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Harnessing the power of nature, this 100% plant-based, 100% USDA Certified Biobased formula delivers the same trusted performance as the Original CLR, now with enhanced rust removal.
Overview
Ingredients
Instructions
Free from synthetic chemicals, it removes tough calcium, lime, and rust deposits with precision and efficiency. This advanced formula is certified by the EPA's Safer Choice Program as a safer alternative to traditional chemicals. It is bleach-free, phosphate-free, and ammonia-free. Effective, safer, and engineered for eco-conscious consumers and sustainability-driven retailers.
For vertical, hard to reach areas, checkout our other calcium lime remover options, and our bbq grill cleaner for any outdoor surfaces.
Aluminium
Baseboards
Blends
Ceramic
Chrome
Concrete
Copper
Corian
Cotton
Fiberglass
Glass
Glass Stove Tops
Hard plastics
Hardwood
Laminate
Marble
Plastic/Resin
Porcelain
PVC
Range Hood
Rubber
Stainless Steel Appliance Exteriors
Tile
Vinyl Siding
Caulk
Wrought Iron
Solvent: CAS #7732-18-5. Water is an effective solvent for dissolving dirt and grime due to attracting and lifting water-soluble substances.
Chelating Agent: CAS #79-33-4. Lactic acid is found in many yogurts and cheeses. It is also produced in the muscles during intense activity. Commercially, it is produced by fermentation of simple sugars. In cleaning products it functions as a chelating agent; a compound that makes metals more soluble in water. As part of the EPA Safer Choice Program, it has been evaluated and determined to be safer than traditional chemical ingredients.
Chelating Agent (CAS# Withheld)
Chelating Agent: CAS #526-95-4. This ingredient is an acid formed from the sugar glucose, which naturally occurs in fruit, honey and wine. It is a chelating agent; a compound that makes metals more soluble in water. As part of the EPA Safer Choice Program, it has been evaluated and determined to be safer than traditional chemical ingredients.
Glycerin can be found naturally in plants from fermenting plant sugars. However, most glycerin is manufactured using a process called hydrolysis. During hydrolysis, glycerin is extracted from broken-down vegetable oils and animal fats using water or chemicals. Glycerin can also be created synthetically using petroleum.
