Menu
Your Cart

Thermal grease TG-02 4g

Thermal grease TG-02 4g
2025 Deals -19 %
Thermal grease TG-02 4g
Delivery Time
Johannesburg, Pretoria Area 6-14 working days. Cape Town, Durban Area 6-14 working days. Outlying Areas 6-16 working days.
Quality Guarantee
If your product is Defective or Not Working properly, return your item within 7 days for a full refund
Thermal grease TG-02 4g
Safe & Secure Payments
We offer multiple ways to pay. Card, EFT, PayFast, Payment on Collection, COD
R149
R183
Ex VAT: R129
Discount only available
when paying by EFT
  • Stock: 5+  In Stock at External Warehouse
  • Product code: 952819
  • Model: SAVIO TG-02 4G
  • Weight: 0.02kg
  • Warranty: 24 months
  • Dimensions: 1.00cm x 8.00cm x 18.00cm
  • EAN: 5901986047100

Available Options

Description: High thermal conductivitySAVIO TG-02 perfectly fills microscopic cavities on a processor and radiator surfaces. It provides perfect conductivity parameters. Carbon microparticles included in the paste sufficiently cover these cavities. It leads to high thermal conductivity, guaranteeing that heat goes away quickly and efficiently. Easy applicationSAVIO TG-02 Thermal grease, thanks to its consistency, is easy to apply,even for beginners. A well-balanced thickness enables hassle-free distribution over the CPU surface. The container in the form of a practical syringe allows applying the exact amount. The spatula added to the set helps in practical application. The set allows you to safely use it several times. Secure usageContrary to different products on the market, SAVIO TG-02 does not include metal oxides so it is not electrically conductive. It eliminates the risk of short-circuiting and reduces the risk of corrosion damage to the radiator floor and IHS. Available in different sizesSAVIO TG-02 is available in two different sizes: 2g and 4g. The packaging was designed to prevent drying of the paste. Thanks to that the product is suitable for multiple usages. | Weight: 4 | Other features: Color: Grey Thermal conductivity: 8,5 W/mK Temperature: -50 ° C / + 250 ° C Thermal impedance:  max 0,135 °C - in/ W Density:  2,6 + 0,08 g/ml Thermal resistance: 0 pS/m