Oil-Mist Lubrication Systems for Pneumatic Equipment

Alcohol-based deicers can corrode seals, degrade rubber components, and damage metal surfaces in pneumatic equipment over time. Zircon Industries' X831 Chill Kill uses a non-alcohol extreme pressure formula that eliminates freezing moisture without harming valves, ports, or air lines, making it a safer long-term choice for equipment protection.

Yes. The X831 Chill Kill Anti-Frost Pneumatic Tool Lubricant is specifically designed for application via standard air line lubricators (oil reservoirs) or a conventional oil can, allowing easy integration into existing maintenance programs without requiring specialized equipment or system modifications.

Industries operating pneumatic tools in cold climates benefit most, including mining, aggregate quarries, construction, railroad, manufacturing, and lumberyards. Any facility running air-powered equipment in outdoor or unheated environments is at risk of air line freeze-up and valve damage, making oil-mist lubrication essential for maintaining uptime.

The X831 Chill Kill is available in a 330-gallon tote or a bulk tank option with a minimum order of 1,500 gallons. These bulk formats are well-suited for large industrial facilities and maintenance operations requiring continuous, high-volume lubrication and freeze control in pneumatic systems. Contact Zircon Industries for current pricing.

Zircon Industries' X831 Chill Kill has over 30 years of proven field success in freeze control for pneumatic systems. The product was developed through an extensive R&D program after decades of real-world testing, and it is trusted by major industrial customers including Vulcan Materials, Lafarge, and Carolina Sun Rock.

Yes. The X831 Chill Kill is formulated for compatibility with pneumatic equipment including air lines, valves, ports, and air-powered tools. Its non-alcohol base ensures it will not corrode metal components or degrade rubber seals, making it suitable for a broad range of pneumatic systems used in industrial and manufacturing environments.