Diamond Anvil
High hardness, good thermal conductivity and chemical inertness make diamond an ideal opposed-anvil material for research in materials science, earth science and chemistry. We offer low-stress, flawless, low-fluorescence diamond anvils in Standard, Boehler and Diacell shapes, with custom dimensions and structures available.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Diameter [Standard Type (standard design)] | 2.5-4mm |
| Anvil Culet Diameter [Standard Type (standard design)] | 50-1000μm |
| Diameter [(Diacell design)] | 2.5-4mm |
| Anvil Culet Diameter [(Diacell design)] | 50-1000μm |
| Diameter [Modified Type (Modified Brilliant Cut Design)] | 2.5-4mm |
| Anvil Culet Diameter [Modified Type (Modified Brilliant Cut Design)] | 50-1000μm |
| Diameter [(Boehler design)] | 2.5-4mm |
| Anvil Culet Diameter [(Boehler design)] | 50-1000μm |
| Anvil Culet Diameter | 50-2000 μm |
| Maximum Pressure | Different Culet Diameters Produce Different Pressures; A Culet Diameter of 300μm Can Generally Achieve Pressures Above 60 GPa |
| Alignment Accuracy of Two Diamond Anvils | ≤ 5μm |
| Interference Fringes After Leveling [Anvil Culet 300 μm] | ≤ 1.5count |
| Culet Orientation | {100} |
Datasheet
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