X2 IR Infrared Filter 58mm - Weather-Sealed Frame for Infrared

In this review the X2 IR Infrared Filter is assessed as a practical way for photographers to explore infrared imaging without complex conversions. The filter's single biggest selling point is simplicity: it is a 720nm standard infrared filter that lets you attach and shoot on any lens with a 58mm thread, producing distinctive infrared tones while keeping workflow straightforward. For those curious about infrared landscapes or portrait experiments, the X2 IR promises reliable handling thanks to a weather-sealed traction frame and high-quality optical materials.

Key Features

• 720nm IR transmission: Captures traditional infrared color shifts and false-color effects with a single attach-and-shoot filter that fits 58mm lenses.
• Weather-sealed frame: The durable, traction frame keeps the filter usable in wind or light moisture and feels solid while mounted on a lens.
• Ultra-slim, double-threaded design: The slim profile and double thread minimize vignetting on wide-angle lenses down to 16mm on full-frame setups, preserving corner performance.
• Japanese optical glass: Constructed from high purity H-K9L glass made in Japan to maintain clarity and control aberrations across the image plane.
• MRC8 and nanotec coatings: Multi-resistant coatings and Nanotec layers protect the glass from elements and reduce reflections while aiding cleaning.
• Lifetime support promise: Backed by a 25 year ironclad guarantee and US-based support channels for long-term ownership confidence.

Who It's For

The X2 IR is aimed at photographers who want to experiment with infrared without converting cameras or using complex processing pipelines; landscape, architectural, and creative portrait shooters with a 58mm thread lens will find it especially convenient. It is also a good pick for those who shoot outdoors and need a robust filter frame that resists the elements.

Photographers who require a variety of thread sizes, or those who demand laboratory-level transmission data for scientific work, should look elsewhere or plan to use step-up rings and more specialized filters. This product is not a broadband modification of a camera sensor, so expect results typical of a 720nm IR glass filter rather than camera-mod conversion performance.

Pros & Cons

Pros

• Simple attach-and-shoot operation makes infrared accessible without camera modification.
• Weather-sealed traction frame and durable construction provide confidence for outdoor use.
• MRC8 and nanotec coatings plus high-purity Japanese glass contribute to clean, low-reflection images.
• Ultra-slim double-thread design helps avoid vignetting on wide-angle full-frame lenses.

Cons

• Only available in 58mm thread size from the source, so photographers may need step-up rings for other lenses.
• As a 720nm filter, creative results depend on post-processing and camera sensor response; colors will vary by camera.

Specifications

Filter Type	Infrared (720nm)
Thread Size	58mm
Frame	Weather-sealed traction frame, ultra-slim double thread
Glass	High purity H-K9L glass made in Japan
Coatings	MRC8 and Nanotec Nano Coatings
Vignetting	Designed to avoid vignetting down to 16mm on full-frame
Warranty	25 Year Guarantee with US-based support

Our Verdict

The X2 IR 58mm filter is a practical, well-built way to enter infrared photography without changing camera hardware; its weather-sealed frame and premium coatings make it a reliable tool for outdoor shoots while the ultra-slim design reduces vignetting on wide lenses. For photographers with a 58mm lens thread who want consistent, creative infrared effects and long-term support, it represents strong value.

Frequently Asked Questions

Will this fit my lens?
The filter fits any lens with a 58mm front thread; use a step-up ring for other thread sizes.

Does it work on full-frame wide-angle lenses?
Yes, the ultra-slim, double-thread design is intended to eliminate vignetting down to 16mm on full-frame setups.

What kind of results should I expect?
Expect classic 720nm infrared shifts and false-color rendering that vary by camera sensor and processing, requiring some post-processing for final looks.