GPU Heat Sinks

Running intense graphics jobs on your GPUs builds up heat fast, risking lag or damage that kills rendering quality and uptime. Our GPU Heat Sinks, crafted from aluminum or copper, sweep heat away quickly to keep your graphics cards pushing frames smoothly.

Base Material

Aluminum or copper; alloy customization available upon request

Thermal Resistance

0.08°C/W to 0.8°C/W, optimized for GPU thermal performance

Heat Dissipation Capacity

100 W to 500 W, suited for GPU thermal design power (TDP) ranges

Dimensions

Width: 70 mm to 200 mm; Height: 30 mm to 120 mm; Depth: 100 mm to 300 mm (customizable to fit GPU layouts)

Weight

0.3 kg to 3 kg, varying with material and size for GPU card integration

Product Description

Rising heat on GPUs can drop performance or break chips, costing you delays and repairs. Our heat sinks tackle this with active cooling, ensuring your visuals stay sharp and steady.

Fin Design

Extruded or heat-pipe integrated fins (straight or angled); fin spacing: 1 mm to 4 mm for airflow efficiency

Mounting Type

Screw-down, clip-on, or bracket; designed for secure GPU chip attachment

Cooling Method

Active (fan-assisted) or hybrid (fan + heat pipes), depending on GPU load and system design

Operating Temperature Range

0°C to 95°C, with maximum base temperature rise of 30°C above ambient

Airflow Compatibility

Compatible with 20 CFM to 150 CFM, effective with case or dedicated GPU fan airflow

Surface Finish

Anodized aluminum or nickel-plated copper, improving durability and heat transfer

Noise Contribution

25 dB to 40 dB with active cooling, balanced for performance in GPU systems

Durability

Rated for 70,000+ hours under continuous GPU operation

Environmental Resistance

Resists dust (IP53 rating) and vibration (per IEC 60068-2-6) in computing environments

Standards Compliance

Adheres to RoHS, UL 94V-0, and IPC-9592 for GPU safety and performance

Thermal Interface Compatibility

Supports thermal pads or grease for optimal GPU contact

Technical Advantages

GPU heat sinks bolt down or clip tight, channeling heat right off the chip with no gaps. They pair fans with heat pipes to shift heat fast, matching any card’s power draw.

Fins angled or lined with pipes grab air strong, cooling GPUs without piling on size. This setup keeps your graphics gear light and chill under heavy loads.

Let's Get Started

Need reliable Heat Sinks for your next project? Get in touch with us today, and we’ll help you find exactly what you need!

Industry Applications

Gaming Consoles

Sweeps heat from GPUs in play boxes, keeping games crisp and fast all session.

Video Editing PCs

Cools graphics chips in edit stations, rendering clips smooth without cuts daily.

Data Center GPUs

Pulls heat from server cards, running AI tasks steady for big projects.

VR Headsets

Takes heat off compact GPUs, holding virtual worlds clear on every move.

Crypto Mining Rigs

Manages heat in mining GPUs, keeping hash rates high round the clock.

Design Workstations

Clears heat from 3D render GPUs, delivering models fast every job.

Swift GPU Cooling to Maximize Rendering Strength

High-heat GPUs need swift cooling to hold rendering power and avoid crashes. GPU heat sinks handle 100 W to 500 W, cutting noise to 25-40 dB for quiet runs.

Stuck heat can throttle your frames or fry parts, eating time and budgets. Heat sinks stay slim at 70 mm to 200 mm wide, keeping your cards cool and visuals top-notch.

Having Doubts? Our FAQ

Check all our Frequently Asked Question

Are GPU heat sinks built to spread heat evenly across big chips?

GPU heat sinks use wide bases and heat pipes to balance heat across large GPU dies, preventing hot spots. This even cooling stops lag or burnouts during heavy graphics runs.

Will your GPU heat sinks lift sales for premium graphics cards?

We craft GPU heat sinks to handle 500 W loads, keeping high-end cards cool and fast under stress. That top performance draws buyers, boosting demand for premium builds.

Is it simple to fit GPU heat sinks into existing PC upgrades?

GPU heat sinks offer bracket or screw mounts in sizes from 70 mm to 200 mm wide, matching most card layouts. Such easy fitting cuts time and hassle when upgrading older systems.

Could your GPU heat sinks cut energy costs in data centers?

Our GPU heat sinks pair fans with pipes to shift heat fast, lowering power needed for cooling big server loads. Thus, less energy use trims bills while keeping graphics steady.

Does airflow stay strong with GPU heat sinks in tight cases?

GPU heat sinks work with 20 CFM to 150 CFM, using angled fins to pull air through small spaces. So, steady airflow keeps heat low, even in packed gaming or workstation rigs.

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LOCATIONS

Sitz

10-A, First Floor, V. V Komplex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, Indien.

Operations Office

9/1, Poonthottam Nagar, Ramanandha Nagar, Saravanampatti Coimbatore-641035, Tamil Nadu, Indien. ㅤ

GPU Heat Sinks

Base Material

Thermal Resistance

Heat Dissipation Capacity

Dimensions

Weight

Product Description

Fin Design

Mounting Type

Cooling Method

Operating Temperature Range

Airflow Compatibility

Surface Finish

Noise Contribution

Durability

Environmental Resistance

Standards Compliance

Thermal Interface Compatibility

Technical Advantages

Let's Get Started

Industry Applications

Swift GPU Cooling to Maximize Rendering Strength

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GPU Heat Sinks

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GPU Heat Sinks

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