CVD lab-grown diamond plates are used in opto-electronic, ultra-high vacuum (UHV) windows, high-power laser windows, tool manufacturing and power-electronic device manufacturing.

The maximum operating temperature of lab-grown diamonds stands at 2200 W/mK which is five times more than copper and four times higher than silicon carbide. These characteristics make lab-grown diamonds ideal for managing heat in high-power devices.

Single crystal diamond plates are diamond plates manufactured from one continuous diamond crystal lattice. This gives these diamond plates uniformity, mechanical strength and excellent thermal properties.

Diamond cooling is the process of deploying diamonds for managing and dissipating heat in electronic devices. It is an advanced cooling mechanism to effectively drive away heat from critical components.

AGA9 was founded by Anil Poddar and Gargi Poddar. Anil Poddar, a veteran entrepreneur has over 40 years of experience in the natural and lab-grown diamond industry. Gargi Poddar brings her years of experience across sales and marketing and envisions a future where lab-grown diamonds will become an essential material for thermal management.
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To learn more about our founder's journey, please click here.

AGA9 has collaborated with the Indian Institute of Technology (IIT) Bombay.

CVD diamonds grow at low pressure and low temperature which is typically around 800-1000 torr and 800-1000 degrees Celsius respectively.

CVD diamonds are grown via a combination of gases - high-purity methane (CH4) and ultra-high purity hydrogen (H2).

Lab-grown diamonds are mainly produced using two different growth processes including - CVD and HPHT.

At AGA9, we ensure that our diamond plates are created with the lowest impurities and deliver exceptional surface finish. Our diamond crystals undergo no residual stress and are considered to be highly durable.