| AquaFLON® 178G (PTFE / Polyethylene Wax Dispersion) | Shamrock Technologies, Inc. | AquaFLON® 178G is PTFE (polytetrafluoroethylene) and polyethylene wax in an aqueous dispersion. AquaFLON® 178G is recommended for water-based inks. | |
| AquaFLON® 50 (PTFE Dispersion) | Shamrock Technologies, Inc. | AquaFLON® 50 is submicron PTFE in an aqueous dispersion. AquaFLON® 50 is recommended for a wide variety of specialty applications in inks such as water-based inkjet formulations. Due to its extremely small particle size, AquaFLON® 50 is most suitable for ...view more AquaFLON® 50 is submicron PTFE in an aqueous dispersion. AquaFLON® 50 is recommended for a wide variety of specialty applications in inks such as water-based inkjet formulations. Due to its extremely small particle size, AquaFLON® 50 is most suitable for thin film applications. view less | |
| AquaFLON® 52 (PTFE Dispersion) | Shamrock Technologies, Inc. | AquaFLON® 52 is PTFE (polytetrafluoroethylene) in a non-ionic aqueous dispersion. AquaFLON® 52 is recommended for flexographic and gravure water-based inks. | |
| AquaFLON® 605 (PTFE / Polyethylene Wax Dispersion) | Shamrock Technologies, Inc. | AquaFLON® 605 is PTFE (polytetrafluoroethylene) and spherical polyethylene wax in an aqueous dispersion. AquaFLON® 605 is recommended for a wide variety of specality applications in inks. | |
| AquaFLON® 797 (PTFE / Polyethylene Wax Dispersion) | Shamrock Technologies, Inc. | AquaFLON® 797 is PTFE (polytetrafluoroethylene) and polyethylene wax in a non-ionic aqueous dispersion. AquaFLON® 797 is recommended for flexographic and gravure water-based inks. | |
| AquaFLON® MG (PTFE / Wax Dispersion) | Shamrock Technologies, Inc. | AquaFLON® MG is PTFE (polytetrafluoroethylene) and carnauba wax in an aqueous dispersion. AquaFLON® MG is recommended for thin film water based compositions like printing inks, and overprint varnishes. | |
| Aquapel (Ink Additive) | Shamrock Technologies, Inc. | Aquapel is a hydrophobic additive to control water pickup in inks. | |
| Aquapel Three (Ink Additive) | Shamrock Technologies, Inc. | Aquapel Three is a hydrophobic additive to control water pickup in inks. | |
| CeraSPERSE 171 (Wax Dispersion) | Shamrock Technologies, Inc. | CeraSPERSE 171 is polyethylene wax compounded in refined linseed oil (VOC-free). CeraSPERSE 171 is recommeneded for use in sheetfed ink. | |
| CeraSPERSE 174 (Wax Dispersion) | Shamrock Technologies, Inc. | CeraSPERSE 174 is PTFE (polytetrafluoroethylene) and polyethylene wax compounded in refined linseed oil. CeraSPERSE 174 is recommended for use in sheetfed ink. | |
| CeraSPERSE 442DV (PTFE / Wax Dispersion) | Shamrock Technologies, Inc. | CeraSPERSE 442DV is PTFE (dark colored polytetrafluoroethylene) and wax compounded in ink oil. | |
| CeraSPERSE UV 636 (Carnauba Wax UV Dispersion) | Shamrock Technologies, Inc. | CeraSPERSE UV 636 is carnauba wax dispersed in the UV monomer TRPGDA. | |
| CeraSPERSE UV 691 (Carnauba Wax UV Dispersion) | Shamrock Technologies, Inc. | CeraSPERSE UV 691 is carnauba wax dispersed in the UV monomer TRPGDA. | |
| FluoroSLIP® 225 (PTFE / Polyethylene Wax Blend) | Shamrock Technologies, Inc. | FluoroSLIP® 225 is a PTFE and low molecular weight micronized polyethylene wax blend. FluoroSLIP® 225 is recommended for offset inks in water-based, solvent-based and UV systems. | |
| FluoroSLIP® 421 (PTFE / Polyethylene Wax Blend) | Shamrock Technologies, Inc. | FluoroSLIP® 421 is a PTFE (polytetrafluoroethylene) and polyethylene wax blend. FluoroSLIP® 421 is recommended for offset inks in water-based, solvent-based and UV systems. | |
| FluoroSLIP® 511 (PTFE / Polyethylene Wax Blend) | Shamrock Technologies, Inc. | FluoroSLIP® 511 is a PTFE (polytetrafluoroethylene) and polyethylene wax blend. FluoroSLIP® 511 is recommended for offset inks in water-based, solvent-based and UV systems. | |
