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Universal 3 Gallon Supercharger Coolant (Ice) Tank for Davis Craig Pump

$299.99
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SKU:
3GALDAVIS-NO-1-1

Universal 3-Gallon Supercharger Coolant Tank – Davis Craig Pump Compatible

Boost your intercooler system’s performance with this Universal 3-Gallon Coolant (Ice) Tank, engineered for high-output supercharged and turbocharged applications running air-to-water intercoolers. Whether you're chasing cooler intake temps on the street, dyno, or drag strip, this tank is designed to maximize coolant volume and pump efficiency in a compact footprint.

Crafted in-house from .125" 5052 aluminum and TIG welded for durability, the tank features a built-in ice screen to protect your pump from debris. A set of -12 ORB feed and return fittings come standard, allowing easy replacement or adaptation with ORB-style hose ends—no cutting or welding required if fittings are damaged or swapped.


Key Features:

  • Increases Coolant Volume by 3 Gallons – Ideal for boosted setups
  • Built-in Ice Screen – Protects pump from damage during iced-down runs
  • -12 ORB Feed/Return Ports – Replaceable for easy maintenance or upgrades
  • Upgraded -16 ORB Bottom Fitting – Union fitting supports direct Davis Craig EWP150 pump mounting
  • Flexible Pump Options – Compatible with remote-mount pumps like Pierburg CWA150, Bosch, or Varimax
  • Compact Footprint – Fits in tight trunk or engine bay spaces

Dimensions (Tank Only):

  • 10" L x 8" W x 8" H
    (Not including pump or mounting brackets)

What’s Included:

  • 3-Gallon TIG-Welded Aluminum Tank
  • Billet 3" Filler Cap
  • (2) -12 ORB Fittings
  • 1/2" NPT Drain Valve
  • Mounting Hardware
  • Davis Craig EWP150 Pump (Optional – select at checkout)

Davis Craig EWP150 Pump Specs:

  • Max Flow Rate: 42.8 GPM
  • Current Draw: 10 Amps
  • Construction: Lightweight Aluminum Body
  • Weight: 2.6 lbs

Whether you're building a dedicated race car or upgrading your street machine, this universal coolant tank system provides increased capacity, flexibility, and reliable cooling—perfect for managing intake temps under boost.