
Tiffen 67BDFX5 Black Diffusion FX Filter 67mm
Achieve Ethereal Effects with Tiffen Black Diffusion/FX FilterThe Tiffen Black Diffusion/FX Filter softens strong light and produces a glowing effect, adding an ethereal quality to your images. With minimal loss of clarity or detail, this filter diffuses light through small aberrations, creating ...
*Price sourced from Amazon.com. Last updated:Jul 15, 2026.Price and availability are subject to change.
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Overview
Achieve Ethereal Effects with Tiffen Black Diffusion/FX Filter
The Tiffen Black Diffusion/FX Filter softens strong light and produces a glowing effect, adding an ethereal quality to your images. With minimal loss of clarity or detail, this filter diffuses light through small aberrations, creating a soft glow perfect for dream-like atmospheres. Made with ColorCore technology for superior quality.
- Brand: Tiffen
- Model: 67BDFX5
- Size: 67mm
- Density: 1
- Effect: Black Diffusion / FX
- Technology: ColorCore
Specifications
Pros & Cons
👍 Pros
- The Tiffen Black Diffusion FX Filter 67mm is designed to reduce contrast and soften highlights.
- It helps to create a subtle, ethereal glow around light sources in images and videos.
- The 67mm size makes it compatible with a range of camera lenses that share this filter thread diameter.
- This filter is specifically a Black Diffusion FX, offering a distinct aesthetic effect for photographic work.
- It is produced by Tiffen, a known brand in photographic filter manufacturing, indicating a degree of specialization.
👎 Cons
- The specific density or strength of the "FX5" diffusion effect is not detailed, requiring assumptions about its intensity.
- This filter is designed for a 67mm lens thread, limiting its direct use to compatible lenses only.
- As a creative effect filter, its utility might be niche for those seeking unadulterated photographic accuracy.
- The filter's specific material composition (e.g., glass type) is not provided in the available features.
- Without further information on its construction, durability under rigorous conditions remains unspecified.