Termopasty AG Silver Thermal Paste

Professional thermal paste with high thermal conductivity

  • Thermally conductive
  • Addition of silver compounds
  • Fills in micro intolerances
  • Low thermal resistance
  • $2.33 ($465.00 / 100 g)

All prices excl. VAT. Excludes delivery costs

In stock

Delivery on Wednesday, 10 November: Order today until 13:30.

Add to Wish List

Item no.: TP-ART.AGT-143, Content: 0,50 gram

EAN: 5901764327370

  • Thermally conductive
  • Addition of silver compounds
  • Fills in micro intolerances
  • Low thermal resistance
0.5 g - With Sachet: $2.33 ($465.00 / 100 g)
1 g - With Syringe: $4.16 ($415.83 / 100 g)
3 g - With Syringe: $5.99 ($199.72 / 100 g)
4 g - With Brush: $8.24 ($206.04 / 100 g)

Product information & technical details

Item no.: TP-ART.AGT-143
Manufacturer No.: ART.AGT-143
Manufacturers: Termopasty
Content: 0,50 gram
Product types: Hot-Ends, Other Spare Parts & Upgrades
Filament colour: Grey / silver

Description

AG silver is a thermally conductive paste with the addition of silver compounds. Its thermal conductivity is much higher than the conductivity of typical carbon-silicon compounds. The paste fills micro-intolerances between two touching elements, e.g. processor and cooler.

Hazard and precautionary statements

Signal word : Warning

Precautionary statements:

  • P273 - Avoid release to the environment.
  • P501 - Dispose of contents/container according to local/national regulations.

Hazard statements:

  • H410 - Very toxic to aquatic life with long lasting effects

Questions & Answers about Termopasty AG Silver Thermal Paste

Pose a question about this product to customers who have already purchased the item. Please forward any other order-related questions to our Customer Service Team.

Customer Reviews

English reviews written for Termopasty AG Silver Thermal Paste

4,0 out of 5 stars
5 stars
0 (0%)
4 stars
2 (100%)
3 stars
0 (0%)
2 stars
0 (0%)
1 Stars
0 (0%)

2 reviews

Did you know?

The most popular technology used for 3D printing is FDM (Fused Deposition Modelling). A heated nozzle (hot-end) melts the plastic wire, layering the melted parts.