These primers convert rust into a layer of protection that prevents new rust from forming. Use them to prepare your surface to extend the life of paint and coatings.

Apply coatings in a can with a brush, roller, or sprayer.

Restore and maintain the surface layer on stainless steel that protects it from corrosion. Also known as passivating fluids, these protectants are made from citric acid, which removes iron from the surface of stainless steel that has been damaged from machining, heat, or chemicals. This exposes the chromium in stainless steel and reacts with air to form a protective layer. These protectants also remove dirt, discoloration, and minor corrosion. Unlike nitric acid and other passivating fluids, citric acid does not create dangerous fumes and is safe for use throughout your plant. These protectants come ready-to-use, so you don’t have to mix them, but you can dilute them with water for 400-series stainless steel and other sensitive parts.

These protectants meet SAE and ASTM international guidelines for passivating stainless steel. They also meet ASTM international guidelines for descaling and cleaning titanium and titanium alloys.

Liquid protectants are thinner than gel protectants, making them ideal for submerging parts. When spot cleaning, however, they will drip down vertical surfaces. Gel protectants are thicker than liquid protectants, so they cling to surfaces. Use them on vertical surfaces, weld joints, and other parts that can’t be submerged.

Protectants for removing dirt and rust contain an additive that eliminates existing rust.

Often used on machines, equipment, and vehicles, this three-part system makes faded painted metal surfaces look like new.

First, apply the rubbing compound to remove minor scratches, imperfections, and oxidation. Then, use the polish to eliminate any swirl marks made by the rubbing compound (polish can be used with all paint colors). Finally, apply a clear coat of glaze for a durable, protective high-gloss finish.

Clean rust and lime deposits such as calcium and scale from HVAC systems, coolers, tools, and vehicles. These removers are nonabrasive and noncorrosive, so they won’t damage surfaces. Derived from plants, they don’t contain toxic chemicals such as bleach, ammonia, alcohol, or phosphates. These removers break down quickly, so they won’t pollute air and water. They’re NSF registered for use in food- and beverage-processing facilities, and meet the EPA Safer Choice standard for environmentally friendly ingredients. They also help you meet LEED Green Building standards.

Dissolve mineral deposits and erase stains in toilets and urinals with these acid-based cleaners.

Cleaners with 9% hydrochloric acid are suitable for most cleaning jobs.

Cleaners with 10-30% hydrochloric acid remove even the toughest stains and mineral buildups. Note: Use on acid-resistant surfaces only.

Cleaners with 20% phosphoric acid handle a variety of cleaning jobs. You can use them where hydrochloric acid cannot be used.

Cleaners with 3-7% citric acid are good for light duty cleaning. They contain cedar oil to deodorize as they clean.

Use these cleaners to remove dirt, grime, and stains from most surfaces.

Cleaners in dissolvable packets are sized for dilution in 32-fl. oz. spray bottles. Their concentrated design means they take up less storage space than liquid concentrate cleaners, and they don’t require the use of gloves during mixing.

Cleaners with hydrogen peroxide are our most powerful water-based cleaners. They combine the natural cleaning ability of orange oil with the strength of hydrogen peroxide.

This type of solution is good for use in spray washers where foaming can be a concern. It can be heated to 140° for faster cleaning. Dilute with water to make up to 40 gallons of solution.