ROSS has unveiled improvements to the dual-post hydraulic lift and seal design of its 1,500-gallon Multi-Shaft Mixer (Model PVM-1500). The new lifting design is a double-acting, fully hydraulic cylinder operating at a much higher pressure, allowing for a smaller cylinder and significantly less oil for operation.
Gregg Drames is the newest ROSS Regional Sales Manager covering the Mid-Atlantic Region (DE, MD, Washington DC, Southern NJ and parts of PA). With degrees in Environmental Chemistry and Business Management from Philadelphia University, Gregg brings 9 years of experience in technical sales and business development.
ROSS Systems and Controls (SysCon) offers new specialized control panels for use with high horsepower equipment in hazardous locations. A NEMA 12 main power panel, housing high voltage Variable Frequency Drives and motor protection fusing, is installed in a non-classified area and wired to a NEMA 7/9 operator station.
This white paper presents some ideas for selecting the right inline high shear mixer for your process based on a company’s collective experience as a mixing equipment provider to process industries.
ROSS advances high-viscosity process equipment well beyond traditional Double Planetary Mixers.
ROSS High Speed Dispersers now feature two-hand safety controls for raising and lowering the mixing head.
ROSS introduces a new Laboratory Paddle Blender offering advanced features for more convenient, automated powder blending and liquid spraying operation with recipe management.
Charles Ross & Son Company, a leading manufacturer of specialty mixing, blending, drying and dispersion equipment, is proud to announce the opening of its online store.
Whether you're considering a tumble blender for your process or shopping for a suitable piece of blending equipment, here are 10 things you should think about before the making final decision.
Mixer testing simulation trials are needed to confirm the suitability of a specific mixing strategy. This white paper explores five ways to increase energy efficiency in new and existing mixing processes.
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