Tackle your largest spills and most demanding liquid transfer jobs with confidence.
Our industrial vacuums for liquids are built with powerful motors, large-capacity tanks, and chemically resistant materials to handle everything from coolants and oils to hazardous chemical spills.
Move vast quantities of liquid quickly and efficiently.
Engineered with high-flow airpaths and powerful motors, these vacuums are designed for rapid recovery of spills, sump cleaning, and bulk liquid transfer, drastically reducing downtime.
Go beyond water.
Constructed from stainless steel and reinforced, chemical-resistant polymers, our tanks and components resist corrosion from aggressive coolants, solvents, oils, and acids, ensuring long-term durability.
Oil and fluid spill response in hangars and bays.
Safe transfer and cleanup of aggressive solvents and chemicals.
Sanitary cleanup of large spills in processing areas.
Effluent and wastewater removal.
When selecting an industrial vacuum for liquids, there are several key factors to consider.
The collection capacity is a crucial factor in determining the ability to perform a task efficiently, as it ensures sufficient space to gather and store the materials being vacuumed or collected.
By generating sufficient vacuum strength, the unit ensures that the vacuuming process is performed efficiently, allowing for quick and thorough cleaning or extraction tasks.
Effortless emptying of the liquid that has been vacuumed can be achieved through the use of a manual ball valve for discharge. In situations where larger volumes or heavy-duty tasks are involved, an alternative option is to install an immersed pump. This pump is designed to automatically and swiftly discharge the liquid once the predetermined level set on the overflow sensor is reached. This feature enables simultaneous suction and discharge of liquids, streamlining the process and enhancing overall efficiency.
Top-quality liquid vacuum cleaners are equipped with safety systems to address situations where the liquid level exceeds the maximum capacity limit. These advanced systems incorporate a floating device that is designed to automatically halt the suction process, effectively preventing the vacuum from overflowing. By promptly detecting the rising liquid level, the float switch ensures that the vacuum cleaner operates within safe limits and eliminates the risk of spills or damage caused by overfilling.
