Thermally Conductive Silicone Paste H 7g

Silicone Thermal Conductive Paste 0.5g Heatsink 3D features:
It facilitates the transfer of heat between the electronic components and the radiator.
It's necessary for the correct operation of any type of temperature sensors.
Is characterized by a very good chemical resistance for oxidation, water solutions of acids, alkalis and salts, sulfur dioxide and ammonia. It has a very wide range of working temperatures.
-Density at 20°C: 2.58 G/cm3
-Points: 350°C
-Freezing point: -50°C
-Coefficient of refraction: 1.405,
- Specific temperature at 50°C: 0.243 Cal/g K
-Co-efficient global heat transfer at 0-150°C: 0.88 W/m K
-Constant dielectric at 100 Hz: 4.7 (± 0.1)
-Cross resistance: 5x10 to power 14 Ohm x cm

Thermal Pad Silicone Heat GPU CPU 130x20x1mm. The tapes are thermally used as an application of a thermal paste.

Thermo Silicone Paste Cleaner features:
This product is safe and easy to use with a pleasant aroma of citrus.
It is used to eliminate old conductive pastes from heat, worn out. How to use: - It is recommended to remove the most amount of paste consumed a small amount of liquid applied to the fabric applied to the surface that is cleaned
- Wait 1-2 minutes
- Clean with a cloth

The package includes 10 pcs. of Peltier cell insulating washer, 1 pc. of silicone paste 7 grams.

Silicone Thermal Paste Syringe 25g features:
- Density at 20°C: 2.58 G/cm3
- Flashpoints: 350°C
- Freezing point: -50°C
- Coefficient of refraction: 1.405,
- Specific temperature at 50°C: 0.243 Cal/g K
- Co-efficient global heat transfer at 0-150°C: 0.78 W/m K
- Constant dielectric at 100 Hz: 4.7 (± 0.1)
- Cross resistance: 5 x 10 to the power 14 Ohm x cm
- Loss rate at f = 100 Hz: 0.020 (± 0.003)
- Range of operating temperature: -50~200°C

Totally new and of high quality.
Dissipate the heat of the computer by refrigerating it effectively.
It is used to attach passive dissipaters to graphic memories and chip plates and LED diodes.
Make sure to put the components correctly, once it has dried it will not be able to detach. Adhesive Thermal Paste Glue 10g CPU features:
  - Color white
- Surface drying time [25 ° C, min]: 2- 8
- Hardness: 45 -75
- Tensile strenght (Mpa): 2.0
- Elongation (%): 100
- Thermal Conductivity W / mk:> 1,0
- Volume Resistance (c-in / W): <2.0 x 10 * 15
- Dielectric strength (KV / mm): 20
- Dielectric Constant: 3.0
- Dielectric loss factor (60Hz): 0.003
- Operating temperature (max): 200 ° C

Thermally Conductive Silicone Paste facilitates the transfer of heat between the electronic components and the radiator. It is necessary for the correct operation of any type of temperature sensors. It is characterized by a very good chemical resistance for oxidation, water solutions of acids, alkalis and salts, sulfur dioxide and ammonia.

The silicone paste provides insulation and protection against the weather. N Silicone Insulating Paste 3.5g features:
- The breaking voltage is ~ 30kV / mm.
- Preserves rubber, plastic
- A wide range of operating temperatures: -50 ° C to 200 ° C
- Very good resistance to chemical oxidation, aqueous solutions of acids, bases and sales, sulfur dioxide and ammonia. High quality - manufactured in EU

The silicone paste provides insulation and protection against the weather. Prevents from breakdowns. The breaking voltage is ~ 30kV / mm.
Preserves rubber, plastic. A wide range of operating temperatures: -50 ° C to 200 ° C. Very good resistance to chemical oxidation, aqueous solutions of acids, bases and sales, sulfur dioxide and ammonia. High quality - manufactured in EU            

The transfer of heat between the electronic components and the radiator is facilitated.
It is necessary for the correct operation of any type of temperature sensors.
It is characterized by a very good chemical resistance for oxidation, water solutions of acids, alkalis and salts, sulfur dioxide and ammonia. Thermo Conductive Grease Paste 340°C 3D Prusa 100g features:
- It has a very wide range of working temperatures: -30 °C ~ 300 °C
- Maximum momentary working temperature 340 °C
- Thermal conductivity> 1.5 W / mK