10.81 ArmorTech AT20

Rockbond ArmorTech AT20 (10.81) is a high-performance, environmentally responsible anti-stick protector designed to prevent asphalt buildup on machinery and transport equipment.

Description

ArmorTech AT20
Rockbond ArmorTech AT20 (10.81) is a high-performance, environmentally responsible anti-stick protector designed to prevent asphalt buildup on machinery and transport equipment.

Description
Rockbond ArmorTech AT20 is a ready-to-use, liquid asphalt release agent made from more than 95% renewable vegetable oil derivatives. Completely free from mineral oils and harmful solvents, this product is both odorless and readily biodegradable. Designed for the protection and maintenance of asphalt plants, transport vehicles, and related machinery, ArmorTech AT20 reflects Rockbond’s commitment to high-quality performance and environmental sustainability.

Special Properties of ArmorTech AT20:

  • Prevents asphalt from sticking to plant and transport equipment surfaces
  • Composed of over 95% renewable raw materials
  • Readily biodegradable and free from harmful fumes
  • Odorless for a more pleasant working environment
  • Lubricating effect extends machinery life and improves performance
  • Can also function as a light-duty cleaner
  • Non-hazardous to health and the environment
  • Easy and efficient to use with minimal equipment downtime

Application:
ArmorTech AT20 is used for protection and cleaning of transportation equipment, plants and machinery against sticking asphalt. It is ready to use straight from the container—no mixing required. For optimal application, use a stainless steel hand sprayer equipped with an adjustable nozzle. Set the working pressure to 2–3 bars. Avoid using galvanized tools, as the zinc may react with the product, potentially causing irritation or blockage in filters and spray tips. After application, machinery can be used immediately, making ArmorTech AT20 a convenient and efficient choice for busy worksites. Store the product in its original sealed container, away from direct sunlight and extreme temperatures.