{"id":127464,"date":"2021-08-10T14:30:00","date_gmt":"2021-08-10T14:30:00","guid":{"rendered":"https:\/\/icrowdnewswire.com\/?p=2898670"},"modified":"2021-08-10T14:30:00","modified_gmt":"2021-08-10T14:30:00","slug":"simsite-impellers-and-rings-never-corrode-in-seawater-or-wastewater-and-will-outlast-and-outperform-all-others","status":"publish","type":"post","link":"https:\/\/ipsnews.net\/business\/2021\/08\/10\/simsite-impellers-and-rings-never-corrode-in-seawater-or-wastewater-and-will-outlast-and-outperform-all-others\/","title":{"rendered":"SIMSITE\u00ae Impellers And Rings Never Corrode in Seawater, or Wastewater, and will Outlast And Outperform ALL Others!"},"content":{"rendered":"

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What is SIMSITE\u00ae?<\/span><\/h1>\n

SIMSITE<\/strong>\u00ae <\/strong>is a patented structural composite material. More specifically, it is a graphite fiber reinforced composite with a hybrid phenolic- epoxy resin system offered exclusively by the SIMS Pump Valve Company. The structural design of SIMSITE<\/strong>\u00ae <\/strong>is unique. Fibers are continuously interwoven in a tri-directional weave. The reinforcing fibers are all continuous for higher strength and flexibility. As a heavy-duty structural composite, its characteristics can be changed to accommodate the required structural strength of the parts being manufactured.<\/span><\/p>\n

Trouble-free performance<\/span><\/h2>\n

Impellers machined from solid blocks of SIMSITE<\/strong>\u00ae<\/strong>Structural Composite are lightweight and offer tremendous mechanical strength and corrosion resistance. SIMSITE<\/strong>\u00ae <\/strong>has been used successfully in the manufacture of Impellers & Casing rings since 1955. SIMSITE<\/strong>\u00ae <\/strong>Impellers & Casing Rings outlast impellers and rings made of metals such as bronze, stainless steel, duplex stainless, or monel. SIMSITE<\/strong>\u00ae <\/strong>Impellers & Rings are excellent for applications where seawater, wastewater, sewage, or brackish water is present because they NEVER CORRODE! They are also ideal for use with hydrocarbon fuels, solvents, and with most acid and chemical solutions.<\/span><\/p>\n

Lower costs – increased performance<\/span><\/h2>\n

Operating and maintenance costs are drastically reduce SIMSITE<\/strong>\u00ae <\/strong>Impellers and Rings are excellent for new or retrofit applications. They are lightweight and corrosion, erosion, and cavitation resistant. Wear of pump parts is greatly reduced because of SIMSITE<\/strong>\u00ae<\/strong>\u2019s balance, lightweight, and self-lubrication properties. This means far less replacement of parts, less downtime, and years of trouble-free performance.<\/span><\/p>\n

Customized for maximum performance<\/span><\/h2>\n

Because SIMSITE<\/strong>\u00ae <\/strong>Impellers are computer designed and precision machined, the impeller vanes can be designed to maximize efficiency. Problems such as recirculation and cavitation can be minimized or eliminated with SIMSITE<\/strong>\u00ae <\/strong>Impellers. Impeller vane shapes can easily be modified to provide the best vane shape for specific applications. For more than 101 years, the SIMS Pump Valve Company has been a leader in pump technology. From the invention of the original SIMS Pump Valve to the development of the SIMSITE<\/strong>\u00ae <\/strong>totally non-metallic composite pump, SIMS has offered innovative solutions for the marine and industrial pump applications.<\/span>
\nSince it began in 1919, SIMS has focused on complete customer satisfaction with every product manufactured. A unique unconditional customer guarantee is made possible by the highest standards of engineering, manufacture, and customer service.<\/span><\/p>\n

SIMS <\/span>\u2014 the Proven<\/span> Name in Pump Technology
\n<\/span><\/span><\/h1>\n

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Outstanding characteristics give more of what you need<\/span><\/h2>\n

