Boron-Doped Diamond plate

Description

Boron-Doped Diamond Plate: Precision Engineering for Demanding Applications

Need a material that handles extreme environments without losing performance? Our boron-doped diamond plate combines unmatched durability with advanced conductivity. Let’s break down why this plate is a game-changer.

Table of Contents

• Specifications
• Key Features
• Applications
• Why Choose This Plate?
• FAQs

Specifications at a Glance

Parameter	Detail
Undoped Diamond Layer	500µm
Doped Diamond Layer	1µm
Polished Side	Bottom
Size	5x5mm

What Makes This Boron-Doped Diamond Plate Stand Out?

• Enhanced Conductivity: The 1µm boron-doped layer turns diamond into a semi-conductive powerhouse, perfect for electrochemical sensors or electrodes.
• Robust Base: A 500µm undoped diamond layer ensures mechanical strength, similar to our polycrystalline CVD diamond wafers.
• Polished Finish: The bottom side is mirror-smooth for seamless integration into devices like diamond heat sinks.

Where Can You Use This Plate?

• Electrochemistry: Acts as a stable boron-doped electrode for water treatment or fuel cells. Compare it to commercial BDD electrodes in research settings.
• Thermal Management: Integrate with copper-coated diamond heat sinks for high-power electronics cooling.
• Research & Development: Study diamond’s properties using a platform that’s both conductive and wear-resistant. Check how boron doping impacts diamond behavior.

Why You’ll Love This Plate

• Long Lifespan: Outlasts traditional materials in corrosive or high-temperature setups.
• Customizable: Need a different size or doping level? Explore our customized CVD diamond options.
• Eco-Friendly: Ideal for sustainable tech like wastewater treatment (see this landfill leachate study).

Your Questions, Answered

Q: How does the doped layer affect performance?
A: Boron doping adds electrical conductivity while keeping diamond’s hardness. Think of it as turning an insulator into a semi-metal.

Q: Can I use this for high-voltage devices?
A: Absolutely. Pair it with our diamond epitaxial wafers for MOSFETs or diodes.

Q: Is the polish critical for thermal applications?
A: Yes! A smooth surface improves contact with other materials, reducing thermal resistance. Check our heat sink guide for details.

Q: How does this compare to platinum electrodes?
A: BDD plates last longer in harsh conditions and resist fouling. See this electrode quality analysis.

Ready to Upgrade Your Project?

This boron-doped diamond plate isn’t just another lab tool—it’s a leap forward in material science. Whether you’re building sensors, optimizing thermal systems, or pushing R&D boundaries, this plate delivers. Pair it with our CVD diamond-coated silicon wafers for hybrid solutions.