Lösungen

KY-Grown Sapphire Tube Solution

In hochtemperature furnace systems, sensor protection sleeves, optical paths, plasma Ausrüstung, und corrosive media environments, traditional Materialien such as quartz, ceramics, und glass often present several limitations:

Reduced strength at high temperature
Surface wear, devitrification, or microcrack growth over time
Limited durability in acid, alkali, plasma, or corrosive conditions
Difficulty achieving both insulation und optical transmission in one component
Inadequate dimensional Präzision or concentricity für critical assemblies

KY-grown Saphir tubes anbieten. an erweiterte alternative by combining high hardness, wear resistance, thermal stability, chemical resistance, electrical insulation, und broad optical transmission in a single material solution. This makes them especially suitable für replacing short-life tubular Teile that require frequent maintenance or suffer from unstable performance.

EFG Sapphire Tube Solution

In hochtemperature systems, protective sleeves, plasma Ausrüstung, analytical instruments, optical channels, und corrosive operating environments, traditional Materialien such as quartz, glass, und conventional ceramics often face several limitations:

Limited stability during long-term hochtemperature use
Surface wear und scratching that reduce service life
Insufficient durability in acid, alkali, plasma, or aggressive media
Difficulty combining insulation und optical transmission in one material
Hoch cost und long lead times für long tubes or special-profile structures

EFG Saphir tubes combine die intrinsic benefits von single-crystal sapphire—such as high hardness, wear resistance, hochtemperature stability, electrical insulation, und chemical resistance—with die shape-controlled growth capability von die EFG process. This makes them especially suitable für projects requiring long Röhren, hollow profiles, special cross-sections, near-net shaping, und scalable Industrie Produktion.