The thin film linear polarizers with an operating wavelength range of 400-700 nm, have anti-reflection coatings on both air-contact surfaces of the substrates for corresponding wavelength bands. The thin film linear pilarizer with clear apertures of Ø10 mm, Ø21.5 mm, and Ø45 mm respectively, are mounted in mechanical retaning rings with diameters of Ø12.7 mm, Ø25.4 mm, and Ø50.8 mm. The thin film linear polarizer is suitable for low-power applications and offers high extinction ratios and a wide incidence angle range of ±20° when used to generate the linearly polarized light. All three product models are marked with the product numbers and transmission axis direction on the housings for convenient use by customers. Note: Due to product version updates, discrepancies may occur between the engraved markings on the housing and the actual product model. However, this does not affect product performance. Please feel assured in using the product.

For thin film linear polarizers with a wavelength range: 700-1700 nm, the air-contact surfaces of the substrates on both sides are coated with Antireflection Coating (AR Coating) for the corresponding wavelength range. They are mounted in Ø12.7 mm, Ø25.4 mm, and Ø50.8 mm Mechanical Engineering retaining rings, with Clear Aperture (CA) of Ø10 mm, Ø21.5 mm, and Ø45 mm, respectively. The thin film linear polarizer is suitable for low-power application scenarios. When used to generate linearly polarized light, it has a high Extinction Ratio (ER) and a large incidence angle range of ±20 °. All three products are marked on the housing with the Item and transmission axis direction, making them convenient for customers to use. Note: The thin film raw material has been updated, and the product Transmission and Extinction Ratio (ER) parameters have been adjusted accordingly; please refer to the spectral curve on the official website for details.

The thin film linear polarizers with an operating wavelength range of 400-700 nm have anti-reflection coatings on both air-contact surfaces of the two substrates for the corresponding wavelength bands. The polarizers with retaining ring mounts are installed in rotation mirror mounts CRM-05AS, CRM-1AS, and CRM-2A, with clear apertures of Ø10 mm, Ø21.5 mm, and Ø45 mm, respectively. These thin film linear polarizers are suitable for low-power applications and exhibit high extinction ratios when used to generate the linearly polarized light, with a wide incidence angle range of ±20°. The transmission axes of all three products are aligned to the 0° marking line and secured with adhesive for convenient use by customers.

For thin-film linear polarizers with a wavelength range: 700-1700 nm, both air-contact surfaces of the substrates on both sides are coated with Antireflection Coating (AR Coating) for the corresponding wavelength range. The polarizers with retaining ring mounts are respectively mounted in rotation mounts CRM-05AS, CRM-1AS, and CRM-2A, with Clear Aperture (CA) of Ø10 mm, Ø21.5 mm, and Ø45 mm respectively. The thin-film linear polarizer is suitable for low-power application scenarios and, when used to generate linearly polarized light, has a high Extinction Ratio (ER) and a large incidence angle range of ±20°. The transmission axes of the three products are all aligned with the 0° engraved line and fixed with adhesive, making them convenient for customers to use. Note: The thin-film raw material has been updated, and the product Transmission and Extinction Ratio (ER) parameters have been adjusted accordingly. For details, please refer to the spectral curve on the official website.

The LBTEK Square Thin Film Polarizers are available in two models: FLP-VIS-50/FLP-VIS-100, with dimensions of 50×50 mm or 100×100 mm respectively, and an operating wavelength range of 400–700 nm. Both sides of the thin film polarizer are coated with protective films, which are marked with the polarization direction. The protective films can be peeled off as needed when in use. The thin film polarizer can transmit and absorb the polarized light within specific wavelength ranges, making it suitable for low-power applications and capable of achieving ultra-high extinction ratios.