Koch-Chemie Tea Special Tar & Bitumen Remover & Halogenated Hydrocarbons – 1L

Tar and Bitumen Remover – Industrial Strength Cleaning Solution This tar and bitumen remover is a solvent-based special cleaner developed for the effortless removal of stubborn tar, bitumen and adhesive residues. Designed for professional and industrial use, it provides strong cleaning performance while remaining free from halogenated hydrocarbons. Unlike conventional cleaners, this formula works quickly on heavy contamination without unnecessary scrubbing. As a result, it reduces labour time and improves cleaning efficiency in workshops and fleet maintenance environments. Suitable for Solvent-Resistant Surfaces This tar and bitumen remover is ideal for use on: Cars and commercial vehicles Carwash brushes Workshop floors Industrial machinery Equipment exposed to road contamination Because of its solvent-based composition, it should only be used on solvent-resistant materials. Fast Acting and Efficient Firstly, apply the product undiluted to a dry surface. Then allow it to react briefly so that the tar and bitumen residues soften. Where necessary, assist manually with a cloth or brush. Afterwards, rinse thoroughly using a high-pressure washer or wipe clean with a cloth. Thanks to its controlled evaporation behaviour, the cleaner works effectively while minimising residue. Environmental and Safety Information The product is free from halogenated hydrocarbons. However, prevent leaks into groundwater and avoid discharge into drains. Using emulsifying cleaners together with this product may affect oil separator performance. Before application, always test for surface compatibility in an inconspicuous area. Professional Grade Quality This tar and bitumen remover carries Daimler approval, confirming its suitability for demanding automotive applications. It is particularly well suited for workshops, fleet operators and detailing professionals requiring reliable heavy-duty cleaning power. https://bmbautocare.co.nz/wp-content/uploads/2025/07/Koch-Chemie-Tea.mp4