gloves off™ TOUGH STAIN REMOVER
Gloves Off Tough Stain Remover is a revolutionary cleaning solution that removes the greasiest and toughest stains and spills with no harmful chemicals.
Rather than relying on corrosive chemicals, Gloves Off uses something we call "Dynamic Surface Tension Technology" - a fancy way of saying that the product penetrates deep into sticky messes to help lift and remove even the most difficult stains.
Gloves Off removes stains such as:
Gloves Off is safe for use on almost any hard and fabric surface including wood, laminated surfaces, hard plastics, rubber, metal, glass, brick, grout, fiberglass, clothing, upholstery and carpet.
Ingredients:
Water, coconut based surfactant, propylene glycol propyl ether, chelating agent, baking soda, washing soda, potassium silicate and potassium hydrate.
December 10th, 2009 - The United States Environmental Protection Agency has awarded Gloves Off® Tough Stain Remover the Design for the Environment (DfE) designation, in recognition of the safe and environmentally-friendly formulation of the product. The DfE program seeks to promote the use of products with improved environmental and human health characteristics.
Click here to find our more about DfE
EPA/DfE recognition does not constitute endorsement of this product. The Design for the Environment logo signifies that the formula for this product, as Siamons International has represented it to the EPA, contains ingredients with more positive health and environmental characteristics than conventional cleaners. EPA/DfE relies solely on Siamons International, its integrity and good faith, for information on the composition, ingredients, and attributes of this product. EPA/DfE has not independently identified, i.e., via chemical analysis, the ingredients in the product formula, nor evaluated any of Siamons International's non-ingredient claims. EPA/DfE expresses its judgment and professional opinion only as to the environmental and human health characteristics of the product, based on currently available information and scientific understanding. Go Back
