Coolant Tank Vibration Resistance
Whether a coolant storage tank can withstand vibrations depends on its design, material, and installation. Most industrial-grade tanks can handle moderate vibrations, but excessive shaking risks damage.
Material Considerations:
- Steel tanks (especially reinforced walls) resist vibrations better than plastic Best for vibration
- Stainless steel models endure rhythmic vibrations from pumps/compressors
- Plastic tanks work best in low-vibration environments Use HDPE with UV stabilizers
Design Features Matter
Tanks with reinforced bases, welded seams, and rounded corners distribute vibrational force more evenly. Industrial models with anti-vibration mounts (rubber/neoprene pads) absorb shocks and prevent resonance.
Installation Best Practices:
- Secure firmly to rigid surfaces with vibration-dampening fasteners
- Use flexible hoses instead of rigid pipes in high-vibration areas
- Ensure proper clearance from heavy vibration sources
Maintenance Recommendations
Regularly inspect for loose bolts, cracks around fittings, or wear on mounts. For intense vibrations, consult the manufacturer about upgrading to a heavy-duty model rated for your specific vibration levels.
With proper selection and installation, most tanks can withstand typical industrial vibrations, but neglecting these factors may lead to costly leaks or system failures.