Details

JJC Lens hood Canon EF-M 18-150mm f3.5-6.3 IS STM

bayonet lens hood for better image quality - also serves as shock protection

This lens hood blocks light entering from the side. In this way, the lens hood prevents side light reflections on lenses or frame parts, which can cause image defects such as low contrast or lens flare in the form of stray light. And this in turn ensures better image quality. The hood also absorbs light impacts and protects the lens front element from light rain.

Uncomplicated attachment via bayonet connection - lens front thread remains free

The lens hood has a bayonet connection. This offers various advantages over other mounting options: Attaching the lens hood is completely uncomplicated. Compatible lenses are equipped with a suitable connection into which the lens hood can simply be screwed. In addition, the front thread of the lens remains free so that the thread can be used to attach a filter or a suitable lens cap even when the lens hood is fitted. It may be necessary to attach the respective accessory to the lens before attaching the lens hood. The lens hood can even be attached upside down. In this position, the hood acts as transport protection for the lens. In addition, the lens and lens hood take up less space when the hood is mounted in the transport position. It is therefore much easier to store in your photo bag.

Robust plastic design - frosted on the inside to prevent reflections

The lens hood is made entirely of plastic. It also has a very robust design. The inside of the lens hood is frosted. The matt finish prevents the lens hood from reflecting light into the lens.

Specially designed for compatible lenses - therefore offers maximum efficiency

Bayonet lens hoods are usually specially designed for the focal length and angle of view of the compatible lenses. Compared to universal lens hoods with a screw thread, they have the advantage that they offer the highest possible efficiency over the entire focal length range. In addition, there is no risk of shading occurring in certain focal length ranges.