Pro-Foam, a high-foaming acid cleaner, is crafted to eliminate rust, scale, and aluminum oxide from surfaces, while also serving as a proficient metal preparation for painting.

Diamond Shine is a concentrated, cherry-scented green liquid wax for hot and cold car washes, offering spot-free drying, rust protection, and no need for a final rinse.

A low-pressure, high-pH presoak effectively removes tough road film, dirt, grease, and bugs, prepping the vehicle for foam brush or high-pressure soap with a pleasant citrus scent.

A cherry-scented detergent in red, blue, or gold foam, generating a rich lather to effectively lift and eliminate tough road grime, dirt, grease, bug marks, and soil from vehicle exteriors.

Generates a thick foam that rapidly dissolves tough bug residue on vehicle surfaces.

Friction reducers are chemical additives primarily used in oil and gas sectors, especially in hydraulic fracturing, to enhance fluid flow by minimizing friction between fluids and surfaces.

Turtle Wax® Pro’s high-foaming detergent tolerates hard water and offers variable pH levels and high lubricity for deep vehicle cleaning.

A lemon-scented, alkali-based presoak designed to effectively permeate and eliminate oil, dirt, grease, bug residue, and road film from vehicle surfaces.

An alkaline-based tire cleaner with a pine scent, generating dense green foam to extend surface dwell time and enhance deep cleaning.

A cherry-scented, high-pressure detergent creates a dense foam to effectively infiltrate and eliminate tough road grime, dirt, grease, bug marks, and oil from vehicle surfaces.

A bubble gum-scented, acid-based conditioner in three colours designed to lower vehicle surface pH, enhancing the effectiveness of drying agents and sealants.

Turtle Wax® Pro’s high-foaming, lemon-scented detergent offers variable pH levels and high lubricity for deep, gentle cleaning of vehicles.

A cherry-scented polish with carnauba wax and flash-foam for lasting gloss, featuring sheeting technology to minimize water spots and drying time.