Pelox GmbH is a German specialist in chemical surface treatment for stainless steel, offering industry-leading products for pickling, passivation, cleaning, and maintenance. With decades of expertise, Pelox develops high-performance solutions tailored for weld seam treatment, corrosion prevention, and environmental safety. Their portfolio includes pastes, sprays, immersion baths, and wastewater treatment systems—used globally across food processing, pharmaceutical, and construction industries. Pelox stands for innovation, precision, and sustainable surface technology.
Eco-friendly polishing and cleaning paste for a wide range of surfaces, combining cleaning, polishing, and surface protection in a single step - free from acids, phosphates, and harmful substances.
Specialty cleaner for all common chromium-nickel stainless steels, designed to remove heavy contamination, surface films, and corrosion in one cleaning and care step.
Highly effective universal cleaner for nearly all water-compatible surfaces, combining cleaning, care, and temporary protection in a single application.
Specialty cleaning agent for copper, nickel, and iron surfaces, ideal for removing organic contaminants and suited for special alloy applications.
Specially developed surface cleaner for stainless steel in swimming pool environments, designed to remove corrosion and contamination without altering the metal surface.
Highly effective, odorless surface cleaner for aluminum, formulated to remove oxides, discoloration, and surface contaminants without affecting coating adhesion.
Special surface cleaner for high-alloy stainless steels, formulated with a unique acid blend for removing corrosion and contamination from demanding stainless steel surfaces.
High-performance surface cleaner for chromium-nickel stainless steels, effectively removes organic contamination and corrosion without altering the surface.
Low-emission PELOX Pickling Paste TS-VF, specially formulated for cold-rolled and ground stainless steel surfaces, ensures gentle yet effective oxide removal with minimal surface alteration.