Optical Light Splitter - Semi-Reflective Semi-Lens Optical Glass Prism with 5:5 Splitting Ratio(200x200x2mm)

CONSTRUCTION: Made from optical glass with semi-reflective coating for optimal light transmissionThe optical light splitter needs to be placed at a 45° Angle for use. One side is coated with a medium part reflective film, and the other side is coated with an anti-reflection film, which can divide the incident light into transmitted light and reflected lightThe medium part of the reflective film on the front surface of the optical light splitter determines the splitting ratio. The optical light splitter is independent of the wavelength and polarization state of the incident light, and the polarized optical light splitter can be used to separate S-polarized light from P-polarized lightSemi-transmitting and semi-reflecting mirrors can divide light into reflective and transmitted parts. Usually, the reflectance and transmittance can be adjusted as needed. By regulating the phase difference between the transmitted light and the reflected light, the functions of light splitting and reflection can be achievedDue to its dual functions of reflection and transmission, the semi-transmitting and semi-reflecting mirror can guide light in multiple directions and is suitable for various optical applications. The transmittance and reflectance of the semi-transmitting and semi-reflecting mirror each account for 50%, but they can also be adjusted according to specific needs

• Constructed from premium optical glass featuring a semi-reflective coating for superior light transmission and durability.
• devised to be positioned at a 45° angle, effectively dividing incident light into transmitted and reflected components for versatile optical use.
• The medium reflective film on the front surface determines the 5:5 splitting ratio, ensuring consistent performance across various wavelengths and polarization states.
• Ideal for separating S-polarized light from P-polarized light, making it perfect for advanced optical experiments and applications.
• Dual-functionality allows for adjustable reflectance and transmittance, enabling precise control over light direction and enhancing its usability in diverse optical setups.