| FluoroSLIP® 515 (PTFE / Polyethylene Wax Blend) | Shamrock Technologies, Inc. | FluoroSLIP® 515 is a PTFE (polytetrafluoroethylene) and polyethylene wax blend. FluoroSLIP® 515 is recommended for offset inks in water-based, solvent-based and UV systems. | |
| FluoroSLIP® 533 (PTFE / Polyethylene Wax Blend) | Shamrock Technologies, Inc. | FluoroSLIP® 533 is a hydrophilic polyethylene wax and PTFE blend where the polyethylene wax shows a uniform melting range peaking at 97°C. FluoroSLIP® 533 is recommended for offset inks in water-based, solvent-based and UV systems. | |
| FluoroSLIP® 605 (PTFE / Polytheylene Wax Blend) | Shamrock Technologies, Inc. | FluoroSLIP® 605 is a spherical polyethylene wax and PTFE blend. FluoroSLIP® 605 is recommended for offset inks in water-based, solvent-based and UV systems. | |
| FluoroSLIP® 731MG (PTFE / Wax Blend) | Shamrock Technologies, Inc. | FluoroSLIP® 731MG is a PTFE (polytetrafluoroethylene), high melting polyethylene wax, and carnauba wax blend. FluoroSLIP® 731MG is recommended for offset inks in water-based, solvent-based and UV systems. | |
| FluoroSPERSE® 153V (PTFE Dispersion) | Shamrock Technologies, Inc. | FluoroSPERSE® 153V is a PTFE (polytetrafluoroethylene) dispersion in a universal lithographic system. FluoroSPERSE® 153V is recommended for offset and heat set lithographic inks. | |
| FluoroSPERSE® 6153V (PTFE Dispersion) | Shamrock Technologies, Inc. | FluoroSPERSE® 6153V is a micronized PTFE (polytetrafluoroethylene) dispersion in a universal lithographic system. FluoroSPERSE® 6153V is recommended for use in offset inks. | |
| FluoroSPERSE® 755 (PTFE Dispersion) | Shamrock Technologies, Inc. | FluoroSPERSE® 755 is a PTFE (polytetrafluoroethylene) dispersion in a universal lithographic system. FluoroSPERSE® 755 is recommended for offset and heat set lithographic inks. | |
| FluoroSPERSE® 7908 (PTFE Dispersion) | Shamrock Technologies, Inc. | FluoroSPERSE® 7908 is a PTFE (polytetrafluoroethylene) micropowder dispersion in a lithographic varnish. | |
| FluoroSPERSE® 8233 (PTFE Dispersion) | Shamrock Technologies, Inc. | FluoroSPERSE® 8233 is a dispersion of polytetrafluoroethylene (PTFE) micropowder in a soya alkyd vehicle. | |
| FluoroSPERSE® 966 (PTFE Dispersion) | Shamrock Technologies, Inc. | FluoroSPERSE® 966 is a PTFE (polytetrafluoroethylene) dispersion in a petrolatum and soya alkyd drying oil. FluoroSPERSE® 966 is recommended for offset and heat set inks. | |
| FluoroSPERSE® UV 808 (PTFE Dispersion) | Shamrock Technologies, Inc. | FluoroSPERSE® UV 808 is a 40% dispesion of PTFE (polytetrafluoroethylene) in TRPGDA monomer. | |
| Hydrocer 257 (Polyethylene Wax Disperison) | Shamrock Technologies, Inc. | Hydrocer 257 is polyethylene wax in a non-ionic aqueous dispersion recommended for water based ink systems. | |
| Hydrocer 357 (Polyethylene Wax Dispersion) | Shamrock Technologies, Inc. | Hydrocer 357 is a spherical polyethylene wax in a non-ionic aqueous dispersion recommended for water based ink systems. | |
| Hydrocer™ 7112 (Synthetic Wax Dispersion) | Shamrock Technologies, Inc. | Hydrocer™ 7112 is a stable, aqueous synthetic wax dispersion. It is recommend for water-based ink and coating systems. | |
| Hydrocer DP-69 (Paraffin Wax Microdispersion) | Shamrock Technologies, Inc. | Hydrocer DP-69 is paraffin wax in an aqueous microdispersion recommended for water based ink systems. | |
| Hydrocer EE 95 (Polyethylene Wax Emulsion) | Shamrock Technologies, Inc. | Hydrocer EE 95 is an anionic, high-density polyethylene wax emulsion. Hydrocer EE-95 is used in liquid inks for flexographic systems. | |
| Hydrocer EP 91 (Paraffin Wax Emulsion) | Shamrock Technologies, Inc. | Hydrocer EP 91 is an anionic aqueous paraffin wax emulsion. Hydrocer EP 91 is recommended for use in aqueous ink systems. | |
| Hydrocer ER 77 (Polypropylene Emulsion) | Shamrock Technologies, Inc. | Hydrocer ER 77 is a non-ionic APEO-free polypropylene emulsion recommended for use in liquid inks. | |
