Technical Support & Resources

When a centrifugal pump starts missing head, drawing more amps, and eating seals, you can spend weeks chasing alignment, bearings, and balance. Or you can check the one "internal leak" that quietly turns hydraulic work into heat. Pump wear ring clearance is one of the fastest performance multipliers you can control during overhaul, and it directly affects both efficiency and rotor stability.

If you manage maintenance budgets or rebuild pumps for a living, you already know clearances are not "nice...

Gland packing looks like a bargain when you are staring at a $50 box on a storeroom shelf. The problem is that you do not run a plant on purchase price, you run it on operational expenditure (OpEx). When you compare mechanical seal vs gland packing cost, most of the real money sits in water, energy, and repeat maintenance that rarely lands on the same line item as "packing."

The best mental model is an iceberg: the visible tip is the packing set and a few hours of labor, while the submerged mass...

Both impeller trimming and variable frequency drives can cut pump energy, but they solve different problems. If you treat them as interchangeable, you can end up with a "savings" project that either fails to meet process needs or carries unnecessary life cycle cost. The fastest way to stay out of trouble is to apply the Golden Rule: trimming is for constant excess head from an oversized pump, while speed control is for variable demand where your system curve shifts over time. That single line will...

If you are deciding between pumps in series vs parallel, you are really deciding what you want the station to do when the process changes: build more head, pass more flow, ride out a pump outage, or hold efficiency near BEP across a wide operating band. The right answer shows up when you put the combined curves on the same plot as your system curve, then pressure check the suction limits, controls, and failure modes you will actually see on site.

Practical selection rules and pitfalls: a quick decision...

Mining keeps no easy schedule. Water rises in the pit before dawn, tailings thickens by midday, and the numbers on your power meter never stop spinning. When you need steady flow every hour of every day, the horizontal split case pump earns your trust. It moves big volumes with quiet confidence, shrugs off hard starts and grit-laced water, and opens like a toolbox when maintenance calls.

You get performance without drama. You also get a clear path to lower energy cost and better uptime, if you set...

You move slurry every day, so you already know why ordinary industrial pumps, like centrifugal pumps, give up early without proper process optimization. Abrasive particles chew through metal, corrosive chemistry eats away at wetted parts, and any lapse in flow can tank an entire process line. SRL pumps solve that reality with a proven formula: rubber-lined hydraulics, conservative speeds, and a layout built to live with grit. If your job is to keep tons per hour on spec, this is the toolbox you reach...

You move rock, sand, ore, ash, and chemicals for a living. Your pump either makes that happen every hour of every shift, or it brings the plant to a halt. Selecting the right heavy duty slurry pumps and understanding how to choose the best option is one of those decisions that quietly sets your uptime, energy bill, maintenance workload, and maintenance costs for years.

The good news: you can make that choice with confidence. With a clear view of your process, wear mechanisms, and lifecycle costs,...

Sabemos que en industrias como la minería, la pulpa y papel, o el tratamiento de aguas, su operación no puede esperar. Cada minuto de tiempo de inactividad cuesta, y esperar por un componente crítico o un sistema de bombeo que está a miles de kilómetros de distancia simplemente no es una opción.

Hemos escuchado esta preocupación constante en la región. Y por eso, estamos increíblemente orgullosos de anunciar un paso que lo cambia todo: la apertura oficial de nuestro nuevo Centro de Ensamble y Oficinas...

You face a classic tradeoff on every pump: balancing leakage, energy, reliability, and upkeep. The mechanical seal vs packing decision shapes all four. If you’re aiming for tight emissions and low energy losses, a properly applied mechanical seal will usually win. If you’re handling abrasive slurries where a little leakage is acceptable, well-chosen packing can still be a smart, rugged option.

Below is a practical comparison tailored for junior pump engineers and students, with selection rules you...

(dynaproco.com)

You make or lose months of availability based on a single choice: the slurry pump impeller material. With the right match, you stabilize head, hold efficiency, and extend intervals between changeouts. With the wrong one, you swap parts constantly while fighting erosion-corrosion, cavitation pitting, and cut growth on the vanes. This guide compares high chrome irons, elastomers, polyurethane, and ceramic or coated options in the context of your slurry, your duty, and your budget....