Fabric Rust Remover for Clothes 2.8oz, Fast Rust Removal with FabricSafe Formula, MultiFabric Use

Fabric Rust Remover for Clothes 2.8oz, Fast Rust Removal with FabricSafe Formula, MultiFabric Use Description

Package quantity: 2 pieces. Product: Fabric Rust Remover, 80 ml per bottle, net weight 100 g. What it does Removes rust stains and related metal solution marks from fabrics with just a few drops. Can reduce or remove water stains, yellowing, and residual pigments left on fabric. Works on a variety of textiles including shirts, bags, bibs, carpets, and upholstery fabric. Why you need it Restores stained items without redyeing the entire fabric. Targets small, isolated rust spots quickly so the rest of the item is preserved. Compact 80 ml bottle makes it convenient for home use, travel, or keeping with cleaning supplies. Key features Fast acting formula designed for quick rust removal; observe during application and rinse once stain is gone. Gentle on most fabrics while effective against rust, sweat marks, oil traces, and other metalrelated stains. Easy application with a controlled dropper to apply the right amount where needed. Compatibility and limits Suitable for most washable fabrics and textile surfaces. Not suitable for leather. For colorfastness concerns, test in an inconspicuous area before full use. How to use 1. Ensure the fabric is dry before applying the product. Do not use on wet garments. 2. Test on an inconspicuous area if the fabric is prone to color loss. 3. Gently shake the bottle to activate the formula. 4. Open the cap and apply a few drops to cover the rust spot. Do not leave on longer than 1 minute; observe continuously. 5. When the rust stain is removed, wash and dry the item immediately. Typical applications Remove small rust spots from a cotton shirt collar or pocket. Clean rust stains on a fabric bag or backpack interior. yellowing or metal marks on chair upholstery or area rugs. Package contents 2 pieces Fabric Rust Remover, 80 ml each. Notes Allow slight measurement or color variations due to manual measurement and different screen displays.