B + W 43mm Basic 093 Infrared Filter, Black Red 830

Where creativity meets precision, the B+W 43mm Basic 093 Infrared Filter, Black Red 830, stands out as an essential tool for the discerning photographer. This durable and high-quality filter is designed to block the entire visible light spectrum, allowing only infrared light to pass through. As a result, it appears almost black to the naked eye, yet it captures the pure infrared range without the interference of visible red light.

Crafted for professional use, this filter enables photographers to achieve image results with extreme contrasts, transforming ordinary scenes into surreal and ethereal landscapes. With the B+W Infrared filter, you can exploit the existing residual sensitization of your camera's sensor for experimental black-and-white photos that boast high contrasts. Green foliage such as leaves and grasses are rendered from bright to white, creating a striking visual effect. Moreover, the renowned "wood effect" can be attained, offering dramatic contrast between clouds and sky for a truly captivating composition.

The filter's effectiveness is further enhanced by its anti-reflection coating, which reduces glare and significantly improves image clarity and contrast. This makes it an ideal choice for landscape, nature, and astrophotography, where precision and quality are paramount. Its versatility is unmatched, as it is compatible with a wide range of camera lenses, ensuring that photographers can seamlessly integrate it into their existing gear without the need for additional accessories.

In summary, the B+W 43mm Basic 093 Infrared Filter is a professional-grade, versatile, and effective tool that enables photographers to explore the full spectrum of infrared photography with unparalleled clarity and contrast. It is a testament to B+W's commitment to providing photographers with the tools they need to push the boundaries of their craft. Note: It is important to understand that infrared photography is distinct from thermal imaging, which operates at a much higher range of infrared radiation (from about 10,000 nm and above) and serves different purposes.