Capture the invisible world with the Urth 43mm Infrared (R72) Plus+ Lens Filter. This filter cuts all wavelengths below 720nm, allowing your camera sensor to capture infrared light for dramatic, high-contrast images. Ideal for outdoor and nature photographers seeking creative experimentation.
Features:
* Pro Infrared Photos: Specifically designed to block visible light, allowing only infrared light (above 720nm) to reach your camera sensor. Note: Not compatible with cameras having an IR blocking filter in front of the sensor.
* Reveal Details: Capture stunning, otherwise invisible infrared light with dramatic high-contrast details.
* Pro Glass: Features 20-layer nano-coated IR72 glass for exceptional light transmission and image clarity.
* Nano-Coating: 20 layers of nano-coating provide easier cleaning and better protection against water, oil, and scratches, ensuring sharper images and greater depth.
* Precision Engineering: Designed with an ultra-slim rim for optimal optics and to eliminate vignetting.
* Durable Construction: Made from tough magnalium for lasting resilience.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What size is the Urth Infrared Lens Filter?A: The Urth Infrared Lens Filter is forty-three millimeters in diameter. This size is compatible with various digital DSLR and SLR camera lenses.
Q: What material is the Urth Infrared Lens Filter made of?A: The Urth Infrared Lens Filter is made of high-quality glass. This material ensures exceptional light transmission and image clarity.
Q: How many layers of coating does the filter have?A: The filter features twenty layers of nano-coating. This enhances protection against water, oil, and scratches while improving light transmission.
Q: How do I use the Urth Infrared Lens Filter?A: Simply screw the filter onto the front of your compatible lens. Ensure your camera settings are adjusted for infrared photography for best results.
Q: Is this filter suitable for beginners in infrared photography?A: Yes, the Urth Infrared Lens Filter is beginner-friendly. It allows users to explore creative infrared photography without complex setups.
Q: Can I use this filter with any camera?A: No, this filter is not compatible with cameras that have an IR blocking filter in front of the sensor. Check your camera specifications before use.
Q: How do I clean the Urth Infrared Lens Filter?A: Use a microfiber cloth and lens cleaning solution to clean the filter. Avoid harsh chemicals that could damage the lens coating.
Q: Does the filter require special storage?A: No special storage is required, but keep it in a protective case when not in use. This helps prevent scratches and damage.
Q: What should I do if the filter arrives damaged?A: Contact the retailer for a replacement or refund. Most retailers have a return policy that covers damaged products.
Q: Is this filter good for landscape photography?A: Yes, this filter is excellent for landscape photography. It captures dramatic high-contrast details and unique infrared effects.
Q: How does this filter affect image quality?A: The Urth Infrared Lens Filter enhances image quality by allowing only infrared light to reach the sensor. This results in sharper images and finer colors.
Q: Can I use this filter for black and white photography?A: Yes, this filter is great for black and white infrared photography. It creates striking contrasts and unique tones.
Q: What is the warranty on the Urth Infrared Lens Filter?A: The filter comes with a lifetime quality warranty. This guarantees its resilience against wear and tear.
Q: Is the filter easy to remove from the lens?A: Yes, the filter is designed for easy removal. Simply twist it counter-clockwise to detach it from your lens.
Q: What is the primary function of the Urth Infrared Lens Filter?A: The primary function is to cut all wavelengths of visible light, allowing only infrared light above seven hundred twenty nanometers to reach the camera sensor.