TISHRIC Thermal Pad 0.5–2mm | CPU GPU Heatsink Silicone Sheet
TISHRIC Thermal Pad Sheet — Superior Heat Transfer for CPU & GPU
Keep your PC components running cool and efficient with the TISHRIC Thermally Conductive Silicone Pad. Available in four thickness options — 0.5mm, 1mm, 1.5mm, and 2mm — these flexible silicone pads provide excellent thermal conductivity between your processor, graphics card, chipset, or any other heat-generating component and its heatsink or cooling radiator.
Whether you're building a new system, replacing degraded thermal interface material, or overclocking your rig, these adhesive thermal pads deliver consistent, gap-filling performance to help your hardware stay within safe operating temperatures.
Key Features
- Multiple Thickness Options: Choose from 0.5mm, 1mm, 1.5mm, or 2mm to match your specific component gap requirements.
- High Thermal Conductivity: Conductive silicone construction efficiently transfers heat away from CPUs, GPUs, RAM modules, MOSFETs, and VRMs to attached heatsinks or cooling radiators.
- Thermally Adhesive: Built-in adhesive properties keep the pad securely in place during installation and use — no additional paste or glue required.
- Flexible & Conforming: Soft silicone material conforms to surface irregularities, maximizing contact area for optimal heat dissipation.
- Electrically Insulating: Safe for direct contact with sensitive electronic components — no risk of short circuits.
- Versatile Compatibility: Ideal for CPU coolers, GPU heatsinks, LED cooling, radiators, laptop cooling, and general PC thermal management.
- Easy to Cut & Apply: Sheet format allows you to trim to any custom size for a perfect fit on any component.
Specifications
| Brand | TISHRIC |
| Material | Thermally Conductive Silicone |
| Thickness Options | 0.5mm / 1mm / 1.5mm / 2mm |
| Type | Thermal Pad Sheet |
| High-Concern Chemicals | None |
| Country of Origin | Made in Mainland China |
Compatible Applications
- CPU heatsink coolers
- GPU / graphics card cooling
- LED heatsink cooling
- Laptop & notebook thermal management
- RAM, VRAM, and MOSFET cooling
- PC radiator and cooler builds
- DIY electronics heat dissipation projects
Related Products You May Like
- 50Pcs Nickel Sheets for 18650 Battery Spot Welding Tool
- 3-Jaw Keyless Ratchet Drill Chuck 0.8–10mm Self-Locking
- Non-Contact Capacitive Water Level Sensor 3.3V–5V
Learn more: EPA guidance on lithium-ion battery handling
Frequently Asked Questions
Q: What thickness thermal pad should I choose for my CPU or GPU?
A: The right thickness depends on the gap between your component and its heatsink. For most CPUs and GPUs with a direct-contact heatsink, 0.5mm or 1mm is typically ideal. For components with larger gaps such as VRAMs, MOSFETs, or chipsets, 1.5mm or 2mm may be more appropriate. Measure your gap before ordering for the best fit.
Q: Are these TISHRIC thermal pads electrically conductive?
A: No. While they are thermally conductive to efficiently transfer heat, these silicone pads are electrically insulating, making them safe to apply directly to PCB components, RAM chips, VRMs, and other sensitive electronics without risk of short circuits.
Q: Can I cut the thermal pad sheet to a custom size?
A: Yes! The thermal pad comes in sheet format, which means you can easily trim it with scissors or a craft knife to fit any component shape or size — perfect for both standard and non-standard cooling configurations.
Q: Do I still need thermal paste if I use a thermal pad?
A: No. Thermal pads serve as a standalone thermal interface material. They are particularly useful where paste would be messy or impractical — such as memory chips, VRMs, or LED boards — providing a clean, adhesive-backed, re-usable alternative.
Production & Packaging Notice
To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.