Best Infrared Filters for Cameras to Elevate Low-Light and Creative Photography
Infrared (IR) filters open new possibilities for photography by blocking visible light or selectively passing infrared wavelengths. They’re valuable for creative effects, scientific imaging, and improving contrast in difficult lighting. The following guide highlights five well-regarded IR-related filters from GREEN.L, SVBONY, and Fotga, focusing on 720nm and 850nm bands, UV/IR cut variants, and multi-purpose kits. Each pick is evaluated for build quality, optical performance, and durability to help you choose the right filter for your camera setup.
| Product | Brand | Infrared Band | Filter Type | Frame Material |
|---|---|---|---|---|
| GREEN.L 67mm Infrared Filter, 67mm IR 720nm | GREEN.L | 720nm | Infrared | Aviation aluminum |
| GREEN.L 52mm Infrared Filter, 52mm IR 720nm | GREEN.L | 720nm | Infrared | Aviation aluminum |
| SVBONY Telescope Filter, 2″ UV IR Cut | SVBONY | Block UV/IR | UV/IR Cut | Multi-coated glass |
| GREEN.L 52mm Infrared Filter, 52mm IR 850nm | GREEN.L | 850nm | Infrared | Aviation aluminum |
| Fotga 58mm Six-in-One Adjustable Infrared Filter | FOTGA | Multiple IR pass variants (530–750nm range) | Infrared Pass | Metal body with adjustable rings |
GREEN.L 67mm IR 720nm Filter
The GREEN.L 67mm Infrared Filter targets the 720nm band to reduce visible light while allowing near-infrared to pass. This helps achieve dramatic skies and foliage contrasts in IR photography. Its construction uses high-quality optical glass with a rugged 9H hardness rating, contributing to long-term clarity and resistance to scratches. The filter frame is built from tough aviation aluminum, offering durability for outdoor shoots and travel. This lens accessory is suitable for photographers seeking stronger infrared effects without compromising image sharpness.
GREEN.L 52mm IR 720nm Filter
The GREEN.L 52mm IR 720nm filter delivers similar IR performance in a smaller diameter, making it a practical option for many crop-sensor and full-frame cameras. Like the 67mm version, it uses specialized optical glass and a robust aviation aluminum frame. The 720nm band is a common choice for natural color balance in infrared photography while enhancing foliage and sky tones. This filter is well-suited for hobbyists and professionals who want reliable infrared results in a compact, travel-friendly form.
SVBONY 2″ UV IR Cut Filter
The SVBONY UV IR Cut filter provides a sharp, multi-coated solution designed to block ultraviolet and infrared wavelengths that can degrade image quality. This filter uses a true optical glass substrate with multi-coating to reduce reflections and maintain high contrast. It also doubles as a protective layer for digital sensors and camera optics, reducing chromatic aberration and preserving natural color fidelity. This option is ideal for DSLR and mirrorless setups, as well as telescope use where UV/IR contamination is a concern.
GREEN.L 52mm Infrared Filter, 850nm
The 850nm variant extends infrared transmission further into the near-IR spectrum. This can deliver deeper black-and-white infrared tones and a strong IR cutoff in the visible range. As with GREEN.L’s other IR filters, the 850nm version uses durable aviation aluminum frames and high-quality optical glass, ensuring reliable performance under challenging shooting conditions. This filter is a good match for infrared enthusiasts seeking stronger infrared effects while maintaining solid build quality.
Fotga 58mm Six-in-One Adjustable Infrared Filter
The Fotga 58mm Six-in-One filter provides a versatile toolkit for infrared photography. It includes multiple IR pass options within a single adjustable filter, covering wavelengths from 530nm to 650nm and up to 720nm/750nm in certain configurations. This flexibility makes it convenient for photographers who experiment with different IR tones without swapping filters. The kit emphasizes portability and adaptability, with a metal body and adjustable rings to fit standard lens sizes, making it a practical all-in-one solution for travel and field work.
Gzikai 650nm UV AR IR Cut Filter (Bonus Ring)
As an optional addition, a dedicated UV/AR/IR cut filter from Gzikai at 650nm offers a targeted approach for removing unwanted ultraviolet and infrared wavelengths while preserving visible red tones. This type of filter complements IR-specific filters by providing options for hybrid workflows, where photographers want more control over color accuracy in mixed lighting conditions. The included filter is designed for compact lenses and camera sensors, enabling flexible pairing with other IR filters.
Buying Guide: Key Considerations For Infrared And UV/IR Cut Filters
- Wavelength Band And Intent: Choose IR pass filters (e.g., 720nm or 850nm) when you want strong infrared effect and deep foliage contrast. If your goal is general color accuracy with infrared suppression, UV/IR cut filters are a better fit.
- Diameter And Fit: Ensure the filter diameter matches your lens. It’s common to buy step-up or step-down rings if you own multiple lenses with different thread sizes.
- Glass Quality And Coatings: Look for optical glass with multi-coating to minimize reflections, ghosts, and flare. A sturdy frame (e.g., aviation aluminum) enhances durability in field use.
- Image Quality Trade-offs: IR filters can increase contrast but may reduce color fidelity in visible light. Consider your primary shooting environment (landscape, night scenes, portraits) to gauge the trade-offs.
- Maintenance And Durability: Scratch resistance and ease of cleaning matter for outdoor photography. Some filters offer higher hardness ratings and robust protective frames.
- Versatility: Multi-purpose kits (like six-in-one options) can be valuable for travel and experimentation, but dedicated single-band filters often provide cleaner results for specific effects.
- Sensor Compatibility: Ensure the filter works with your camera type (DSLR, mirrorless, or telescope-adapted setups). UV/IR cut models often serve as universal protectors for sensors and optics.
Practical Tips For Infrared Photography
IR photography often requires longer exposure times due to the filtering of visible light. Use a sturdy tripod and remote shutter release to minimize shake. White balance can shift in IR scenes, so you may need to shoot in RAW and adjust in post. For color IR results, experimenting with different IR passbands (e.g., 720nm vs 850nm) will yield distinct skies and foliage tones.
When mixing filters, combine a UV/IR cut with an infrared pass filter at the camera lens to block unwanted wavelengths while transmitting IR. This technique can improve image clarity and reduce unwanted color shifts in high-contrast scenes, such as landscapes with bright skies and lush vegetation.
Finally, be mindful of autofocus performance. Some IR filters may affect AF accuracy or speed on certain lenses. If this occurs, switch to manual focus for precise composition, especially in low light or astrophotography contexts.