charles ross wp

31. Understanding Surfactants And New Methods Of Dispersing Them 3/26/2008
    Surface-active agents, or surfactants for short, are compounds that lower the surface tension of a liquid and lower the interfacial tension between two liquids. Surfactants are amphiphilic in nature, possessing both hydrophilic and lipophilic properties. The unique combination of these opposing properties in the same molecule is what enables a surfactant to reduce surface and interfacial tensions. Submitted by Charles Ross and Son Company
32. White Paper: The Art Of High Shear Mixing 3/24/2008

    The high-shear rotor/stator mixer (HSM), once relegated to a relatively narrow niche of mixing applications, has become a mainstay in many applications in the chemical process industries. The ability to apply intense shear and shorten mixing cycles gives these mixers broad appeal for applications that require immiscible fluids to be formulated into emulsions, or agglomerated powders to be dispersed into a liquid medium.

33. The Art Of High Shear Mixing 3/24/2008
    The high-shear rotor/stator mixer (HSM), once relegated to a relatively narrow niche of mixing applications, has become a mainstay in many applications in the chemical process industries (CPI). The ability to apply intense shear and shorten mixing cycles gives these mixers broad appeal for applications that require immiscible fluids to be formulated into emulsions, or agglomerated powders to be dispersed into a liquid medium. Submitted by Charles Ross and Son Company
34. Charles Ross And Son Company Tackles Hard To Solve Challenges In Today's Marketplace — Pharmaceutical Online Interview With Gladwyn Lagman, Charles Ross And Son Company 10/16/2006
    The editorial staff at Pharmaceutical Online recently sat down with Gladwyn Lagman to discuss Charles Ross and Son Company and the trends in the pharmaceutical manufacturing industry. Gladwyn is the Executive Vice President of Charles Ross and Son Company in Hauppauge, NY. Submitted by Charles Ross and Son Company
    
    
35. Double Planetary Mixer Revolutionizes High Viscosity Mixing 12/19/2005
    The evolution of equipment design is accelerating and the business implications of this transformation are huge. Even if your mission seems straightforward — to replace existing equipment
36. White Paper: Double Planetary Mixer Revolutionizes High Viscosity Mixing 12/19/2005

    The evolution of equipment design is accelerating and the business implications of this transformation are huge. Even if your mission seems straightforward — to replace existing equipment

37. White Paper: Scale Up Of High Shear Rotor-Stator Mixers 6/20/2005

    In virtually any application, scale up is a critical process that impacts your business in a multitude of ways, from proper planning of plant floor design and equipment configuration, to operating procedures, to the net operating-and capital-cost impact on the bottom line.

38. White Paper: Scale Up Of High Shear Rotor-Stator Mixers 6/20/2005
    In virtually any application, scale up is a critical process that impacts your business in a multitude of ways, from proper planning of plant floor design and equipment configuration, to operating procedures, to the net operating-and capital-cost impact on the bottom line.
39. How To Choose The Right Mixer For High-Viscosity Mixing Applications

    A few years ago, the process of selecting a mixer for most applications was straight- forward. When increased demand required an increase in production, process engineers were naturally inclined to choose the type of mixer that had worked before in the same application. When they began talking to equipment manufacturers, their questions focused on capacity, auxiliary equipment, projected delivery and price. Many tested equipment before signing a purchase order.

40. Reduce Cycle Times For Large Capacity Mixing Applications

    In batch mixing, cycle time is often a function of many factors including solubility, ease of dispersion, particle size reduction, emulsification, reaction kinetics, heating/cooling rates, etc.