Glass wafer

Diameter [Product Specifications]: Ø4~12 Thickness [Product Specifications]: ≥0.3 mm Young's Modulus [Typical Properties]: 300 GPa

Transparent ceramic wafers.

Appearance: White granules Main constituent Al₂O₃: 96 % Volumetric specific gravity: 3.7 g/cm³

nd [Original table row 4; QK series type; CODE=470668; CDGM=H-QK1; Data belongs to this cross-reference row, not split separately by supplier]: 1.47047 vd [Original table row 4; QK series type; CODE=470668; CDGM=H-QK1; Data belongs to this cross-reference row, not split separately by supplier]: 66.83 nd [Original table row 5; QK series type; CODE=487700; CDGM=H-QK3; Data belongs to this cross-reference row, not split separately by supplier]: 1.48746

Optical glass can change the direction of light and the relative spectral distribution of ultraviolet, visible, or infrared light. It is the most common optical-material type because of excellent properties such as high optical transmission and environmental stability.

Material [Part No.=ULYRPX008005]: BK7 F [Part No.=ULYRPX008005]: 8 mm R [Part No.=ULYRPX008005]: 4.13 mm

Circular plano-convex cylindrical lenses provide line imaging or single-axis magnification in various applications and can be combined with other lenses to form complex imaging systems.

Material [Part No.=UPLV008006]: BK7 F [Part No.=UPLV008006]: -8.0 mm R [Part No.=UPLV008006]: 4.15 mm

Plano-concave lenses are ideal for beam divergence, optical projection, or increasing the focal length of an optical system. These negative-focal-length lenses have one concave surface, with the planar face toward the desired focal plane. Suitable for many applications and industries. Fuzhou Youenli Optoelectronics offers various coatings to customer requirements.