Koch-Chemie Mehrzweckreiniger is a professional all-purpose cleaner designed for versatile interior and exterior cleaning applications. This concentrated APC removes dirt, grease, oil, and organic contamination from a wide range of automotive and industrial surfaces. The formula delivers strong cleaning performance while remaining suitable for controlled use on sensitive materials when properly diluted.

The advanced cleaning system works by breaking down stubborn soils and lifting contamination from surfaces for easy removal. Mehrzweckreiniger uses high-efficiency surfactants that penetrate grime and emulsify oils without leaving heavy residue. The formula supports multiple dilution ratios, allowing users to adjust strength based on cleaning needs. Higher concentrations handle heavy industrial dirt, while lighter dilutions are suitable for interior plastics and delicate surfaces. This flexibility improves product efficiency and reduces overall chemical usage in professional environments.

Mehrzweckreiniger is suitable for interior plastics, vinyl, rubber, upholstery, engine bays, door jambs, and exterior trims. It is widely used in automotive detailing, fleet maintenance, commercial cleaning, workshops, and industrial facilities. Detailers rely on it as a universal cleaner for pre-treatment, deep cleaning, and maintenance cleaning tasks. It performs well on both automotive and non-automotive surfaces where reliable degreasing and soil removal are required.

This APC improves workflow efficiency by replacing multiple single-purpose cleaners with one concentrated solution. It reduces cleaning time, simplifies inventory, and supports consistent results across different surfaces. When used correctly, it prepares surfaces for dressing, protection, or detailing finishing steps. Regular use helps maintain cleaner interiors and properly maintained exterior components. Shop more professional cleaning solutions in our Interior & Exterior Cleaning category. Product formulation aligns with professional standards from Koch-Chemie.