Longteng Machinery, a professional manufacturer of slurry pumps

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28

2026-09

Gold Processing Plants: How Changing Ore Conditions Affect Slurry Pumping

Gold ore can vary in hardness and grinding behavior as a processing plant draws feed from different sources. This article explains how those changes may affect slurry conditions, pump wear and maintenance, and what plant teams should monitor before reassessing a pumping duty.

2026-09-28

28

2026-09

What Information Is Needed to Order Replacement Slurry Pump Parts?

A practical ordering checklist for slurry pump replacement parts, covering pump identification, drawings, dimensions, materials, operating conditions, quantities, and supplier confirmation.

2026-09-28

28

2026-09

How to Measure Slurry Pump Parts Before Ordering Replacements

A practical guide to identifying and measuring slurry pump wear parts before ordering replacements, including critical fit dimensions, worn-sample limitations, and a supplier inquiry checklist.

2026-09-28

28

2026-09

Why Do Slurry Pump Impellers Wear Unevenly?

Uneven impeller wear can result from normal differences in particle contact, but severe localized damage calls for investigation. The location of wear—at the inlet, vane leading edges, shrouds or outlet—helps determine which slurry and operating records to check. This guide offers a practical inspection sequence and explains what to document before adjusting the pump or ordering a replacement impeller.

2026-09-28

28

2026-09

Why Does a Slurry Pump Throat Bush Wear Quickly?

A throat bush may wear quickly because abrasive solids repeatedly pass through the inlet region, but unusual wear can also involve changing particles, impeller clearance, operation or an unsuitable replacement part. The location and shape of the damage offer better clues than service hours alone. This guide explains what to inspect first, when adjustment may help, and what information to record before ordering a new throat bush.

2026-09-28

28

2026-09

How to Choose Slurry Pump Wear Parts Based on Particle Size

Particle size affects more than the choice of pump. It also changes how impellers, inlet liners and casing liners wear. A useful replacement-parts specification should include the full particle-size distribution, the largest credible solids, particle shape and photos of existing wear—not only an average size. This guide shows how to use that information to shortlist suitable wet-end parts and ask suppliers the right questions.

2026-09-28

28

2026-09

High Chrome vs Rubber vs Polyurethane Slurry Pump Parts

Choosing slurry pump wear parts requires more than comparing material hardness. High chrome, rubber and polyurethane respond differently to coarse particles, fine abrasive solids, impact, chemicals and temperature. This guide explains where each material may fit, what can rule it out, and which duty information to send before ordering replacement wet-end parts.

2026-09-28

24

2026-09

Which Slurry Pump Parts Wear Out the Fastest?

Impellers, throat bushes and casing liners are common high-wear parts, but their wear rates depend on the slurry and operating point. This guide shows what to inspect first and how to plan replacement parts.

2026-09-24

20

2026-09

How to Specify a High Head Slurry Pump for a Mining Project

A reliable high head slurry pump specification must define the complete operating duty rather than head and flow alone. Mining projects should also provide slurry properties, pipeline conditions, material requirements, sealing arrangements and expected operating range.

2026-09-20

18

2026-09

How Pipeline Length and Friction Affect Slurry Pump Selection

Pipeline length alone does not determine slurry pump size. Engineers must evaluate friction loss, elevation, slurry properties, pipe diameter and operating velocity together to establish the actual system duty.

2026-09-18

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