Stainless Steel Float Ball for Vacuum Tank Overflow Protection Protect your vacuum system from costly overfill damage with a durable stainless steel float ball designed for debris tank level control. Commonly used in vacuum trucks, hydro excavation equipment, industrial vacuum systems, and sewer ... Read more

Stainless Steel Float Ball for Vacuum Tank Overflow Protection

Protect your vacuum system from costly overfill damage with a durable stainless steel float ball designed for debris tank level control. Commonly used in vacuum trucks, hydro excavation equipment, industrial vacuum systems, and sewer cleaning units, this float ball serves as a critical safety component within the tank shutoff assembly.

As liquid levels rise inside the debris tank, the float ball lifts toward the vacuum inlet. When paired with a float ball cage or shutoff assembly, it helps seal the vacuum intake, preventing liquids from entering the blower system and reducing the risk of equipment damage caused by overfilling.

Manufactured from corrosion-resistant stainless steel, these float balls are built to withstand harsh operating environments while providing reliable performance over extended service life. Multiple sizes are available to accommodate various tank configurations and vacuum system requirements.

Key Features

• Designed for vacuum tank overflow protection
• Helps prevent liquid carryover into vacuum blower systems
• Durable stainless steel construction resists corrosion and wear
• Compatible with float ball cages and tank shutoff assemblies
• Suitable for vacuum trucks, hydro excavation units, and industrial vacuum systems
• Available in multiple sizes to fit different tank configurations
• Reliable, low-maintenance design for demanding applications

Common Applications

• Vacuum trucks
• Hydro excavation equipment
• Sewer cleaning and jetting units
• Industrial vacuum systems
• Debris and waste collection tanks

A properly functioning float ball is an essential component for maintaining safe operation and protecting expensive vacuum equipment from overfill-related damage.

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