53G758 - Alustar 300 Heavy-Duty Aluminum Cleaner & Degreaser - 208L Drum

High-Efficiency Industrial Cleaning for Automated Systems

The Walter Alustar 300™ (208 L) is a premier industrial cleaner engineered to meet the rigorous demands of heavy-duty maintenance, repair, and operations (MRO). Designed specifically for automated and semi-automated cleaning systems, this powerful solution excels in removing stubborn contaminants such as heavy oils, greases, lubricants, and grime build-up. Unlike generic cleaners that may etch or dull sensitive surfaces, Alustar 300™ is formulated to be safe on aluminum, stainless steel, steel, and plastics, making it a versatile asset for diverse manufacturing environments.

At the core of Alustar 300™ is its advanced Low Energy Surfactant Technology. This innovation allows the cleaner to achieve optimal results at lower operating temperatures, significantly reducing energy consumption and operational costs associated with heating cleaning baths. Furthermore, its unique foamless and demulsifying formula ensures that it performs flawlessly in high-pressure spray cabinets and ultrasonic baths without causing pump cavitation or foam overflow. The demulsifying action rapidly separates oils and greases from the solution, allowing them to float to the surface for easy skimming. This not only simplifies waste management but also extends the usable life of the cleaning fluid, maximizing efficiency.

Environmental responsibility and worker safety are paramount in the design of Alustar 300™. The solution is biodegradable, phosphate-free, and VOC-free (Volatile Organic Compounds), contributing to a safer workplace and reduced environmental footprint. It is also NSF category A8 certified (Registration #145453), validating its suitability for use in and around food processing areas where applicable. To further protect your valuable assets, the formula includes integrated corrosion inhibitors that provide temporary protection against flash rusting after cleaning, ensuring parts remain in pristine condition during processing intervals.