Freewell V2 Series Diffusion Glow Mist 1/4 Filter

Be the first to review this product


Freewell V2 Series Diffusion Glow Mist 1/4 Filter

Brand: Freewell

List Price: £59.00

Buy for:£49.00Only one store In stock

£49.00

Discounted

Quick Overview

The Freewell V2 Series Diffusion Glow Mist 14 Filter adds a subtle mist like quality to your images, creating a dreamy, cinematic atmosphere with soft highlight flares and reduced contrast. Perfect for achieving film like effects, it balances softening while preserving details, making it ideal for enhancing...

The Freewell V2 Series Diffusion Glow Mist 14 Filter adds a subtle mist like quality to your images, creating a dreamy, cinematic atmosphere with soft highlight flares and reduced contrast. Perfect for achieving film like effects, it balances softening while preserving details, making it ideal for enhancing the mood and texture of your photographs. This filter is only for use with the Freewell V2 VND filter system....Read More...»»

Features & Specifications

No feature or specification details available

We don't have structured specifications for Freewell V2 Series Diffusion Glow Mist 1/4 Filter yet.

  • The Freewell V2 Series Diffusion Glow Mist 14 Filter adds a subtle mist like quality to your images, creating a dreamy, cinematic atmosphere with soft highlight flares and reduced contrast. Perfect for achieving film like effects, it balances softening while preserving details, making it ideal for enhancing the mood and texture of your photographs. This filter is only for use with the Freewell V2 VND filter system.....from Wex Photographic
  • Write Your Own Review

    How do you rate this product? *

      1 * 2 * 3 * 4 * 5 *
    Rating
    Loading best prices…

    Price on the up? Buy today! Follow the Price History for freewell v2 series diffusion glow mist 14 filter

    Compare prices for Freewell V2 Series Diffusion Glow Mist 1/4 Filter - Buy Freewell V2 Series Diffusion Glow Mist 1/4 Filter - Prices checked on September 17, 2026

    Page generated in 0.2266 seconds