DIAMOND
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- $79.2 - $464
- Product name: DIAMOND
- CAS:
- MF:
- MW: 0
- EINECS:231-953-2
- MDL Number:MFCD00211867
- Synonyms:DIAMOND;Diamond powder, synthetic, 40-60 micron, 99.9% (metals basis);Diamond powder, natural, 40-60 micron, 99.9% (metals basis);Diamond powder, synthetic, <1 micron, 99.9% (metals basis);Diamond powder, Natural;Diamond powder, Synthetic
6 prices
Selected condition：
Brand
- Thermo Scientific Chemicals
Package
- 1g
- 5g
- 1 g
- 5 g
- ManufacturerThermo Scientific Chemicals
- Product number013401
- Product descriptionDiamond powder, synthetic, <1 micron, 99.9% (metals basis)
- Packaging1g
- Price$79.2
- Updated2025-07-31
- Buy
- ManufacturerThermo Scientific Chemicals
- Product number038984
- Product descriptionDiamond powder, natural, 40-60 micron, 99.9% (metals basis)
- Packaging1g
- Price$113
- Updated2026-04-24
- Buy
- ManufacturerThermo Scientific Chemicals
- Product number013402
- Product descriptionDiamond powder, synthetic, 40-60 micron, 99.9% (metals basis) 99.9%
- Packaging1 g
- Price$133
- Updated2026-04-24
- Buy
- ManufacturerThermo Scientific Chemicals
- Product number013401
- Product descriptionDiamond powder, synthetic, <1 micron, 99.9% (metals basis)
- Packaging5g
- Price$285
- Updated2025-07-31
- Buy
- ManufacturerThermo Scientific Chemicals
- Product number038984
- Product descriptionDiamond powder, natural, 40-60 micron, 99.9% (metals basis)
- Packaging5g
- Price$351.65
- Updated2026-04-24
- Buy
- ManufacturerThermo Scientific Chemicals
- Product number013402
- Product descriptionDiamond powder, synthetic, 40-60 micron, 99.9% (metals basis) 99.9%
- Packaging5 g
- Price$464
- Updated2026-04-24
- Buy
| Manufacturer | Product number | Product description | Packaging | Price | Updated | Buy |
|---|---|---|---|---|---|---|
| Thermo Scientific Chemicals | 013401 | Diamond powder, synthetic, <1 micron, 99.9% (metals basis) | 1g | $79.2 | 2025-07-31 | Buy |
| Thermo Scientific Chemicals | 038984 | Diamond powder, natural, 40-60 micron, 99.9% (metals basis) | 1g | $113 | 2026-04-24 | Buy |
| Thermo Scientific Chemicals | 013402 | Diamond powder, synthetic, 40-60 micron, 99.9% (metals basis) 99.9% | 1 g | $133 | 2026-04-24 | Buy |
| Thermo Scientific Chemicals | 013401 | Diamond powder, synthetic, <1 micron, 99.9% (metals basis) | 5g | $285 | 2025-07-31 | Buy |
| Thermo Scientific Chemicals | 038984 | Diamond powder, natural, 40-60 micron, 99.9% (metals basis) | 5g | $351.65 | 2026-04-24 | Buy |
| Thermo Scientific Chemicals | 013402 | Diamond powder, synthetic, 40-60 micron, 99.9% (metals basis) 99.9% | 5 g | $464 | 2026-04-24 | Buy |
Properties
Density :3.5 g/mL at 25 °C(lit.)
form :synthetic polycrystalline powder
color :Clear, Impurities (i.e. Nitrogen) and irradiation can change color to yellow, green, blue, pink, or brown.
Crystal Structure :Cubic, Diamond - Space Group Fd3m
Merck :14,2987
Dielectric constant :5.5（Ambient）
Modulus of Elasticity :800 - 925 GPa
Poissons Ratio :0.20
Knoop Microhardness :54 - 84, in GPa
Shear Modulus :333 - 385 GPa, Calculated
Vickers Microhardness :88 - 108, GPa; Type 1b
95 - 131
108 - 145, GPa; Type 11a
form :synthetic polycrystalline powder
color :Clear, Impurities (i.e. Nitrogen) and irradiation can change color to yellow, green, blue, pink, or brown.
Crystal Structure :Cubic, Diamond - Space Group Fd3m
Merck :14,2987
Dielectric constant :5.5（Ambient）
Modulus of Elasticity :800 - 925 GPa
Poissons Ratio :0.20
Knoop Microhardness :54 - 84, in GPa
Shear Modulus :333 - 385 GPa, Calculated
Vickers Microhardness :88 - 108, GPa; Type 1b
95 - 131
108 - 145, GPa; Type 11a
Safety Information
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Description
An allotrope of CARBON. It is the hardest naturally occurring substance and is used for jewelry and, industrially, for cutting and drilling equipment. Each carbon atom is surrounded by four equally spaced carbon atoms arranged tetrahedrally. The carbon atoms form a three-dimensional network with each carbon–carbon bond equal to 0.154 nm and at an angle of 109.5° with its neighbors. In diamonds millions of atoms are covalently bonded to form a giant molecular structure, the great strength of which results from the strong covalent bonds. Diamonds can be formed synthetically from graphite in the presence of a catalyst and under extreme temperature and pressure; although small, such diamonds are of adequate size for many industrial uses.Related product price
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