The best dry pump for replacing an oil rotary vacuum pump.
In vacuum sintering furnaces, the binder that scatters can accumulate in oil rotary vacuum pumps, leading to failures, and the oil can become contaminated, necessitating frequent oil changes. Our dry pumps have a structure that minimizes binder accumulation inside, preventing failures and significantly reducing the running costs associated with oil changes. ● Replacing oil rotary vacuum pumps with dry pumps in vacuum sintering furnaces is currently a trend. ● Our uniquely designed screw rotor discharges the sucked binder. In typical dry pumps, binders accumulate inside, causing failures. ● With the optional cleaning set, it is possible to wash away any remaining binder inside while the unit is installed. ● By introducing seal gas and purge gas, contamination of bearings, gears, etc., is prevented. ● Disassembly work (condition checks, consumable replacements, internal cleaning) can be easily performed on-site, minimizing running costs.
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basic information
By including optional cleaning sets and seal purge gas sets with the SST/SSX series, it becomes customized for use with vacuum sintering furnaces. Depending on the amount of binder and the method of operation, it is also possible to provide optional heater sets and additional drain tanks. ◆◇◆ For more details, please contact us ◆◇◆
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Applications/Examples of results
There are numerous achievements in vacuum sintering furnaces (hard metals, magnets, MIM, graphite, ceramics). The costs associated with oil rotary vacuum pumps (repair costs in case of failure, regular maintenance costs, and oil change costs) are significantly reduced.
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Company information
Shinko Seiki, as a technology-driven manufacturer, leverages the numerous know-how accumulated particularly in the field of vacuum equipment to deliver innovative products that meet user needs. In recent years, the company has also been challenging cutting-edge fields such as electronics and new materials, aiming to develop truly valuable hardware and software through the advancement of distinctive technologies and their organic integration.
