Irix filter Edge 100 IR ND1000 3.0 10Stops 100x100mm
Neutral density filterOnly 1 piece in stock at supplier
Product details
The Irix Filter Edge 100 IR ND1000 3.0 is a high-quality ND filter specifically designed for use with lenses. With a size of 100x100 mm, this neutral density filter provides an effective light reduction of 10 stops, making it ideal for long exposures and creative photography. The filter allows photographers to achieve impressive effects even in bright lighting conditions by extending the exposure time and creating motion blur. The Irix Filter Edge 100 IR ND1000 features a special IR coating that minimizes unwanted infrared radiation, thereby improving the color accuracy of the images. Its robust construction ensures durability and reliability in use. This filter is an essential tool for anyone looking to expand their photographic possibilities and achieve professional results.
Filter type | Screw filter |
Item number | 22454092 |
Manufacturer | Irix |
Category | Filters (photography) |
Release date | 21/9/2022 |
Filter type | Screw filter |
Filter type | Neutral density filter |
CO₂ emissions | 29,26 kg |
Climate contribution | EUR 0,76 |
30-day right of return
Compare products
Goes with
Reviews & Ratings
Statutory warranty score
How often does a product of this brand in the «Filters (photography)» category have a defect within the first 24 months?
Source: Galaxus- IrixNot enough data
- 1.7artisans0 %
- 1.Kase0 %
- 1.Nikon0 %
- 1.Zeiss0 %
Statutory warranty case duration
How many working days on average does it take to process a warranty claim from when it arrives at the service centre until it’s back with the customer?
Source: Galaxus- IrixNot enough data
- 7artisansNot enough data
- B+WNot enough data
- CanonNot enough data
- DörrNot enough data
Unfortunately, we don't have enough data for this category yet.
Return rate
How often is a product of this brand in the «Filters (photography)» category returned?
Source: Galaxus- IrixNot enough data
- 1.Sigma1,1 %
- 2.Canon1,4 %
- 3.Nikon1,5 %
- 4.B+W1,8 %