SIMSITE<\/strong>\u00ae <\/strong>Impellers are 100%\u00a0 precision machined inside and out, which ensures perfect symmetry in the location and shape of the vanes. A smooth interior surface increases the efficiency of the pump by reducing flow resistance.\u00a0 You can be sure that SIMSITE<\/strong>\u00ae <\/strong>Impellers maintain hydraulic and mechanical balance for the life of the impeller. SIMSITE<\/strong>\u00ae <\/strong>Impellers are not subject to the compromises and losses in performance found in metallic impellers.<\/span><\/p>\n

CORROSION-RESISTANT<\/span><\/h3>\n

One of the most important advantages SIMSITE<\/strong>\u00ae <\/strong>has over metal is its resistance to corrosion and erosion in seawater, wastewater, sewage, and chlorinated water. SIMSITE<\/strong>\u00ae<\/strong>Impellers & Rings are also excellent with most chemical applications and are not subject to damage by gasoline, oil, or refinery by-products.<\/span><\/p>\n

ELIMINATES ELECTROLYSIS<\/span><\/h3>\n

SIMSITE<\/strong>\u00ae <\/strong>is an inert composite that does not conduct electrolysis. Prolonged exposure to saltwater will not affect SIMSITE\u00ae <\/strong>Products. When SIMSITE\u00ae <\/strong>Impellers & Casing Rings are installed inside a metallic casing; the life of the metallic casing is increased because the SIMSITE\u00ae <\/strong>Impellers & Casing Rings will NOT support Electrolysis!<\/span><\/p>\n

COMPUTERIZED HIGH-EFFICIENCY DESIGN<\/span><\/h3>\n

All SIMSITE<\/strong>\u00ae <\/strong>Impellers and Parts are precision machined which increases accuracy and efficiency. Impeller vane shapes are contoured for maximum performance and efficiency and are designed to make the Customer’s Operating Point the Best Efficiency Point.<\/span><\/p>\n

EXCEPTIONAL MECHANICAL STRENGTH<\/span><\/h3>\n

The extraordinary high strength-to-weight ratio of SIMSITE<\/strong>\u00ae <\/strong>Impellers enables them to replace metallic impellers which are not only heavy but are subject to corrosion, erosion, electrolysis, and cavitation.<\/span><\/p>\n

TIGHTER SEALS<\/span><\/h3>\n

SIMSITE\u00ae <\/strong>Casing Rings and Wear Rings will not gall or seize like metal rings. Therefore, SIMSITE\u00ae <\/strong>Rings can operate with tighter clearances permitting less leakage through the rings and increasing pump efficiency. Additionally, SIMSITE\u00ae <\/strong>Casing Rings and Wear Rings seal against the pump casing. This prevents the \u201cwash out\u201d of the casing ring areas that is a common maintenance problem with centrifugal pumps.<\/span><\/p>\n

LIGHTWEIGHT<\/span><\/h3>\n

The exceptionally high strength-to-weight ratio of SIMSITE<\/strong>\u00ae <\/strong>permits a much lighter weight impeller. (approximately 1\/6 the weight of bronze or stainless steel.) This means a substantial reduction in start-up load, longer bearing and mechanical seal life, and less shaft deflection.<\/span><\/p>\n

SIMSITE\u00ae Impellers Produce Signi\ufb01cant Energy and Lifecycle Savings<\/span><\/h1>\n

Reduces Noise & Vibration<\/span><\/h2>\n

Because of the high-efficiency design of the SIMSITE<\/strong>\u00ae <\/strong>Impeller, its lightweight, its noise-absorbing characteristics, and its precision machined design, noise and vibration are reduced in the pump.<\/span><\/p>\n

SIMSITE\u00ae Composite Impellers & Rings offer opportunities for improving energy efficiency, performance, and lifecycle of any centrifugal pump, because of their unique design, perfect balance, lightweight, corrosion, erosion, and cavitation resistance.<\/span><\/h4>\n

Up to 15 percent or more of a pump’s energy consumption can be saved with the use of SIMSITE<\/strong>\u00ae <\/strong>Structural Composite Impellers, especially where the pump is required to work in a corrosive or erosive medium such as seawater, wastewater, sewage, or chlorinated water. For example, over $100,000 in energy and maintenance expenses can be saved over a five-year period for a 45kW (60 hp) vertical in-line pump working in saltwater, using a SIMSITE\u00ae <\/strong>composite impeller as opposed to a metallic impeller.<\/span><\/p>\n

