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Aluminosilicate Glass Tube - OD 1.78mm ID 1.1mm L 100mm

Details

SKU: 1000167592 Product Code: SI69-TB-000170
Aluminosilicate Glass Tube is a high-strength, thermally stable glass form engineered with a composition rich in silica and alumina, offering enhanced hardness, chemical durability, and low thermal expansion. Its dielectric properties—high dielectric constant and low loss tangent—enable efficient performance in high-voltage and plasma-based applications. These tubes maintain dimensional stability under rapid temperature cycling, making them suitable for precision optical, electronic, and high-temperature processing environments. Key industries include lighting technology, electronics manufacturing, and aerospace, where they are used in external electrode fluorescent lamps, high-purity chemical transport, and optical system housings. Specific applications benefit from improved luminance efficiency and pinhole resistance in dielectric barrier discharges, as well as corrosion resistance in acidic or alkaline atmospheres. Ongoing material research focuses on tailoring alkali content, refining melt processes, and enhancing mechanical toughness to support both structural and functional demands. Aluminosilicate Glass Tube remains a crucial material in advanced research and industrial applications where mechanical, electrical, and thermal performance converge.
Formula: SiO₂ 57/Al₂O₃ 36/CaO/MgO/BaO
Outside Diameter: 1.78mm
Wall Thickness: 0.34mm
Inside Diameter: 1.1mm
Length: 100mm
UOM Code: 419-702-36
Legacy Code: SI697070
Distributor Code:
GF41970236

Tolerances

Tube
Outside Diameter =<2mm ±10%
Outside Diameter =<5mm ±10%
Outside Diameter >5mm ±10%
Wall Thickness ±20%
Length <100mm ±1mm
Length >=100mm +5% / -1%
$378.00
each
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Material Properties

Chemical Resistance
Element Value
Acids - concentrated Fair
Acids - dilute Good
Alkalis Good
Physical Properties
Element Value
Refractive index 1.54
Apparent porosity( % ) 45
Density( gcm⁻³ ) 2.65
Thermal Properties
Element Value
Upper continuous use temperature( C ) 900
Coefficient of thermal expansion( x10⁻⁶ K⁻¹ ) 5@20-1000°C