New product
The K&F Concept KV34 Slim Filter is a tool that will change the way you capture landscapes. Have you ever wondered how to achieve long exposure effects in bright light to capture the motion of water or create a misty effect? This filter has the answer! See for yourself what it can offer you.
The K&F Concept Filter is a tool that gives you full control over the amount of light passing through the lens. You can reduce the light from ND2 to ND400, which means you have the flexibility to adjust exposure to different lighting conditions. This is especially useful when shooting in bright sunlight or when you want to achieve the effect of water motion blur. Furthermore, this filter is perfect for creating artistic effects in photography. It allows for longer exposure times, resulting in smoother water movements, shallower depth of field, and motion blur. This tool will allow you to experiment with various techniques and create unique photos.
The KV34 Filter is made from optical glass, ensuring excellent image quality. Its worth noting that it is coated with a double-sided multi-layered blue coating, which not only improves image quality but also makes it waterproof. This makes it an ideal tool for photographers who want to capture the beauty of rivers, waterfalls, and other bodies of water.
In addition to its functionality, this filter is characterized by a compact design. The filter frame is only 7.3 mm thick, which means it doesnt take up much space in your camera bag. Additionally, the super-light CNC ring used in the construction prevents any adverse impact on the cameras balance when using a tripod. As a result, the KV34 filter is not only an extremely effective tool but also a convenient and practical accessory for every photographer.
Manufacturer | K&F Concept |
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Model | KF01.1394 |
Glass Type | Optical Glass |
Range | ND2 to ND400 |
Dimensions | 37 mm |
Type of Product | Drone accessories |
Filter type | ND (gray) |
Filter size | 37mm |
Filter Density | ND400 |
Filter Density | Variable Filter |
Filter Density | ND2 |