| Neptune 1-N1 (Polyethylene Wax) | Shamrock Technologies, Inc. | Neptune 1-N1 is a medium MW synthetic wax treated to provide water wettability. Neptune 1-N1 is recommened for use in water based inks. | |
| Neptune 1-N5 (Polyethylene Wax) | Shamrock Technologies, Inc. | Neptune 1-N5 is a water dispersible grade of polyethylene wax showing melting peaks ranging from 93 – 106°C. Neptune 1-N5 is recommended for water based inks. | |
| Neptune 5223 (Polyethylene Wax) | Shamrock Technologies, Inc. | Neptune 5223 is a polyethylene wax that has been oxidized to provide water wettability and has a uniform melting range peaking at 97°C. Neptune 5223 is recommended for water based liquid and UV inks. | |
| PowderTEX 61 (PTFE Powder) | Shamrock Technologies, Inc. | PowderTEX 61 is a PTFE (polytetrafluoroethylene) texturing powder that has been treated with a higher surface area inert spacer to facilitate ease of handling. | |
| PowderTEX 94 (PTFE Powder) | Shamrock Technologies, Inc. | PowderTEX 94 is a PTFE (polytetrafluoroethylene) texturing powder that has been treated with a higher surface area inert spacer to facilitate ease of handling. | |
| S-232-N1 (Carnauba / Polyethylene Wax Alloy) | Shamrock Technologies, Inc. | S-232-N1 is a carnauba and polyethylene wax alloy showing melting peaks ranging from 84 – 110°C. S-232-N1 is recommended for use in water based inks. | |
| S-256-N1 (Carnauba / Polyethylene Wax Alloy) | Shamrock Technologies, Inc. | S-256-N1 is a carnauba and polyethylene wax alloy showing melting peaks ranging from 95 – 113°C. S-256-N1 is recommended for use in water based inks. | |
| S-363 (Polyethylene Wax Alloy) | Shamrock Technologies, Inc. | S-363 is a polyethylene wax alloy showing melting peaks ranging from 92 – 141°C. S-363 is recommended for use in liquid inks. | |
| S-379-H (Polyethylene Wax) | Shamrock Technologies, Inc. | S-379-H is polyethylene wax with a DSC peak melt around 100°C and corresponding low onset of melting. S-379-H is recommended for liquid and paste inks. | |
| S-379-N8 (Polyethylene Wax) | Shamrock Technologies, Inc. | S-379-N8 is a polyethylene wax with a DSC peak melt above 100°C and corresponding low onset of melting. | |
| S-381-N1 (Carnauba / Polyethylene Wax Alloy) | Shamrock Technologies, Inc. | S-381-N1 is a carnauba and polyethylene micronized wax alloy that has a uniform melting range peaking at 91°C. S-381-N1 is recommended for liquid inks. | |
| S-381-N5 (Carnauba / Polyethylene Wax Blend) | Shamrock Technologies, Inc. | S-381-N5 is a carnauba and polyethylene micronized wax blend that has a uniform melting range peaking at 91°C. S-381-N5 is recommended for liquid inks. | |
| S-390-C (Spherical Polyethylene Wax) | Shamrock Technologies, Inc. | S-390-C is a spherical polyethylene wax with a DSC peak melt above 100°C and corresponding low onset of melting. S-390-C is recommended for liquid and paste inks. | |
| S-394-MG (Polyethylene Wax) | Shamrock Technologies, Inc. | S-394-MG is a polyethylene wax with a DSC melt peak above 110°C. S-394-MG is recommended for liquid and paste inks. | |
| S-394-N1 (Polyethylene Wax) | Shamrock Technologies, Inc. | S-394-N1 is a polyethylene wax with a DSC melt peak above 110°C and good onset of melting. S-394-N1 is recommended for liquid and paste inks. | |
| S-394-N5 (Polyethylene Wax) | Shamrock Technologies, Inc. | S-394-N5 is a polyethylene wax with a DSC melt peak above 110°C and good onset of melting. S-394-N5 is recommended for liquid and paste inks. | |
| S-394-SD4 (Spherical Polyethylene Wax) | Shamrock Technologies, Inc. | S-394-SD4 is a spherical polyethylene wax with a DSC melt peak above 110°C and good onset of melting. S-394-SD4 is recommended for liquid and paste inks. | |
| S-395-N2 (Polyethylene Wax) | Shamrock Technologies, Inc. | S-395-N2 is a polyethylene wax with a DSC melt peak above 120°C, good crystallinity and high onset of melt. S-395-N2 is recommended for liquid and paste inks. | |
