GPU & VRAM COOLING SOLUTIONS

Recommended Cooling Solutions for GPUs

The GPU core requires efficient heat transfer through direct die contact. High-quality thermal paste ensures consistent performance and stable temperatures.

ULTRA

High performance for gaming GPUs
Explore ULTRA

QUANTUM

Maximum performance for high-end cards and overclocking
Explore QUANTUM

Vram & Power & Advanced Solutions

VRAM and power components require precise gap filling. Correct pad thickness and stable compression are critical for effective cooling.

NEO PAD

Multiple thickness options - Consistent thermal performance - Clean and controlled application - Typical Application - VRAM modules - MOSFETs and power stages
Explore NEO Pad

METALLIQ

Liquid metal offers the lowest thermal resistance for the GPU core but requires experience and proper insulation. Incorrect application may damage components.
Explore METALLIQ
Lower GPU temperatures, stabilize memory performance and reduce fan noise
Modern graphics cards deliver extreme performance but also generate significant heat across multiple components. While the GPU core receives most attention, VRAM and power components often become the real thermal bottleneck.

Thermal Hero offers engineered cooling solutions designed to improve heat transfer, stabilize performance and extend the lifespan of graphics cards.
Common Thermal Challenges in GPUs
· Extremely high heat density at the GPU

· Uneven contact surfaces between GPU, VRAM and heatsink

· VRAM temperatures exceeding safe limits

· Factory thermal pads with suboptimal thickness or quality

· Increasing fan noise and thermal throttling under load

Even if GPU core temperatures appear acceptable, overheated VRAM can severely impact performance, stability and longevity.
What GPU Users Care About
· Lower core and memory temperatures

· Stable performance during long gaming or rendering sessions

· Reduced fan noise

· Preventing thermal throttling

· Safe upgrades without unnecessary risk
Which Cooling Solution Fits Your GPU?
Decision Guide:

· Safe performance upgrade → ULTRA + Thermal Pads

· High-end GPUs / heavy workloads → QUANTUM + Thermal Pads

· Extreme performance & enthusiasts → Liquid Metal (GPU core) + Thermal Pads (VRAM)
Typical GPU Cooling Scenarios
· GPU repaste after extended use

· VRAM overheating on modern high-memory GPUs

· Fan noise reduction

· Thermal throttling under sustained load

· Preparation for resale or refurbishment
Important Application Notes
· Always verify correct thermal pad thickness

· Replace all VRAM pads at once for consistent contact

· Clean GPU die thoroughly before applying new material

· Avoid liquid metal unless proper insulation is applied
Why Thermal Hero for GPU Cooling?
· Engineered thermal compounds and pads

· Focus on real-world GPU applications

· Stable performance under sustained load

· Solutions for both beginners and enthusiasts