A seizing pump is one where one or more of the moving parts have locked in place, preventing the operation of the pump. If your mag drive pump is seizing up, you need to act quickly before it becomes further damaged. The experts here at March Pump have compiled a troubleshooting guide to help solve the problem of why your transfer pump is seizing and help you put it back in working order quickly. Read More about Mag Drive Pump Troubleshooting: Pump is Seizing »
Archives for 2015
Mag Drive Pump Troubleshooting: Pump Operates Noisily
Mag drive pumps are designed to be low maintenance, and noisy operation should be a cause for concern. Our team of experts at March Pump has assembled a quick troubleshooting guide for magnetic drive and industrial pumps that can help pinpoint whatever is making your system run loudly and fix it. Read More about Mag Drive Pump Troubleshooting: Pump Operates Noisily »
Mag Drive Pump Troubleshooting: Flow Issues
Our mag drive pumps are built to last, but that means it can be even more surprising if you find yourself with flow rate issues. The experts here at March Pump have compiled a comprehensive troubleshooting guide for flow issues on your magnetic drive pump, covering the many potential causes and fixes for low flow problems as well as explaining what to do when the flow rate is too high. Read More about Mag Drive Pump Troubleshooting: Flow Issues »
What is Carbon Bushing and its Benefits?
Carbon materials are some of the most versatile in the industrial world, offering everything from brush-level softness to near-ceramic grades of hardness. Bushings are designed for wear and tear, absorbing the abrasion and shocks of normal use while keeping a transfer pump’s shafting pristine. Carbon bushing has a particular advantage due to its self-lubricating properties, greatly reducing necessary maintenance while still protecting expensive pump components. Read More about What is Carbon Bushing and its Benefits? »
What You Need to Know About OEM Pumps
OEM’s, Original Equipment Manufacturers, are manufacturers who make parts or subsystems that are used in other companies end products. A system is only as a good as its weakest part, and finding quality parts is vital for the success of any product. Many systems require pumps, and those pumps used in larger systems are commonly referred to as OEM Pumps.
The Use of Stainless Steel in Industrial Pumps
Stainless steel has long been a durable, reliable building material for magnetic drive pumps. Our pumps feature special “316” stainless steel, a type of steel with superior corrosion resistance. If you are exploring options for your next pump, stainless steel-made pumps could be your best option.
Read More about The Use of Stainless Steel in Industrial Pumps »
Advantages of Choosing a Polypropylene Pump
Polypropylene, or PP, is a thermoplastic polymer that pump manufacturers use on a variety of products. The polymer is known for its unique combination of lightweight construction, high strength against deformation and high chemical resistance. The material is also a cost-friendly alternative to metallic elements. If you are in the market for a new magnetic drive pump, here are the main reasons why you should consider installing polypropylene-made mag drive pumps. Read More about Advantages of Choosing a Polypropylene Pump »
Steels vs. Plastics: Which Mag Pump Is Right For You?
When looking for magnetic drive pumps, your needs will vary. Certain materials are better for certain industries, and price point is always a consideration. In the last few months, we’ve given you the background on the variety of materials we use in our magnetic drive pump production: Polypropylene, Ryton, Kynar, and Stainless Steel 316. But how do these materials stack up against each other? Read More about Steels vs. Plastics: Which Mag Pump Is Right For You? »
How to Replace Bushings & Bearings for Mag Drive Pumps
A bushing in the impeller of a magnetic drive pump may suffer damage over time. This damage is likely the result of three possible problems.
The first is the pump was run dry, causing the bushing to overheat and expand. We have written about the risks involved in dry running a pump. Read More about How to Replace Bushings & Bearings for Mag Drive Pumps »