Silicone Makeup Brush Cleaning Scrub Pad
Quantity
Achieve a professional standard of hygiene for your beauty tools with this Silicone Makeup Brush Cleaning Pad, specifically engineered as a high-performance solution for deep-cleaning cosmetic brushes and powder puffs. Featuring a specialized multi-textured surface and a secure suction cup base, this high-utility scrub pad acts as an efficient tool for removing stubborn makeup residue while protecting delicate bristles.
Key Features
Industrial-Standard Multi-Texture Design: Specifically engineered with diverse scrubbing patterns—including spirals, horizontal waves, and heart-shaped nodes—to provide a professional standard of deep cleaning for various brush sizes.
High-Utility Suction Cup Framework: Equipped with multiple robust suction cups on the reverse side, acting as an efficient solution for securing the pad to sinks or flat surfaces for stable, hands-free scrubbing.
Professional-Grade Silicone Material: Constructed from high-quality, high-performance silicone designed to ensure a reliable standard of durability and a soft, non-damaging touch for all cosmetic tools.
Targeted Scrubbing Zones: Features a designated "Wash" zone for deep cleaning and a "Rinse" zone for high-performance finishing, ensuring a professional-grade standard of cleanliness.
Slim and Portable Profile: Features an industrial-standard thickness of 1.5cm (0.6in), ensuring a professional standard of ease when storing or carrying in travel kits.
Specifications and Dimensions
Total Width: 15.24cm (6in).
Total Height: 12cm (4.7in).
Thickness: 1.5cm (0.6in).
Material: Professional-grade Soft Silicone.
Application: Deep cleaning for makeup brushes, powder puffs, and beauty sponges.
Perfect For
Daily Beauty Hygiene: Providing a professional standard of maintenance to prevent product buildup and ensure skin health.
Makeup Professionals: An efficient, high-utility tool for quickly sanitizing essential brush kits between client applications.
Home Spa Routines: A reliable standard for keeping all beauty applicators in high-performance condition.

































