Microphone Pop Filter – Professional Wind and Plosive Noise Reduction Key Features and Benefits: • Wide Compatibility – Designed to fit microphones with a diameter between 35 mm and 50 mm, including models such as AT2020, AT2035, AT4040, AT2050, AT2020+, Samson Meteor, Scarlett CM25, CAD GXL2400, Apogee, Razer Siren X, BADAAX Mic, MXL 770, MXL 910, MXL 2010, CAD U37, BM800, Fifine, and many others. Not compatible with Blue Yeti or Blue Snow microphones. • Sound Quality – Effectively reduces wind interference, air blasts, and plosive sounds for cleaner, more professional audio. Ideal for recording, live streaming, gaming, podcasting, or voiceover work. • Hygienic Protection – Features a specially engineered threelayer design with a foam layer, metal mesh layers, and a durable plastic frame. This construction prevents saliva from reaching the microphone, helping maintain cleanliness and prolonging the life of the microphone diaphragm. • Quick and Secure Installation – Equipped with elastic bands and an inner rubber ring for a firm and stable fit. The design allows easy attachment and removal without tools and ensures a snug fit for compatible microphones. Use Scenarios: 1. Live broadcasting – Achieve clearer voice transmission and reduce disruptive breathing noises during realtime streaming sessions. 2. Studio recording – Minimize plosives and wind noise to capture clean, professional vocals for music or spoken word projects. 3. Online gaming and conferencing – Improve voice clarity and microphone hygiene for long gaming sessions or professional remote meetings. Specifications: • Compatibility range: 35 mm to 50 mm microphone diameter • Layers: Foam layer + dual metal mesh layers + plastic frame • Installation method: Elastic band and inner rubber ring secure fit • Functions: Wind noise reduction, plosive noise control, saliva protection, microphone cleanliness maintenance This pop filter is a practical, durable, and easytoinstall solution for anyone looking to enhance audio quality while keeping their microphone in condition.