3mm Boron Sputtering Target
3mm Boron Sputtering Target
SKU:BOR-cb0ffc
High purity 3mm Boron Sputtering Target by Goodfellow Corp. for precise sputtering processes.
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$499.99
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$499.99
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3mm Boron Sputtering Target
$499.99
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3mm Boron Sputtering Target
$499.99
Quantity: 1
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The 3mm Boron Sputtering Target by Goodfellow Corp. offers a purity of 99.6% with a hot-pressed production method, suitable for sputtering processes. With a hardness rating of 9.50 Kgf mm-2 and a density of 2.340 to 2.370 g·cm-3, this target provides exceptional mechanical and physical properties. Its 3mm thickness with a 25 to 76.2mm diameter makes it ideal for precise applications in various industries.
Product Specifications
Atomic Properties Atomic Number
5
Atomic Properties Atomic Radius Goldschmidt
0 nm
Atomic Properties Atomic Weight
10.81000 amu
Atomic Properties Crystal Structure
Tetragonal
Atomic Properties Electronic Structure
He2s22p1
Atomic Properties Ionization Potential Number
1 | 2 | 3 | 4 | 5
Atomic Properties Ionization Potential Number 1
8.30 eV
Atomic Properties Ionization Potential Number 2
25.2 eV
Atomic Properties Ionization Potential Number 3
37.9 eV
Atomic Properties Ionization Potential Number 4
259 eV
Atomic Properties Ionization Potential Number 5
340 eV
Atomic Properties Natural Isotope Distribution Mass Number
10 | 11
Atomic Properties Natural Isotope Distribution Mass Number 10
19.8 %
Atomic Properties Natural Isotope Distribution Mass Number 11
80.2 %
Atomic Properties Photo Electric Work Function
4.50 eV
Atomic Properties Thermal Neutron Absorption Cross Section
672.0000 Barns
Atomic Properties Valences Shown
3
Electrical Properties Electrical Resistivity At 27 Degree Celsiu
1.8 x 1012 µΩ·cm
Material Material
BoronDiscovered in 1808 by L.J. Lussac and L.J. Thenard (in Paris) and Sir Humphrey Davy (in London). Boron is a non-metallic element which occurs in several allotropes. It is rarely found in nature, normally occurring as borates or orthoboric acid (the abundance of boron in the earth's crust is 10 ppm, the principal ore being borax, Na2B4O7.x H2O). Amorphous boron is the more common allotrope and exists as a dark powder which is unreactive towards water, oxygen, acids and alkalis. Boron finds importance within nuclear reactors due to its neutron absorbing capabilities, boron steel being used as control rod material. Boron compounds are used for a number of applications including the manufacture of certain grades of glass and detergents. Boron will react directly with most metals to produce metal borides which are hard, inert binary compounds of various formulae and arrangements of the boron atoms. For example, as single atoms (M2B), pairs (M3B2), single and double chains (MB, M3B4), sheets (MB2), B6 octahedra (MB6) and B12 clusters (MB12). Boron also forms the binary compound, boron nitride, which is of interest as it is electronic with carbon and occurs in two structural modifications; one is a layer structure similar to graphite which is soft and lubricating, whilst the other (formed under high pressure) has a very hard, stable, tetrahedral structure as found in diamond.
Mechanical Properties Hardness Mohs Arc Melted
9.50 Kgf mm-2
Mechanical Properties Material Condition
Arc Melted
Mechanical Properties Tensile Modulus Arc Melted
441.00 GPa
Mechanical Properties Tensile Strength Arc Melted
1580.00 to 2410.00 MPa
Note Note
Made to order for delivery in about 4-5 weeks. Other sizes also available.
Physical Properties Boiling Point
3700 ºC
Physical Properties Density At 20 Degree Celsius C Temperature
2.340 to 2.370 g·cm-3
Specifications Diameter
25 to 76.2 mm
Specifications Form
Sputtering Target
Specifications Production Method
Hot-Pressed
Specifications Purity
99.6 %
Specifications Thickness
3 mm
Thermal Properties Coefficient Of Thermal Expansion At 0 To 100
8.300 x10-6 K-1
Thermal Properties Latent Heat Of Evaporation
35000 Jg-1
Thermal Properties Latent Heat Of Fusion
2090.00 Jg-1
Thermal Properties Melting Point
2180.00 ºC
Thermal Properties Specific Heat At 25 Degree Celsius C Temperat
1030.0 J K-1 kg-1
Tolerances Disc Diameter Tolerance
0.5 mm
Tolerances Thickness Tolerance
0.5 mm
Type Type
MetalA metal is generally considered to be a pure element which readily forms cations. Metals are characterized by their opacity and high thermal and electrical conductivities, the latter properties resulting from the delocalized and mobile nature of the electrons over the crystal structure.