Watercooled DDC Pump housing (pre-order)

This is a pre-order, we expect to deliver these by September 2025.

In the world of Small Form Factor PCs, every millimetre and every degree matters. Standard DDC pump housings often struggle with heat dissipation, especially in a SFF environment, leading to elevated temperatures, that can reduce component lifespan.

Enter the Billet Labs Full Copper DDC Pump Housing.

Precision machined in the UK from solid billet copper, this housing isn't just an upgrade – it's a paradigm shift in DDC pump cooling. Our rigorous testing demonstrates its exceptional capability: while standard solutions falter, our copper enclosure maintains the DDC pump well within 2°C above ambient and water temperature. This isn't just cooling; it's thermal mastery.

Engineered for Extremes:

• Uncompromised Thermal Conductivity: The entire housing acts as a massive heatsink, efficiently wicking heat away from the pump motor, and dumping it into the flowing water.
• The Smallest Footprint, The Biggest Impact: We believe it's the most compact, and the coldest running DDC pump housing on the market, meticulously designed for space-constrained SFF builds, while performing better than anything  we've ever seen.
• Artisan Quality, UK Precision: Each DDC pump housing is a testament to British engineering, machined from billet to a novel design that maximizes both performance and aesthetic appeal. This is a premium component for enthusiasts who demand the best.
• Flexible mounting options: The same-side plumbing allows for an incredibly neat pipe layout, and allows far more flexibility in where you can mount your pump. The threaded M4 holes in the base allow unlimited ways to mount it.

Technical Specs

• Material: Solid C101 Copper (Pump Top & Bottom)
• Compatibility: Designed for all DDC pumps (3.1, 3.2, 4.1, 4.2)
• Ports: G1/4" female (x2)
• Dimensions: 62mm x 62mm x 42mm
• Weight: 707g 

The copper version is not coated or lacquered, so will age naturally over time. This will not affect the functionality in any way, and can be easily re-polished by the user if a shiny aesthetic is preferred long-term.