Product - Cement Removal Agent

Cement Removal Agent

Biodegradable agent for removing cement, stone dust, gypsum, and alkali contaminants from glass surfaces.

Biodegradable concentrated removal agent for cement dust, stone dust, gypsum and other alkali contaminants.

The Cement Removal Agent (CRA) by Chemitek is a powerful and eco-friendly solution formulated to eliminate hard water stains, cement, rust, stone dust, gypsum, and other alkaline contaminants from glass surfaces. This biodegradable product is specifically designed to clean delicate glass without causing damage, all while reducing cleaning time, water usage, and costs.

Originally developed and rigorously tested to meet the high standards of solar panel maintenance, the CRA offers precise and reliable performance on sensitive surfaces. It is the ideal choice for those seeking a sustainable and effective cleaning solution.

How it Works?

The Cement Removal Agent is a concentrated solution that is diluted with water before application. Once applied to the affected glass surface, the agent begins to break down and dissolve the contaminants. The formula penetrates the tough build-up, softening it for easy removal. Simply apply the solution, let it react for a short time, and then gently scrub the surface with a soft brush. Afterward, rinse with clean water, leaving the glass clear and free of residue.

Benefits:

Cement Removal Agent offers several advantages for glass surface cleaning:

  • Effectively removes cement dust, stone dust, gypsum, hard water stains, and other alkaline contaminants from glass surfaces.
  • Safe and easy to apply: The formula is gentle on the glass and aluminum frames, ensuring no damage while cleaning effectively.
  • Eco-friendly and biodegradable: Readily biodegradable, providing a sustainable cleaning solution that is safe for the environment.
  • Saves time and reduces cleaning costs by efficiently removing contaminants, requiring less water and fewer resources.

Available Formats

  • 2kg drum
  • 5kg drum
  • 20kg drum