Charles Ross Products

  1. Sanitary Pressure Vessel 8/6/2004
    Sanitary Pressure Pot - 250 gallon working capacity -l rated for Full vacuum and 75psi internal pressure @ 100*C -Material of construction 316L -Dimpled jacket, rated for 150 psi @ 150*F on sides and bottom
  2. Heat Transfer Coils 7/6/2004
    Coils inside a vessel are often added to maintains product temperature.
  3. Sanitary Stainless Steel Tanks And Vessels 7/6/2004

    Stainless Steel Sanitary Tanks & Vessels are available in a variety of sizes and shapes for process manufacturing. The vessels are constructed in type 316 ss and are designed for vacuum operation. Each includes a variety of nozzles and a large manway for ingredient addition.

  4. Sanitary Mix Tanks 7/6/2004

    Stainless Steel Tanks - This 1000 Liter Stainless Steel Sanitary tank is constructed of type 316 stainless steel

  5. Motionless Mixer Brochure 2/9/2004

    A new 10 page-four color brochure illustrating and describing the company’s extensive line of Motionless Mixers...

  6. Ribbon Blenders 2/9/2004

    The Charles Ross and Son's Ribbon Blender range in capacity from 1/2 cu. ft. to 515 cu. ft. capacities. Ross Blenders are stocked and are constructed in carbon and stainless steel. Standard and Sanitary models are available to meet special production requirements.

  7. High Shear Mixer - High Shear Rotor-Stator 1/31/2004

    High Shear Inline Rotor-Stator Mixers. Ideal for process manufacturing needs.

  8. Ribbon Blenders 1/31/2004

    Ross manufactures a range of sizes from ½ through 515 cu.ft. working capacity. Ross blenders are supplied with several agitator design possibilities including continuous or cut-out ribbons for center or end discharge, a paddle design is also offered for shear sensitive blending applications.

  9. Ross Opens New Factory 1/24/2004
    Charles Ross & Son Company today announced the recent opening of a second manufacturing plant in China.
  10. Double Planetary Mixers 1/24/2004

    Mixers- The Double Planetary Mixers contains two mixing blades that revolve on their own axis, as well as on a common axis, within the mix vessel. The mix pattern ensures that all materials in the vessel are intermixed within a few minutes.