Anti-haute température Saphir vitre optique vitre de saphir lentille à double face poli 40/20

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July 25, 2024
Category Connection: Pièces en forme de saphir optique
Quality Pièces en forme de saphir optique from China. https://www.opticsapphire.com/sale-46205039-anti-high-temp-sapphire-glass-window-40-20-sapphire-convex-lens.html
Jingjing Technology (Hubei) Co., Ltd quality manufacturer from China.
We can supply:
Fenêtres optiques en saphir : https://www.opticsapphire.com/supplier-4440485-sapphire-optical-windows
Les fenêtres à étape en saphir : https://www.opticsapphire.com/supplier-4440486-sapphire-step-windows
Bâton de saphir : https://www.opticsapphire.com/supplier-4440487-sapphire-rod
Welcome to visit our official website : https://www.opticsapphire.com
Brief: Discover the Anti High Temp Sapphire Glass Window 40/20 Sapphire Convex Lens, designed for extreme temperatures up to 1950℃. Perfect for high-temperature applications like combustion chambers and gas processing, this double-side polished sapphire lens offers unmatched durability and clarity.
Related Product Features:
  • Withstands extreme temperatures up to 1950℃ without shape change or mechanical degradation.
  • Ideal for high-temperature applications such as combustion chambers and gas processing.
  • Polissage à double face pour une clarté optique et des performances supérieures.
  • Maintains dimensional perfection up to 1700℃, making it perfect for furnace systems.
  • Extreme chemical resistance prevents materials from sticking even at high temperatures.
  • Higher temperature rating than fused silica, with zero degradation over time.
  • Available in diameters from 1-500mm with tight tolerances of ±0.03mm.
  • Surface quality of 40/20 ensures high precision and clarity for optical applications.
Faqs:
  • What makes sapphire windows suitable for high-temperature applications?
    Sapphire windows can withstand temperatures up to 1950℃ without changing shape or losing mechanical performance, making them ideal for extreme environments like combustion chambers and gas processing.
  • How does sapphire compare to fused silica in high-temperature conditions?
    Sapphire outperforms fused silica by withstanding much higher temperatures without degradation. Fused silica degrades at temperatures almost half of sapphire's maximum operating temperature.
  • What are the typical applications for Anti High Temp Sapphire Glass Windows?
    These windows are used in high-temperature combustion chambers, gas processing, lamp shields, and furnace systems, where durability and resistance to extreme conditions are critical.