With over 100,000 orders
With over 100,000 orders
At a Glance
Why Choose This Product
Removes stubborn construction residue and deposits
Dilutes for varying cleaning requirements
Safe for acid-tolerant stone, tile and masonry
Suitable for indoor and outdoor applications
Designed for post-installation and restoration cleaning
Removes cement, grout, lime, calcium and efflorescence
Product Information
HMK® R163 Concrete Film Remover is a concentrated acid-based cleaner formulated to remove grout haze, cement residue, mortar residue, heavy construction dirt, lime deposits, calcium deposits, and efflorescence. It is designed for professional cleaning after installation and renovation projects on acid-tolerant surfaces.
Suitable for interior and exterior applications, HMK R163 can be used on acid-tolerant natural and artificial stone, ceramic tile, porcelain, brick, terracotta, clay tile floors, and rough concrete surfaces. Its concentrated formula provides flexible coverage depending on the level of contamination and dilution ratio.
HMK R163 is intended for professional use only and should not be used on polished surfaces, acid-sensitive stone, latex or resin-modified grouts, plastics, or certain metal surfaces. Always test in an inconspicuous area before full application to verify compatibility.
Common Questions
HMK R163 removes grout haze, cement residue, mortar residue, heavy construction dirt, lime deposits, calcium deposits, and efflorescence.
Yes. It is suitable for acid-tolerant natural stone and artificial stone surfaces.
No. HMK R163 should not be used on polished or honed marble, limestone, agglomerates, concrete products, or other acid-sensitive surfaces.
Yes. It can be used on porcelain, ceramic tile, brick, terracotta, clay tile, and rough concrete surfaces that are acid tolerant.
Yes. It is suitable for both interior and exterior applications.
No. HMK R163 is not suitable for latex or resin-modified grouts.
No. The manufacturer specifies that HMK R163 is for professional use only.
Coverage depends on the surface texture, amount of residue present, and the dilution ratio used during application.