APOLLO Commercial Expansion Tank

APOLLO Commercial Expansion Tank

High-performance commercial expansion tank designed to maintain stable pressure in heating and cooling systems. Built with premium SS316 stainless steel construction and a replaceable EPDM bladder, this expansion tank helps protect system components, improve efficiency, and extend equipment lifespan in demanding commercial applications.

Key Benefits

• Maintains stable system pressure by absorbing excess pressure fluctuations
• Protects heating and cooling equipment from pressure-related damage and stress
• Constructed with SS316 stainless steel for superior durability and corrosion resistance
• Replaceable EPDM bladder design allows easier maintenance and extended product life
• Standard connections support quick and straightforward installation
• Suitable for a wide range of commercial heating and cooling applications

Specifications

• Application: Commercial heating and cooling systems
• Tank Material: SS316 stainless steel
• Bladder Material: Replaceable EPDM bladder
• Function: Pressure regulation and expansion control
• Installation: Standard connection sizing
• Usage: Hydronic, HVAC, and closed-loop systems

Main Features

• Optimal Pressure Control
  Absorbs excess pressure to maintain system stability and protect connected components.
• Premium SS316 Construction
  Stainless steel 316 build provides excellent strength, durability, and corrosion resistance.
• Replaceable EPDM Bladder
  Serviceable bladder design extends system lifespan and simplifies maintenance.
• Easy Installation
  Standard connection sizing allows fast integration into various system configurations.
• Versatile Application
  Compatible with a wide variety of commercial heating and cooling systems.
• Long-Term Reliability
  Engineered with durable materials for dependable performance in demanding environments.

System Performance Overview

The APOLLO Commercial Expansion Tank helps regulate pressure changes caused by thermal expansion within closed-loop systems. By maintaining balanced pressure levels, it reduces stress on pumps, valves, and connected equipment while improving overall system reliability and operational efficiency.