Description
Article no.: 28426
The NiSi Allure Black Mist filter in 6x6" size (1/4 strength) reduces highlights, lowers contrast and softens wrinkles and blemishes. It helps you control bright specular highlights while preserving overall image atmosphere.
The NiSi Allure Black Mist series is available in four strengths: 1, 1/2, 1/4, and 1/8. This product is the 1/4 strength option. Choose the Black Allure mist when you need to control highlights in your image; the Black variant is specifically noted for use in scenes with prominent highlights.
NiSi Cinema Filters are compatible with all leading brands of matte boxes that accept 4×5.65” or 6x6" filter sizes with a 4mm thickness standard. This 6x6" Allure Black Mist filter fits matte boxes designed for that size and the stated thickness.
| Specification | Detail |
|---|---|
| Product | NiSi Allure Black Mist |
| Size | 6x6" |
| Strength | 1/4 |
| Thickness (standard) | 4mm |
| Compatibility | Matte boxes that fit 4×5.65” or 6x6" sizes |
Question: Which Allure strength options are available?
Answer: The Allure Black Mist filters come in four strengths: 1, 1/2, 1/4, and 1/8. The product described here is the 1/4 strength.
Question: When should I choose the Black Allure Mist?
Answer: Choose the Black Allure Mist when your image contains highlights you want to control; the Black variant is specifically recommended for scenes with bright highlights.
Question: Will this filter fit my matte box?
Answer: The NiSi Cinema Filters are compatible with leading matte box brands that accept 4×5.65” or 6x6" filter sizes with a 4mm thickness standard, so this 6x6" filter fits those matte boxes.
Question: How does this filter affect skin and detail?
Answer: The Allure Black Mist lowers contrast and softens wrinkles and blemishes, which produces a gentler skin rendering while also reducing excess sharpness.
The NiSi Allure Black Mist 6x6" (1/4) gives you a practical, compatible option for controlling highlights and achieving a softer, lower-contrast look in scenes that require subtle diffusion.