
( Brand: Nisi ), ( Manufacturer Part Number: NIP-150-EXPL-RGND0.6 ), ( Part Type: Filter ), ( Mount Fitting: Drop-in ), ( Filter Shape: Rectangular ), ( Filter Size: 150x170 Mm ), ( Filter Effects: Graduated Neutral Density ), ( UPC: 972949370121 )
The Nisi Explorer 150x170mm Nano IR Reverse Graduated ND Filter GND4 0.6 Stops (NIP-150-EXP-RGND0.6, 972949370121) is a high-quality, professional photography filter designed for use with Nisi's Explorer series. This filter is made of Nano Coated Glass, which reduces reflections and provides a clear, high-contrast image.
The filter is a reverse graduated neutral density filter, which means that the density increases towards the edge of the filter. This is ideal for situations where the brightness of the sky significantly exceeds that of the landscape below, such as during sunrise or sunset. The filter has a density of GND4, which provides a 0.6-stop reduction in light, allowing for a more even exposure between the bright and dark areas of the scene.
The filter is also designed to be IR (infrared) receptive, which means that it is less susceptible to infrared light pollution, resulting in more natural-looking images. This is especially important when using wide-angle lenses or shooting at high ISO settings.
The filter is made of optically pure, high-quality glass, and is coated with Nisi's proprietary nano coating to reduce reflections and improve color accuracy. The filter is also scratch-resistant and waterproof, making it ideal for use in harsh outdoor conditions.
Overall, the Nisi Explorer 150x170mm Nano IR Reverse Graduated ND Filter GND4 0.6 Stops is a versatile and high-performance filter that is ideal for landscape photographers looking to achieve a more balanced exposure in high-contrast scenes. Its reverse gradient design, IR receptivity, and high-quality construction make it a valuable addition to any photography kit.
Pros of buying a Nisi Explorer 150x170mm Nano IR Reverse Graduated ND Filter GND4 0.6 Stops (NIP-150-EXPL-RGND0.6 972949370121):1. High-quality construction: The Nisi Explorer filter is made of high-quality materials, ensuring durability and resistance to scratching.
2. Excellent color accuracy: The filter has a reverse graduated design, which allows for a seamless transition between the clear and filtered areas, resulting in natural-looking images.
3. IR protection: The filter has an IR coating, which prevents infrared light from entering the camera, ensuring that the final image looks as intended.
4. Easy to use: The filter has a nano coating that makes it easy to clean and reduces glare, making it easy to use in various lighting conditions.
Cons of buying a Nisi Explorer 150x170mm Nano IR Reverse Graduated ND Filter GND4 0.6 Stops (NIP-150-EXPL-RGND0.6 972949370121):1. Price: The filter is relatively expensive, which may be a deterrent for some photographers.
2. Size: The filter is large, which can make it difficult to carry around in a camera bag.
3. Limited use: The filter is designed for specific lighting conditions, and its effect may not be noticeable in all situations.
Conclusion:Overall, the Nisi Explorer 150x170mm Nano IR Reverse Graduated ND Filter GND4 0.6 Stops (NIP-150-EXPL-RGND0.6 972949370121) is a high-quality filter that delivers excellent results. Its high-quality construction, excellent color accuracy, IR protection, and easy-to-use design make it an excellent choice for photographers looking to enhance their landscape photography. However, its price and size may be a deterrent for some, and its limited use may not be suitable for all situations. In conclusion, if you are a serious landscape photographer and are willing to invest in a high-quality filter, the Nisi Explorer filter is a great option to consider.
The NiSi Explorer Collection 150x170mm Nano IR Reverse Graduated Neutral Density Filter GND4 0.6 2 Stop is part of our Explorer Series for made for adventure. The filters feature a special glass hardening process that makes them double the strength of a typical glass filter. The Nisi NIP-150-EXPL-RGND0.6 is in open box condition.