MIT - Vintage Safety Razor - Base Plate Protector

Many enthusiasts of vintage safety razors dislike the friction between the handle and the base plate. Scratches are disheartening, especially on alloy razors. Once the chrome plating on the surface wears off, the underlying zinc alloy is exposed to moisture, accelerating oxidation and degradation. Therefore, we are introducing the "Vintage Safety Razor - Base Plate Protector": 1. Ultra-thin: Does not affect the stud's locking area or pressure. (See photo 2) 2. Self-adhesive: Simply apply, no extra steps for blade changes, and easy to remove later. (See photo 3) 3. Unobtrusive: Transparent, almost invisible. (See photo 4) 4. Proudly Made in Taiwan: Assured quality, neutral adhesive that won't be affected by acids or alkalis, protecting the metal. As a fellow wet shaving enthusiast, I only sell items I use long-term. . Standard three-piece head designs and similar styles from popular European and American brands like Merkur, Muhle, Fatip, Edwin Jagger, Parker, etc., can be directly fitted. For other brands with slightly different base plate shapes, you can easily trim the edges of the sticker to fit. . Note: For the Rockwell 6s/6c, it's best to apply the sticker to the top of the handle and then trim it. This is because the base plate is double-sided with raised ridges, making its shape more complex. . -------- Specifications: 10 stickers per pack / 12mm outer diameter, 6mm inner hole / PP material sticker + release paper How to Use: Peel from the release paper and apply to the center of the underside of the base plate. Using small tweezers will make the process smoother. ※This is a personal hygiene product and cannot be returned once opened. It is not subject to the seven-day appreciation period. All items will be inspected for normal condition before shipping. ※Please complete payment within three days. Buyers who do not complete payment or respond within three days will be considered as having abandoned the bid and will be processed accordingly, removed, and given negative feedback.