Collection: Pumps

The pump is the heart of your water feature, determining its health, sound, and visual impact. Our professional selection includes energy-efficient solutions for residential and commercial projects, ranging from small backyard ponds to massive architectural waterfalls.

Whether you need to drive a high-pressure fountain spray or ensure 24/7 filtration for a koi pond, we offer UL/CSA certified pumps engineered for demanding climates. Choose the right power source today and ensure your water feature runs reliably year-round.

Select Your Application

Fountain Pumps

High-pressure models engineered for nozzles, spitters, and architectural water displays. Optimized for maximum Head Height (Max Head) and precise spray elevation.

Pond Pumps

Continuous-duty filtration pumps designed for koi ponds, biofilters, and skimmers. Equipped with solids-handling technology to support long-term ecosystem health.

Waterfall Pumps

High-volume motors built for streams, cascades, and rock waterfalls. Engineered to deliver maximum Flow at Elevation for natural, powerful water movement.

Replacement Parts

Genuine impellers, seals, and pre-filters designed to extend pump lifespan and restore original factory performance.

How to Choose the Right Pump: A Professional Guide

Selecting the correct pump requires balancing three critical engineering factors: Flow Rate (GPH), Head Height (Max Head), and Power Consumption (Watts). An incorrectly sized pump can result in poor hydraulic performance, excessive energy use, or premature motor failure.

Consider whether a submersible or external pump better suits your installation’s accessibility, service requirements, and noise tolerance.

For Fountains: Prioritize high-head pressure. Decorative nozzles require significant pressure to maintain consistent spray patterns. Submersible models with fine pre-filters help prevent nozzle clogging.
For Ecosystem Ponds: Focus on continuous-duty operation and solids-handling capability. A reliable pump should operate 24/7 and pass organic debris (up to 1/4"–1/2") toward the filtration system. Aim for complete water turnover at least once per hour.
For Waterfalls: Calculate flow at elevation. For every inch of waterfall width, plan for approximately 100–200 GPH at the actual operating height to achieve a professional “sheet flow” effect.

Engineering Excellence & Reliability

Our pumps for ponds, fountains, and waterfalls are designed specifically for the North American market. Featuring oil-free motors that are 100% safe for fish, turtles, and aquatic plants, they provide dependable ecological performance.

Constructed with high-grade ceramic shafts and reinforced composite housings, these units resist corrosion and tolerate demanding freeze–thaw cycles in Northern climates. Every model is rated for continuous 24/7 operation with optimized wattage to minimize long-term energy costs.

The Core of Your Water Feature

A pump is the fundamental engine of any landscape water system — from residential backyard ponds to large-scale commercial installations. By combining UL/CSA safety standards with high-performance GPH and Head Height capabilities, our collection delivers the reliability required across diverse environments in the USA and Canada.

Ensure the longevity and performance of your water feature with professional-grade pumps and original replacement components engineered for lasting results.

Frequently Asked Questions About Pond & Waterfall Pumps

How do I calculate the GPH I need for my pond?

For a healthy ecosystem, you should aim to circulate the entire volume of your pond at least once per hour. For example, a 2,000-gallon pond requires a pump with a minimum 2,000 GPH flow rate after accounting for the resistance of your pipes and filters.

What is the difference between a fountain pump and a pond pump?

Fountain pumps are designed for high pressure to create spray patterns (High Head), while pond pumps are designed for high volume and 24/7 filtration, often capable of handling small solids without clogging.

Can one pump run both a filter and a waterfall?

Yes, but it requires careful hydraulic planning. You must ensure the pump has enough GPH to supply the waterfall's width while still providing the necessary flow for the biological filter's efficiency.

Which is better: a submersible or external pump?

Submersible pumps are easier to install and are hidden from view, making them ideal for small to medium ponds. External pumps are generally more energy-efficient for very large systems and easier to service, but they require a dry location and more complex plumbing.

Are these pumps energy-efficient for 24/7 operation?

Yes, our pumps utilize asynchronous motor technology, providing high performance with low wattage. This ensures your operating costs remain manageable even during continuous year-round use in North America.