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China Suppliers MultiIR Short-Pass Filter - Factory Direct Isolation of Long Wavelengths
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China Suppliers MultiIR Short-Pass Filter - Factory Direct Isolation of Long Wavelengths

The MULTIIR short-pass filter is designed to effectively allow short wavelengths to pass through while blocking longer wavelengths, making it an essential tool for isolating long waves in various applications. As a leading manufacturer in China, our factory specializes in producing high-quality optical components, and we are proud to be recognized among reputable suppliers in the industry. Harness the power of the MULTIIR short-pass filter to enhance your projects with precision and reliability

    Product Name Cut-off range (nm) Cut-off depth Transmission range (nm) Transmission band transmittance Spectrogram
    LPF800 400-770 >0D4 825-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF825 400-795 >0D4 850-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF850 400-820 >0D4 875-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF875 400-845 >0D4 900-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF900 400-870 >0D4 930-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF925 400-895 >0D4 955-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF950 400-910 >0D4 980-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF975 400-935 >0D4 1010-1800 >85% average
    Visible Light - ND Neutral Density Filter
    LPF1000 400-960 >0D4 1040-1800 >85% average
    Visible Light - ND Neutral Density Filter
    LPF1025 400-985 >0D4 1070-1800 >85% average
    Visible Light - ND Neutral Density Filter
    LPF1050 400-1010 >0D4 1100-1800 >85% average
    Visible Light - ND Neutral Density Filter
    LPF1075 400-1035 >0D4 1130-1800 >85% average
    Visible Light - ND Neutral Density Filter
    LPF1100 400-1060 >0D4 1160-1800 >85% average
    Visible Light - ND Neutral Density Filter
    LPF400 200-375 >0D4 420-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF425 200-405 >0D4 445-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF450 200-430 >0D4 470-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF475 200-455 >0D4 495-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF500 200-480 >0D4 520-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF525 200-505 >0D4 545-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF550 200-530 >0D4 575-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF575 200-550 >0D4 600-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF600 200-570 >0D4 625-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF625 200-595 >0D4 650-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF650 200-620 >0D4 675-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF675 200-645 >0D4 700-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF700 200-670 >0D4 725-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF725 200-695 >0D4 750-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF750 200-720 >0D4 775-1200 >85% average
    Visible Light - ND Neutral Density Filter
    LPF775 200-745 >0D4 800-1200 >85% average
    Visible Light - ND Neutral Density Filter
    1
    The above list shows our current stock items.
    If you don't see what you are looking for, please contact us.
    Frequently Asked Questions (FAQ)
    Q What is the typical average transmittance of these Longpass Filters?
    Our stocked Longpass Filters (LPF series) feature a high transmission band transmittance of greater than 85% average, ensuring optimal light throughput in the designated transmission range.
    Q What does the "Cut-off depth >OD4" parameter indicate?
    An optical density (OD) depth of greater than 4 means that the filter blocks unwanted shorter wavelengths extremely effectively, allowing less than 0.01% of the out-of-band light to pass through.
    Q How do I identify the cut-off wavelength from the product name?
    The number in the product name generally indicates the transition or cut-off wavelength region. For example, LPF800 blocks wavelengths from 400nm to 770nm and starts transmitting efficiently from 825nm up to 1200nm.
    Q Can I request a custom filter if my required wavelength is not in the stock list?
    Yes, absolutely. If your application requires specific cut-off ranges, transmission bands, or dimensions not shown in our stock list, please contact us directly using the inquiry link.
    Q Are the spectrogram data and curves available for these filters?
    Yes, each item in the product table includes a spectrogram link/image showing the detailed transmission and cut-off curves to help you verify performance for your optical setup.