While syringe-type needles used for metering or dosing liquid samples pose cross-contamination risks, they are regularly eliminated through proper cleaning. Because protocols differ across applications, it is necessary for laboratory technicians and systems engineers to understand the benefits and limitations of various cleaning methods. Among other considerations, a well-optimized pump configuration should account for needle design, washing solution, and, most importantly, longterm cleaning efficacy. Before the installation of a new cleaning system, it is recommended purchasers consult with a well-regarded pump manufacturer who can guide them through available methods and configurations.

Luckily, most pump manufacturers offer recommendations to help end users size pumps for a given application as noted in Image 1.

The Tip-Tite drum dumper is designed for use with poorly flowing or agglomerated materials, allowing rapid transfer of free- and non-free-flowing bulk solid materials dust-free. Similar in performance to open chute dumpers but with total dust containment, the outlet on the downstream end of the dumper is nearly equal in area to that of the drum opening, allowing agglomerated materials and large chunks to be discharged with minimal possibility of bridging. Drums 30-55 gal. are positioned on the dumper platform, which is raised by a hydraulic cylinder, seating the rim against the circular end of the discharge transition. A second hydraulic cylinder tips the platform-hood assembly and drum, stopping at dump angles of 45, 60 or 90 degrees with a motion-dampening feature. At full rotation, the transition outlet mates with the gasketed square inlet on the lid of a hopper or downstream process equipment, allowing a pneumatically-actuated slide gate valve to be opened and closed for total or partial discharge with no dusting. Flexicon Corp.; Bethlehem, Pa.; 888-353-9426; www.flexicon.com

The market is characterized by the presence of many local and international vendors and as a result appears to be highly fragmented. Local and regional vendors compete with the well-established international players with diversified product portfolios by offering products at a comparatively lower price. Diaphragm pump manufacturers also compete on the basis of several other factors such as quality, reliability, and after-sales services and are mainly focused on differentiating their products by manufacturing customized and energy-efficient pumps.

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For more than 50 years, World Pumps has been the world’s leading pump magazine, keeping the pump industry and its customers informed about all the technical and commercial developments in their industry.

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Unlike most centrifugal and displacement pumps that fail if they run dry, AODD pumps have the ability to run faster without damage when operating dry. Furthermore, air shut-off valves can also be added in order to reduce the amount of compressed air wasted whilst running dry.

The versatility of this pump type, and range of applications that can be accommodated is due in no small part to the wide range of materials than can be used in the construction of both for the pump body and the diaphragms. The diaphragm is literally the heart of the pump. Key factors to take into account when determining the suitability of a diaphragm pump for certain applications are the materials that need to be pumped, the temperature in which they are to operate, the potential effect on the equipment and of course the flex life of the diaphragm.

To conclude, the Electric Diaphragm Pump Industry report mentions the market dynamics with respect to key geographies; market landscapes alongside the product price, revenue, volume, production, supply, demand, market growth rate; future forecast. This report also provides SWOT & PEST analysis, investment feasibility analysis, and investment return analysis for the forecast period.

If you want your AODD pump to handle corrosive chemicals or fluids with fluctuating concentrations and/or pH levels, then it’s vital to make the proper selection of pump bodies and internal pump components to avoid pump corrosion, ensure compatibility, and reduce maintenance requirements. For such applications, plastic pump bodies such as polypropylene, PVDF, Kynar and PTFE are often chosen on account of their chemical inertness. The highest chemical compatibility is offered by PTFE, which can generally be safely used with the most basic chemicals to the most acidic acids. It could be, however, that PTFE is an over-specification. Other materials such as polypropylene or PVDF may suffice. It therefore makes sense to refer to the manufacturer’s chemical compatibility guides for guidance as to which are the optimal pump materials to use for the chemical or fluid you are working with.

The exploration Hot Runner Systems report additionally gives in-detail geographical analysis and estimate forecasts dependent on the present business patterns and explanatory methods. The execution and normal for the Hot Runner Systems market are assessed reliant on the quantitative and subjective technique to give a reasonable image of the present and future conjecture pattern. The worldwide Hot Runner Systems market report is well-created with charts, graphs, and practical figures which show the status of the particular business on the worldwide and territorial stage.