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Recently Published

Apr. 1, 2013

Semiconductor Graphite
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  • Shore Hardness
  • Apparent Density, g/cm3 (lb/in3)
  • Compressive Strength, MPa (psi)
  • Electrical Resistivity, µΩ-cm (µΩ-in)
  • Flexural Strength, MPa (psi)
  • Oxidation Threshold, °C (°F)
  • Pore Size, µm (µin)
  • Tensile Strength, MPa (psi)
  • Thermal Conductivity, W/m-K (BTU-ft/hr/ft2 °F)
  • Industry
  • Process
See specifications for AXF-5Q10W implantable graphite. Graphite with tungsten impregnation suitable for U.S. FDA Class II and III applications.
Apparent Density, g/cm3 (lb/in3)
  • 1.95 (0.070)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 7.7 (4.3)
Electrical Resistivity, µΩ-cm (µΩ-in)
  • 600 (1,500)
Flexural Strength, MPa (psi)
  • 75 (11,000)
See specifications for AXF-5Q implantable graphite. Graphite without tungsten impregnation suitable for U.S. FDA Class II and III applications.
Shore Hardness
  • 74
Apparent Density, g/cm3 (lb/in3)
  • 1.78 (0.064)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 7.9 (4.4)
Compressive Strength, MPa (psi)
  • 138 (20,000)
See specifications for AXF-5Q20W implantable graphite. Graphite with a higher tungsten impregnation suitable for U.S. FDA Class II and III applications.
Apparent Density, g/cm3 (lb/in3)
  • 2.10 (0.076)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 7.7 (4.3)
Electrical Resistivity, µΩ-cm (µΩ-in)
  • 610 (1,550)
Flexural Strength, MPa (psi)
  • 68 (10,000)
See our specifications for our AXF-3Q five micron graphite, ideal for ultrasonic applications.
Shore Hardness
  • 80
Apparent Density, g/cm3 (lb/in3)
  • 1.76 g/cm3 (0.064 lb/in3)
Compressive Strength, MPa (psi)
  • 156 MPa (20,600 psi)
Electrical Resistivity, µΩ-cm (µΩ-in)
  • 1815 µΩ-cm (715 µΩ-in)
GF-LT offers the same attributes as POCO®’s GLASSMATE® GF in addition to improved wear and erosion resistance. The higher hardness of this material provides superior polishing capabilities to a very high gloss surface finish.
Shore Hardness
  • 96
Apparent Density, g/cm3 (lb/in3)
  • 1.77 (0.064)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 8.5 (4.7)
Compressive Strength, MPa (psi)
  • 155 (22
  • 500)
This is the base grade of POCO®’s GLASSMATE® Glass Forming materials with high strength and durability for glass forming applications. GF materials provide higher product yield through improved glass surface finishes and a match to high CTE glass products.
Shore Hardness
  • 74
Apparent Density, g/cm3 (lb/in3)
  • 1.74 (0.063)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 8.1 (4.5)
Compressive Strength, MPa (psi)
  • 130 (18,800)
POCO®’s GLASSMATE® GF-XL material offers a tighter microstructure and higher hardness over GF to improve wear resistance and provide improved glass surface quality. The smaller particle size of GF-XL allows for increased material strength and reduced porosity.
Shore Hardness
  • 88
Apparent Density, g/cm3 (lb/in3)
  • 1.74 (0.063)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 8.1 (4.5)
Compressive Strength, MPa (psi)
  • 162 (23,500)
  • 500)
See specifications for ZEE-2 semiconductor graphite. This hard, wear-resistant material offers improved performance in current and next generation implant equipment.
Shore Hardness
  • 100
Apparent Density, g/cm3 (lb/in3)
  • 1.77 (0.064)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 8.4 (4.65)
Compressive Strength, MPa (psi)
  • 193 (28,000)
Learn more about our SFG semiconductor graphite for ion implant, plasma etch and deposition applications.
Shore Hardness
  • 84
Apparent Density, g/cm3 (lb/in3)
  • 1.77 (0.064)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 8.1 (4.4)
Compressive Strength, MPa (psi)
  • 166 (24,100)
SCF graphite has a five micron grain size microstructure with high strengths that generates fewer particles and resists wear better than competitive materials.
Shore Hardness
  • 91
Apparent Density, g/cm3 (lb/in3)
  • 1.77 (0.064)
Coefficient of Thermal Expansion, µm/m °C (µin/in °F)
  • 8.5 (4.7)
Compressive Strength, MPa (psi)
  • 163 (23,600)
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