| Viscosity Cups | BYK-Gardner USA | A flow cup, sometimes called an efflux cup or viscosity cup, is a simple gravity device that measures the timed flow of a known volume of liquid passing through an orifice located at the bottom of the shaped cup. |  |
| Static/Motionless Mixers | Charles Ross & Son Company | Ross LPD/LLPD (low pressure drop) and ISG (interfacial surface generator) Motionless Mixers are well known for their wide ranging uses in turbulent and laminar flow mixing applications. |  |
| Fluidicam™ RHEO | Formulaction Inc. | A novel device, the Fluidicam™ RHEO is a microfluidic rheometer where the viscosity of samples are visually measured under shear and temperature sweeps. Strong confinement of flow of a sample and a reference solution inside of a microfluidic chip allows f...view more A novel device, the Fluidicam™ RHEO is a microfluidic rheometer where the viscosity of samples are visually measured under shear and temperature sweeps. Strong confinement of flow of a sample and a reference solution inside of a microfluidic chip allows for fast analysis of samples in the matter of minutes. Over five orders of magniture of shear and six orders of magnitude of viscosity can be measured with a single set of disposable chips while utilizing only milliliters per flow curve or as low as 100 microliters per point. view less |  |
| PreMax | Charles Ross & Son Company | This single-stage rotor/stator generator is specially contoured to generate both high shear and vigorous flow in a batch mixing environment. Designed especially for pigment dispersions, the Delta rotor/stator generator is used in the Ross PreMax* to produ...view more This single-stage rotor/stator generator is specially contoured to generate both high shear and vigorous flow in a batch mixing environment. Designed especially for pigment dispersions, the Delta rotor/stator generator is used in the Ross PreMax* to produce an intense combination of mechanical, hydraulic and cavitational shear, which results in aggressive deagglomeration. view less |  |
| BYKO-Charts | BYK-Gardner USA | BYK-Gardner offers a wide range of drawdown cards and charts for virtually any application and coating material. Test charts are easy to use and an inexpensive substrate to test a variety of coating properties, such as opacity, spreading rate, penetration behavior, and flow...view more BYK-Gardner offers a wide range of drawdown cards and charts for virtually any application and coating material. Test charts are easy to use and an inexpensive substrate to test a variety of coating properties, such as opacity, spreading rate, penetration behavior, and flow and leveling behavior. They are used for testing architectural, industrial, automotive, wood finishes or even cosmetic products (e.g. nail polish). view less |  |
| Viscosity Cups And Accessories | TQC | TQC Viscosity Flow Cups measure the consistency of paints, varnishes and other similar products. Each TQC viscosity cup is made under continuing quality control procedures and provided with an engraved unique serial number. The design of the cup and orif...view more TQC Viscosity Flow Cups measure the consistency of paints, varnishes and other similar products. Each TQC viscosity cup is made under continuing quality control procedures and provided with an engraved unique serial number. The design of the cup and orifice eliminate hard to clean recesses. The inner dimensions are according specified standards. Since not all orifices are specified in the standards, additional orifices have been designed to comfort unspecified applications. view less |  |
| RheoLabQC Quality Control Rheometer | Anton Paar Viscosity & Rheology | RheoLabQC Quality Control Rheometer is a quality control rheometer based on state-of-the-art technologies that are also used in R&D rheometers. It combines unrivaled performance with easy operation and robust design, from quick single-point checks over flow...view more RheoLabQC Quality Control Rheometer is a quality control rheometer based on state-of-the-art technologies that are also used in R&D rheometers. It combines unrivaled performance with easy operation and robust design, from quick single-point checks over flow curve and yield point determinations to complex rheological investigations. It is a rotational rheometer based on the Searle principle, which features a high-precision encoder, a highly dynamic EC motor, and is also used in the MCR rheometer series, providing excellent speed regulation. view less |  |
| SZ-100 - Nanopartica Series Instruments | HORIBA Instruments, Inc. | SZ-100 - Nanopartica Series Instruments is a highly advanced analyzer solves the mysteries of the nano-world. A single device analyzes the three parameters that characterize nanoparticles: particle diameter, zeta potential, and molecular weight. Advantages of SZ-100 include sampling measurement using the industry’s lowest sample volume of 100 μL is possible and arithmetic processing from an auto-correlation function by a Fourier transformation to electrical mobility. SZ-100 provides a mean to highly accurate, highly reproducible measurement: electro-osmotic flow...view more SZ-100 - Nanopartica Series Instruments is a highly advanced analyzer solves the mysteries of the nano-world. A single device analyzes the three parameters that characterize nanoparticles: particle diameter, zeta potential, and molecular weight. Advantages of SZ-100 include sampling measurement using the industry’s lowest sample volume of 100 μL is possible and arithmetic processing from an auto-correlation function by a Fourier transformation to electrical mobility. SZ-100 provides a mean to highly accurate, highly reproducible measurement: electro-osmotic flow countermeasure. Some applications for SZ-100 include biomaterials such as vitamins, enzymes and metals. view less |  |
