![]() |
MOQ: | 10 pcs |
Delivery Period: | 1-4 weeks |
Payment Method: | T/T,Western Union, |
Supply Capacity: | 100000 pcs/Month |
Convex Cylindrical Optical Sapphire Glass Rods Lenses For Sale
Sapphire is composed of alumina, and its crystal structure is hexagonal lattice structure.
Synthetic sapphire common application facets are A-Plane,C-Plane, and R-Plane. Due to the wide optical penetration band of sapphire, it has good light transmission from near ultraviolet (190nm) to mid-infrared. Therefore, it is widely used in optical components, infrared devices, high-intensity laser lens materials.
Sapphire also has the characteristics of high sound velocity, high temperature resistance, corrosion resistance, high hardness, high light transmittance, high melting point (2045℃), etc., so it is often used as a material for photoelectric components.
Properties of Single Crystal Sapphire:
Chemical formula |
Al₂O₃ |
Purity |
99.999% |
Crystal structure |
Hexagonal |
Density |
3.98g/cm³ |
Hardness Mohs |
9 |
Fusion point |
2045℃ |
Boiling point |
2980℃ |
Coefficient of Thermal Expansion |
5.8×10 -6 /K |
Specific heat |
0.418W.s/g/k |
Thermal conduction |
25.12W/m/k(@100°C) |
Refractive index |
no=1.768 ne=1.760 |
dn/dt |
13×10-6/K(@633nm) |
Transmission |
T≈80%(0.3-5μm) |
Permittivity |
11.5(//c), 9.3(⊥c) |
The pictures of the Sapphire optical rod lens:
Product Paramenters:
Product name |
Optical Sapphire Glass Rods Lenses |
Material |
Sapphire(Al₂O₃) |
Hardness |
Mohs 9 |
Diameter |
0.1-100 mm |
Diameter Tolerance |
0/-0.03 mm |
Length |
0.5-300 mm |
Length Tolerance |
0/-0.03 mm |
Surface quality |
60/40 |
Application |
Medical Endoscope Lens/Optical Equipment |
Applications:
Our related products:
![]() |
MOQ: | 10 pcs |
Delivery Period: | 1-4 weeks |
Payment Method: | T/T,Western Union, |
Supply Capacity: | 100000 pcs/Month |
Convex Cylindrical Optical Sapphire Glass Rods Lenses For Sale
Sapphire is composed of alumina, and its crystal structure is hexagonal lattice structure.
Synthetic sapphire common application facets are A-Plane,C-Plane, and R-Plane. Due to the wide optical penetration band of sapphire, it has good light transmission from near ultraviolet (190nm) to mid-infrared. Therefore, it is widely used in optical components, infrared devices, high-intensity laser lens materials.
Sapphire also has the characteristics of high sound velocity, high temperature resistance, corrosion resistance, high hardness, high light transmittance, high melting point (2045℃), etc., so it is often used as a material for photoelectric components.
Properties of Single Crystal Sapphire:
Chemical formula |
Al₂O₃ |
Purity |
99.999% |
Crystal structure |
Hexagonal |
Density |
3.98g/cm³ |
Hardness Mohs |
9 |
Fusion point |
2045℃ |
Boiling point |
2980℃ |
Coefficient of Thermal Expansion |
5.8×10 -6 /K |
Specific heat |
0.418W.s/g/k |
Thermal conduction |
25.12W/m/k(@100°C) |
Refractive index |
no=1.768 ne=1.760 |
dn/dt |
13×10-6/K(@633nm) |
Transmission |
T≈80%(0.3-5μm) |
Permittivity |
11.5(//c), 9.3(⊥c) |
The pictures of the Sapphire optical rod lens:
Product Paramenters:
Product name |
Optical Sapphire Glass Rods Lenses |
Material |
Sapphire(Al₂O₃) |
Hardness |
Mohs 9 |
Diameter |
0.1-100 mm |
Diameter Tolerance |
0/-0.03 mm |
Length |
0.5-300 mm |
Length Tolerance |
0/-0.03 mm |
Surface quality |
60/40 |
Application |
Medical Endoscope Lens/Optical Equipment |
Applications:
Our related products: