| Purchase
Information: |
Used
for: |
Related
Products: |
Sparkle
Stock
No. 5498
(440 ml)
Retail: 9.95 Now:
6.90
Add to Cart
|
• Cuts through soap scum
• Cleans water-scale buildup
• Shines stainless-steel surfaces
• Deodorizes as it cleans |
Household Products
|
These statements have
not been evaluated by the Food and Drug Administration.
This product is not intended to diagnose, treat, prevent, or cure any
disease.
|
Product
Description |
You want
a brilliant bathroom, a sparkling kitchen. But getting rid of hard-water deposits can be a tough job, and you have
to use tough chemicals that can etch metal and damage surrounding surfaces. Not anymore. NewBrite Sparkle is a
nonabrasive descaler made from natural sulfamic and plant acid sources, synergized to instantly remove mineral
stains. Sparkle cuts through soap scum and effectively dissolves crusty water-scale buildup on chrome, copper,
brass, stainless steel, ceramic tile, porcelain, chrome, and fiberglass. Ready-to-use Sparkle is formulated
to chelate ions and then bind to them as chelate salts, so they can be rinsed away. These chelate salts
remain intact in surface water. Free of fragrances and phosphates, Sparkle comes in compact, recyclable packaging.
Recommended Usage:
Wear household rubber gloves to prevent skin contact. Use in a well-ventilated area. Spray prod-
uct on surface to be treated. Wipe with damp cloth or sponge. Rinse well with water.
To ensure compatibility, always test all surfaces in a small hidden area before use. Avoid product contact with clothing,
carpeting, wallpaper, most painted surfaces, fabric, and wood. Do not use on marble, natural stone, colored grout,
terrazzo, or plastic laminates.
See label for complete directions.
|
|
Ingredient
List |
|
Glycolic acid, sulfamic acid, citric acid, lactic acid, and
malic acid—These mild acids, most derived from botanical sources, act as chelators for
removal of metal oxides, lime, and other deposits. Since these acids are very soluble
in water, they rinse off extremely well, preserving the integrity of metal surfaces.
|
|