| Omega® Economic Dispersionizer | NETZSCH Grinding & Dispersing | Successful dispersion requires targeted force in order to separate agglomerated particles. The Omega® Economic Disperser applies dispersive forces then and there, where they are especially effective: in the Omega® disperser body, energy is transformed into very high speeds under pressure. Turbulence and cavitation in perfect combination with specifically-applied shearing forces ensure maximum dispersion results. In addition, the system can be easily adapted to different operating conditions or formulations thanks to the Omega® disperser body, which consists of a nozzle with infinitely adjustable flow...view more Successful dispersion requires targeted force in order to separate agglomerated particles. The Omega® Economic Disperser applies dispersive forces then and there, where they are especially effective: in the Omega® disperser body, energy is transformed into very high speeds under pressure. Turbulence and cavitation in perfect combination with specifically-applied shearing forces ensure maximum dispersion results. In addition, the system can be easily adapted to different operating conditions or formulations thanks to the Omega® disperser body, which consists of a nozzle with infinitely adjustable flow properties. The optimum adaptation and increased efficiency not only lead to reduced energy consumption in the production process and thereby less heat development, but also to less wear as compared to traditional technologies. view less |  |
| Vacuum De-Aerator DA/DA-VS | NETZSCH Grinding & Dispersing | In the NETZSCH Vacuum De-aerator, micronized gases are removed from fluids with a wide range of viscosities. By means of the VTR Principle (vacuum – thin-film – rotary process), it is possible to process products from for example offset ink and shampoo to a wide variety of free-flow...view more In the NETZSCH Vacuum De-aerator, micronized gases are removed from fluids with a wide range of viscosities. By means of the VTR Principle (vacuum – thin-film – rotary process), it is possible to process products from for example offset ink and shampoo to a wide variety of free-flowing compounds. view less |  |
| MicroMedia™ L | Bühler AG | MicroMedia™ L is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMe...view more MicroMedia™ L is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X1 | Bühler AG | MicroMedia™ X1 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X1 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X2 | Bühler AG | MicroMedia™ X2 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X2 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X3 | Bühler AG | MicroMedia™ X3 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X3 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X4 | Bühler AG | MicroMedia™ X4 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X4 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| UniPak™ System | Cleveland Steel Container Corporation | The UniPak™ System allows for two separate products to be shipped in one UN rated container. An ideal packaging choice for two part coatings in which a catalyst must be segregated from the base product until mixing prior to application. The UniPak™ System includes a specially designed steel cover to work with an extended lip plastic tray or cradle. The plastic cradle is designed to hold a 1 gallon tin can while the plastic tray is designed to hold either free flow...view more The UniPak™ System allows for two separate products to be shipped in one UN rated container. An ideal packaging choice for two part coatings in which a catalyst must be segregated from the base product until mixing prior to application. The UniPak™ System includes a specially designed steel cover to work with an extended lip plastic tray or cradle. The plastic cradle is designed to hold a 1 gallon tin can while the plastic tray is designed to hold either free flowing material, a small container or bag. view less | |
| MicroMedia™ L-C | Bühler AG | MicroMedia™ L-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micro...view more MicroMedia™ L-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ P1-C | Bühler AG | MicroMedia™ P1-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micr...view more MicroMedia™ P1-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ P2-C | Bühler AG | MicroMedia™ P2-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micr...view more MicroMedia™ P2-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| SA-9600 Series Surface Area Analyzers | HORIBA Instruments, Inc. | SA-9600 Series Surface Area Analyzer brings exceptional convenience and confidence to surface area and pore volume analysis. Now you can perform single-point surface area, multi-point surface area and total pore volume measurements with push-button ease. It's use of the flow...view more SA-9600 Series Surface Area Analyzer brings exceptional convenience and confidence to surface area and pore volume analysis. Now you can perform single-point surface area, multi-point surface area and total pore volume measurements with push-button ease. It's use of the flowing-gas method allows routine total surface area measurements to be made as quickly as every six minutes, depending on magnitude of surface area. The three-station SA-9603 analyzer measures three samples simultaneously. Because it is fully automated, the SA-9600 series eliminates variables that are sometimes introduced by operator involvement, such as the measurement of nitrogen or movement of the dewer flasks. The SA-9600 provides quick, user friendly specific surface area analysis for a wide variety of powders ranging from catalysts to active pharmaceutical ingredients (API’s). Low surface area API’s and excipients are particularly well suited for analysis by the SA-9600, which provides a quicker measurement time at a lower cost than competitive options. view less |  |
