Automated Spray Systems

Automated spray systems apply Liquid Heat Conveyor Belt Deicer directly to belt surfaces at programmed intervals, preventing ice bonding before it forms. The chemical remains liquid and sprayable even in extreme cold, eliminating freeze-stick carryback and reducing unplanned downtime caused by iced-up conveying systems.

Yes. Liquid Heat Conveyor Belt Deicer is approved for use by Goodyear Belting, confirming compatibility with standard industrial conveyor belt materials. The formula is non-flammable, non-hazardous, and uses OSHA and EPA approved ingredients, making it safe for equipment, personnel, and the surrounding environment.

Liquid Heat is available in multiple bulk formats: 5-gallon pails, 55-gallon drums, 330-gallon totes, and tank orders with a minimum of 1,500 gallons. Automated spray system customers typically purchase totes or full tanks to align with continuous system delivery requirements. Contact Zircon at 800-547-4328 for volume pricing.

Yes. Liquid Heat Conveyor Belt Deicer is specifically formulated to remain liquid and sprayable in extreme low temperatures without gelling. Unlike competing products that thicken or freeze in the supply line, this formula maintains consistent viscosity, ensuring automated spray systems continue functioning reliably throughout the coldest winter conditions.

Automated spray systems are most commonly deployed in coal mining, gold, copper, and iron ore mining, aggregate and quarry operations, cement plants, steel mills, wood chip processing, and recycling facilities. Any industry running inclined conveying systems through winter months benefits significantly from automated, chemical-based freeze prevention strategies.

Automated spray systems eliminate the inconsistency of manual application by delivering timed, precise doses of deicer without relying on operator availability or judgment. This reduces product waste, lowers labor costs, and ensures continuous protection across conveying equipment — especially critical during overnight or unmanned operating shifts in cold weather environments.