stress makes it suitable for potting big devices such as the display modules.

Application:
LED lighting assembly, high power tools and devices
 
Product Code
Special Features
Appearance
Hardness
Shelf Life (month)
Thermal Conductivity (W/mK))
  1. UL 94 V0
  2. Good flowability
  3. Excellent sealing of electronic devices
Black liquid
Shore A 65
12
1.1