Discflo’s horizontal non-clog pumps handle abrasive, high-solids, and shear-sensitive fluids with ease—keeping operations running, products moving, and costs low.
When industrial pumps clog, fail, or wear out, downtime soars and productivity plummets. Discflo horizontal pumps improve upon the shortcomings of traditional designs, delivering:
Direct-Coupled/Inline: Heavy-duty and built for high-pressure, high-speed applications.
Close-Coupled: Compact, easy to install, ideal for space-limited operations.
Over-Under: Saves vertical space while maintaining full functionality.
Side-by-Side: Provides layout flexibility for tight installations.
Self-Priming: Faster priming, with the ability to deadhead when needed.
Conventional pumps create harsh turbulence and vibrations. Discflo’s unique technology gently “pulls” the fluid through the pipe, reducing stress on components and protecting product integrity.
A protective boundary layer formed by viscous drag prevents direct contact between pump components and the fluid, minimizing wear and preserving delicate, high-solid, and shear-sensitive products.
Instead of conventional impellers, Discflo pumps use a series of rotating discs called the Discpac to gently transport materials without shearing, clogging, or degrading product quality.
Wide internal clearances allow efficient handling of high-viscosity, high-solids, and abrasive fluids without excessive wear or blockages.
Discflo horizontal pumps eliminate lateral stress on seals and bearings, extending component lifespan and reducing maintenance.
Built to withstand harsh chemicals, slurries, and abrasives that cause rapid wear in standard pumps.
Designed to transport fluids with up to 90% solids and solid particles up to 20 inches without clogging, snagging, or internal damage.
Capable of handling up to 80% entrained air or gas without cavitation, keeping performance steady even in volatile conditions.
Maintains consistent flow and efficiency despite fluctuations in temperature, pressure, or fluid viscosity, making it ideal for dynamic industrial environments.
Eliminates common failure points, resulting in decades of low-maintenance performance, fewer shutdowns, and greater operational efficiency.
City and Public Works Operations
Replaced rotary lobe pumps in challenging applications, slashing repairs and eliminating breakdowns.
Riserless Mud Return
Pioneered new subsea drilling practice, reducing environmental impact while enhancing performance in demanding conditions.
Primary-Sludge Pumping
Cut energy and maintenance costs while increasing reliability and output at a wastewater treatment plant.