SIMS Pump upgrades existing pumps with SIMSITE<\/strong>\u00ae <\/strong>Impellers & Rings that result in an increase in the Operating Time of ANY pump. SIMSITE<\/strong>\u00ae <\/strong>Structural Composite Impellers & Casing Rings operate more successfully and efficiently than metallic parts.<\/span><\/p>\n

SIMSITE<\/strong>\u00ae <\/strong>Impellers are only 15 percent of the weight of traditional metallic materials. The lower weight not only reduces startup load but also reduces shaft deflection. This allows clearances between the rings and the impeller which results in increases in efficiency and the reduction of energy consumption and maintenance costs.<\/span><\/p>\n

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Key Reasons to Choose SIMSITE\u00ae Impellers and Casing Rings<\/span><\/h1>\n

SIMSITE<\/strong>\u00ae <\/strong>products DO NOT corrode in Seawater and many other fluids; therefore, the efficiency of the SIMSITE\u00ae <\/strong>Impeller & Casing Rings will not deteriorate over time. When the metallic pump parts begin to wear from corrosion, efficiency drops drastically. This drop-in efficiency not only has a significant impact on energy consumption but also increases the cost of maintenance. The life of the pump can be reduced to months instead of years as originally intended.<\/span><\/p>\n

Because SIMSITE<\/strong>\u00ae <\/strong>Impellers are 100% machined on the inside as well as the outside, the SIMSITE<\/strong>\u00ae <\/strong>Structural Composite Impellers are optimized using CFD engineering techniques for maximizing the performance and eficiency in which the pump is operating in the field.<\/span><\/p>\n

It is an all too common problem \u2013 You purchased a pump for one specific performance, yet when you put the pump into service in your plane or ship, the pump operates at another point entirely different from the original design point of the pump because of your system requirements. In addition to being very costly and inefficient, when you operate the pump away from the original design point or best efficiency point.<\/span><\/p>\n

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(BEP), it causes a multitude of problems. These problems include excessive noise and vibration of the pump, shaft oscillation, cavitation, and premature wear and failure of the mechanical seals, bearings, rings, sleeves, and impellers. In extreme cases, the pump shaft will break right behind the impeller from the excessive radial forces that occur when you operate a pump away from the original design point.<\/span><\/p>\n

Operating a pump away from the<\/em> Best Efficiency Point (BEP) has a<\/em> detrimental<\/em> effect<\/em> on<\/em> pump <\/em>efficiency<\/em> and<\/em> longevity<\/em>,<\/em> and <\/em>wastes<\/em> both<\/em> ener<\/em>gy<\/em> and<\/em> money<\/em>! The<\/em> lar<\/em>ger<\/em> the<\/em> pump,<\/em> the<\/em> mor<\/em>e <\/em>ener<\/em>gy,<\/em> and<\/em> money<\/em> ar<\/em>e<\/em> wasted.<\/em><\/span><\/strong><\/h4>\n

Worn pump impellers cost money in energy and extra maintenance expenses! Fortunately, these problems can be easily resolved by installing SIMSITE<\/strong>\u00ae\u00a0 <\/strong>Structural Composite Pumps and\/or SIMSITE<\/strong>\u00ae <\/strong>Impellers & Rings which have been \u201cengineered\u201d for your system requirements. Not only is the efficiency of the pump enhanced, but also the reliability and longevity of the complete pump is substantially improved and the maintenance costs are eliminated!<\/span><\/p>\n

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SIMSITE\u00ae Casing Rings and Wear Rings<\/span><\/h1>\n

Quality manufactured for longer life<\/span><\/h2>\n

SIMSITE<\/strong>\u00ae <\/strong>Casing Rings and Wear Rings are sized to fit the pump housing. They are manufactured to tight tolerances and machined to the dimensions specified. Like all SIMS products, they are quality control inspected before leaving the plant. Rings machined from SIMSITE<\/strong>\u00ae <\/strong>are structural and rugged enough to withstand a great deal of use and abuse.<\/span><\/p>\n

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All of our Casing Rings and Wear Rings are:<\/span><\/p>\n

Corrosion Resistant<\/span><\/h2>\n