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from 16 to 21 PC Components
[ Superior Heat Transmission ] - Use of hybrid silicone and nano diamond micro particles ensures minimal thermal resistance for quick and efficient heat transmission. - [ For CPUs/GPUs and Heatsinks ] - T5 Pro-Grade+ is perfect for high-end systems and ov
[ Superior Heat Transmission ] - Use of hybrid silicone and nano diamond micro particles ensures minimal thermal resistance for quick and efficient heat transmission. - [ For CPUs/GPUs and Heatsinks ] - T5 Pro-Grade+ is perfect for high-end systems and ov
DeepCool Z10 Thermal Compound Syringe - 5g. Cobalt Blue, Industrial Grade Thermal Interface Material with high thermal conductivity for improved heat dissipation in computer cooling systems.
DeepCool Z10 Thermal Compound Syringe - 5g. Cobalt Blue, Industrial Grade Thermal Interface Material with high thermal conductivity for improved heat dissipation in computer cooling systems.
DeepCool Z10 Thermal Compound Syringe - 5g. Cobalt Blue, Industrial Grade Thermal Interface Material with high thermal conductivity for improved heat dissipation in computer cooling systems.
DeepCool Z10 Thermal Compound Syringe - 5g. Cobalt Blue, Industrial Grade Thermal Interface Material with high thermal conductivity for improved heat dissipation in computer cooling systems.
Made of carbon-based polymer with nanoparticles, it has a high thermal conductivity of 62.5 W / mk - The non-adhesive and flexible carbon fibre thermal pad can be used repeatedly and, unlike pastes, does not dry out! - The product meets the expectations o
Cooler Master CryoFuze is a high-performance thermal paste with 14 W/mK conductivity, ideal for effective heat dissipation in electronics.
Cooler Master CryoFuze is a high-performance thermal paste with 14 W/mK conductivity, ideal for effective heat dissipation in electronics.
High-performance CPU cooler with 4 copper heatpipes, 130mm PWM fan, and hydraulic bearing, supporting Intel and AMD sockets with efficient cooling up to 200W TDP.
High‑performance thermal interface material in a compact 24 mm × 12 mm size, featuring graphene‑enhanced conductivity and a 0.2 mm thickness for efficient heat transfer between components.
High‑performance thermal interface material in a compact 24 mm × 12 mm size, featuring graphene‑enhanced conductivity and a 0.2 mm thickness for efficient heat transfer between components.
High‑performance thermal interface material in a compact 24 mm × 12 mm size, featuring graphene‑enhanced conductivity and a 0.2 mm thickness for efficient heat transfer between components.
