Thermal Grade Diamond Plates

Thermal grade CVD diamonds are synthetic diamonds designed specifically to manage heat in advanced technological applications.

01 — Context

Why Does Thermal Management Matter?

A significant amount of heat is emitted during the operation of devices such as high-power transistors and LEDs.

With CVD diamond as a base (substrate), it is now possible to reduce overheating which will allow the device to perform to its full potential.

02 — performance

Properties of Thermal Grade Diamonds

Thermal management is a struggle to deal with especially when it comes to advanced high-power electronics.

Thermal grade CVD diamonds will now make it possible to ensure effective thermal management. Diamonds possess:

Good thermal conductivity
High radiation hardness

These properties make them ideal for electronics, optics, and extreme mechanics.

03 — Key Applications

High-Power Electronics

In electronics and power devices, efficient heat removal is essential since if heat builds up, it can damage components and reduce efficiency. CVD diamonds can help keep heat away from critical parts which will help keep the devices cool and last longer.

Telecommunications

Telecommunications, radar, and satellite systems often have microwave and RF devices that work at high power levels and need materials that can not only handle heat but also keep electrical signals clear.

04 — AGA9’s Advantage

AGA9's single crystal and polycrystalline diamond plates help manage heat very well in extremely demanding industrial applications. With thermal conductivity of about 2200 W/mK, CVD diamond plates help dissipate heat rather than sourcing everything at one place.

Our thermal grade diamond plates are available in different thicknesses from 0.2mm to 0.5mm. We also offer customized diamond plates in different shapes and sizes depending upon specific business requirements.

Frequently Asked Questions

Everything you need to know about our technology, sustainability, and applications.

What makes CVD diamonds suitable for thermal management?

CVD diamonds have good thermal conductivity, which aids in protecting critical parts, minimizes overheating and offers cooling properties.

What are the main industries using thermal grade CVD diamonds?

The main industries using thermal grade CVD diamonds include the following:

Electronics
Telecommunications
Semiconductor manufacturing
Aerospace
Defense
Medical devices
High-power laser technology

Are thermal grade diamonds cost-effective?

Yes, thermal grade diamonds are cost-effective since they are cheaper than natural diamonds. The reason for their less cost is the fact that they are sourced ethically.

How are polycrystalline diamond plates manufactured?

Polycrystalline diamond plates are diamonds prepared with the help of multiple tiny diamond particles having a size of 2 to 30 microns.

How durable are polycrystalline diamond plates?

Polycrystalline diamond plates are extremely tough and resistant to wearing which makes them last longer.

What are the different sizes and thickness of polycrystalline diamond plates offered by AGA9?

AGA9 offers polycrystalline diamond plates in different sizes and thicknesses. These include:

5mm Φ
8mm Φ
10 mm Φ
12 mm Φ
5X5mm Φ
8X8 mm Φ
10X10 mm Φ
12X12 mm Φ

Aga9 is a lab-grown diamond manufacturing company dedicated to harnessing the valuable properties of CVD diamonds for industrial applications. We at Aga9 manufacture more than lab-grown diamond plates, we are dedicated to creating brilliance ethically, sustainably and with maximum resource efficiency.

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