CALANDIS? 2x3g Thermal Paste Heat Grease Silicone Heatsink Syringe for CPU GPU LED A | Power Regulators & Converters | Semiconductors & Actives | Electronic Components | Electrical & Test Equipment

CALANDIS 2x3g Thermal Paste Heat Grease Silicone Heatsink Syringe is a high-quality thermal paste designed to efficiently transfer heat from your CPU or GPU to the heatsink. It comes in a convenient syringe for easy application.

Key Features: - 2x3g of thermal paste - Silicone-based for optimal heat transfer - Suitable for CPUs, GPUs, and LEDs - Easy-to-use syringe for precise application

This thermal paste is ideal for anyone looking to improve the cooling performance of their electronic components. Whether you are a PC gamer, overclocker, or just someone looking to keep their electronics running smoothly, CALANDIS 2x3g Thermal Paste is a great choice.

Pros: - High-quality thermal paste for efficient heat transfer - Easy-to-use syringe for precise application - Suitable for a variety of electronic components Cons: - May not be suitable for extreme overclocking purposes

Overall, CALANDIS 2x3g Thermal Paste Heat Grease Silicone Heatsink Syringe is a reliable and effective solution for keeping your electronics cool under heavy use.

Factor	Weight	Contribution	Rationale	Sources
Spec/Feature Fit	25	20	High-quality silicone paste suitable for various components.	IDC
Brand Strength	20	10	Established brand reputation in thermal solutions.	Forrester
Category Momentum	20	15	Growing demand for thermal paste in Indian market.	Gartner
Price Positioning	20	15	Competitive pricing compared to similar products.	Canalys
Competition	10	1	Facing strong competition from other thermal paste brands.	TechCrunch
Use-case Advantage	5	5	Versatile application for CPU, GPU, LED, and more.	TechRadar
Final Market Score	100	66/100 (3.30/5)	Competitively priced thermal paste with versatile applications.

Factor	Rating (out of 5)	Notes
Social Media Buzz	0.0	—
Retail Presence	0.0	—
Price Appeal	0.0	—
Community Hype	0.0	—
Festive Sales	0.0	—
Performance in Climate	0.0	—