High-Transmittance 850nm Optical Glass Filter Lens – Narrowband Infrared Filter for Photography 1PCS(86x86x1mm)

Price: £305.77
(as of Jun 29, 2026 04:29:37 UTC – Details)


This Light High Transmittance Sheet is a precision optical glass transparent filter devised for light filtration applications.
High transmittance optical filter: Made of precisely devised optical glass, it is devised to transmit infrared and near-infrared wavelengths of 850 nanometers while blocking visible light. It is suitable for specific optical applications.
The narrowband filter characteristics make it ideal for infrared photography, scientific instrumentation, machine applications, and optical research projects. Available in both round and square shapes to accommodate various mounting configurations and equipment requirements.
The optical-grade glass construction ensures consistent performance and durability for demanding applications.
This material component is perfect for engineers, researchers, photographers, and hobbyists working with near-infrared and infrared light systems.
Whether you’re building custom optical instruments, modifying camera equipment, or conducting spectroscopy experiments, this high-transmittance filter provides reliable wavelength selection for your technical projects.
High transmittance optical filter devised to transmit infrared wavelengths of 850nm while effectively blocking visible light, perfect for optical applications.
Constructed from premium optical glass, ensuring exceptional clarity, durability, and consistent performance in filtering invisible light wavelengths for demanding projects.
Narrowband filtering capability allows for precise optical control, making it ideal for infrared photography, scientific instrumentation, and machine applications.
Versatile shape options available in round and square configurations to fit various optical setups, instruments, and custom applications requiring infrared light transmission.
Transparent devise effectively filters visible light while allowing infrared wavelengths to pass through, making it suitable for sensors, cameras, and scientific equipment.