List of mirror products
- classification：mirror
181～195 item / All 433 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
Handling Faraday mirrors and fiber mirror reflectors!
- mirror
- Laser Components
It is an optical filter/mirror for ultraviolet lasers and ultraviolet curing lamps.
- filter
- mirror
- Lamps and light emitting devices
This is an IBS coating mirror with a high reflectance of over 95% at a wavelength of 257 nm and a transmittance of over 92% at 515 + 1030 nm.
- mirror
It is a 2-inch size high-reflective mirror with IBS coating and S-polarization greater than 99.9% at a wavelength of 1064nm.
- mirror
This is an IBS coating mirror with high reflectance >98% for wavelengths 1055-1580nm and p-polarized transmission >95% for wavelengths 765-1010nm.
- mirror
It is a high-reflectivity mirror with over 99.6% reflectance using IBS coating. It features low GDD.
- mirror
This is an IBS coating mirror with high reflectance for s-polarized light at a wavelength of 780 nm greater than 99.5% and transmittance for sp-polarized light between 1200-1300 nm greater than 98%.
- mirror
This is a dichroic mirror with IBS coating, high reflectance for s-polarized light at 1030nm >99.9%, and transmission at 1064nm >95%.
- mirror
This is an ultra-fast mirror with IBS coating, dual wavelengths of 515+1030nm, and high reflectivity of >99.8%. It features low GDD.
- mirror
This is an ultra-fast mirror with IBS coating, green wavelength 500-530nm, high reflectivity >99.9%, and high LIDT.
- mirror
This is a high LIDT ultra-fast mirror with IBS coating, broadband 610-1040nm, and high reflectivity >99.5.
- mirror
It is an ultra-fast mirror with high reflectivity of over 99.9% in the IBS coating broadband of 980-1100nm. It features low GDD.
- mirror
It is a high-reflectivity mirror with IBS coating, with S-polarization > 98.5% and P-polarization > 97.5% at a wavelength of 266 nm.
- mirror