CALANDIS Water Cooling Block for CPU Liquid Radiator Heatsink 40X40Mm Copper Tt4040A

The CALANDIS Water Cooling Block is a high-quality liquid cooling solution designed for CPU radiators. Its compact size of 40x40mm makes it suitable for smaller setups while still providing efficient cooling performance.

Key Features:
- Made of copper for excellent heat transfer
- Compatible with most CPU liquid cooling systems
- Compact size for easy installation
- Durable construction for long-lasting performance

This water cooling block is ideal for PC enthusiasts and gamers who want to optimize their system's cooling efficiency. It is also suitable for professionals who rely on their computers for resource-intensive tasks such as video editing and 3D rendering.

Pros:
- Efficient cooling performance
- Compact size for versatile installation options
- Durable construction for long-term use

Cons:
- May not fit all CPU configurations
- Requires maintenance to ensure optimal performance

Overall, the CALANDIS Water Cooling Block is a reliable solution for those looking to enhance their CPU cooling system with a compact and efficient design.

Factor	Weight	Contribution	Rationale	Sources
Spec/Feature Fit	25	20	Copper build and compact size ideal for CPU liquid cooling.	Tom's Hardware
Brand Strength	20	10	CALANDIS known for quality cooling solutions in India.	TechRadar
Category Momentum	20	15	Growing demand for water cooling systems in Indian market.	Gartner
Price Positioning	20	10	Competitively priced compared to similar products in India.	Digit
Competition	10	6	Facing moderate competition from other established brands in India.	PC World
Use-case Advantage	5	5	Specifically designed for efficient CPU liquid cooling setups.	TechSpot
Final Market Score	100	66/100 (3.30/5)	CALANDIS Water Cooling Block offers a strong value proposition in the growing Indian water cooling systems market.

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	—