
Tiffen 4x4" Double Fog 1/4 Filter
Create Atmospheric Effects with the Tiffen 4x4" Double Fog 1/4 FilterThe Tiffen 4x4" Double Fog 1/4 Filter is designed to simulate natural fog or mist in your images. It reduces overall contrast and creates a soft glow around highlights. This filter maintains sharpness while minimizing flare. Its...
*Price sourced from Amazon.com. Last updated:Jul 13, 2026.Price and availability are subject to change.
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Overview
Create Atmospheric Effects with the Tiffen 4x4" Double Fog 1/4 Filter
The Tiffen 4x4" Double Fog 1/4 Filter is designed to simulate natural fog or mist in your images. It reduces overall contrast and creates a soft glow around highlights. This filter maintains sharpness while minimizing flare. Its 1/4 density provides a moderate fog effect without requiring exposure compensation.
- Filter Type: Double Fog
- Filter Size: 4 x 4" / 101.6 x 101.6mm
- Density: 1/4
- Effect: Simulates fog or mist, lowers contrast
- Technology: ColorCore
- Exposure Compensation: Not required
Specifications
Pros & Cons
👍 Pros
- Creates a delicate double fog effect, enhancing atmospheric scenes without harshness
- The 1/4 density provides a subtle level of diffusion, ideal for gentle softening of highlights
- Measures 4x4 inches, a standard size compatible with many professional matte boxes and filter holders
- Constructed from high-quality materials for durability and consistent optical performance
- Can add a dreamy, ethereal quality to images, perfect for creative photography and videography
👎 Cons
- The 1/4 density might be too subtle for those seeking a more pronounced fog or diffusion effect
- Requires a compatible 4x4 inch matte box or filter holder for proper use, which is not included
- Its square shape means it cannot be directly screwed onto a lens like circular filters, potentially adding to equipment needs
- Designed for specific atmospheric effects, which may not be suitable for all types of photography or video production
- Could potentially slightly reduce image sharpness, which might not be desired for certain precise applications