| S-395-N5 (Polyethylene Wax) | Shamrock Technologies, Inc. | S-395-N5 is a polyethylene wax with a DSC melt peak above 120°C, good crystallinity and high onset of melt. S-395-N5 is recommended for liquid and paste inks. | |
| S-395-SP5 (Polyethylene Wax) | Shamrock Technologies, Inc. | S-395-SP5 is a polyethylene wax with a DSC melt peak above 120°C, good crystallinity and high onset of melt. S-395-SP5 is recommended for liquid and paste inks. | |
| S-400-N1 (EBS Wax) | Shamrock Technologies, Inc. | S-400-N1 is a micronized EBS (ethylene bisstearamide) wax powder showing melting peaks ranging from 99 – 147°C. S-400-N1 is used in both the ink and coating industry. | |
| S-400-N5 (EBS Wax) | Shamrock Technologies, Inc. | S-400-N5 is a micronized EBS (ethylene bissteramide) wax powder showing melting peaks ranging from 99 – 147°C. S-400-N5 is recommended for powder, water-based, solvent-based and UV systems. | |
| S-400-Q (EBS Wax) | Shamrock Technologies, Inc. | S-400-Q is a micronized EBS (ethylene bissteramide) wax powder showing melting peaks ranging from 108 – 146°C. S-400-Q is recommended for powder, water-based, solvent-based and UV systems. | |
| S-400-SP5 (EBS Wax) | Shamrock Technologies, Inc. | S-400-SP5 is a micronized EBS (ethylene bissteramide) wax powder showing melting peaks ranging from 107 – 145°C. S-400-SP5 is recommended for powder, water-based, solvent-based and UV systems. | |
| S-413 (Polyethylene Wax) | Shamrock Technologies, Inc. | S-413 is a polyethylene wax showing multiple melting peaks ranging from 107 – 142°C. S-413 is recommended for offset inks. | |
| S-483 (Spherical Polyethylene Wax) | Shamrock Technologies, Inc. | S-483 is a spherical Polyethylene wax with a DSC melt peak above 110°C. It has good onset of melting and low crystallinity. S-483 is recommended for liquid and paste inks. | |
| S-NAUBA-5021 (Carnauba / Polyethylene Wax Blend) | Shamrock Technologies, Inc. | S-NAUBA-5021 is a carnauba and polyethylene wax blend showing melting peaks ranging from 84 – 110°C. S-NAUBA-5021 is recommended for paste inks in all aqueous and solvent based systems. | |
| SPP-10 (Polypropylene Powder) | Shamrock Technologies, Inc. | SPP-10 is an isotactic polypropylene with a mean particle size of 15 microns. The SPPs are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based coatings. | |
| SPP-25 (Polypropylene Powder) | Shamrock Technologies, Inc. | SPP-25 is an isotactic polypropylene with a mean particle size of 25 microns. The SPPs are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based coatings. | |
| SPP-300 (Polypropylene Powder) | Shamrock Technologies, Inc. | SPP-300 is an isotactic polypropylene with a mean particle size of 290 microns. The SPPs are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based coatings. | |
| SPP-40 (Polypropylene Powder) | Shamrock Technologies, Inc. | SPP-40 is an isotactic polypropylene with a mean particle size of 40 microns. The SPPs are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based coatings. | |
| SST®-2 (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-2 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 8.0 µm. SST®-2 is recommended for use in water-based liquid inks. | |
| SST®-2D (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-2D is a low MW PTFE powder (white) with a particle size mean value of 6.0 µm. SST®-2D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-2D is recommended for use in offset and liquid inks. | |
| SST®-2P (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-2P is a low MW PTFE powder (off-white) with a particle size mean value of 8.0 µm. SST®-2P is recommended for use in offset and liquid inks. | |
| SST®-3 (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-3 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 5.0 µm. SST®-3 is recommended for use in offset and liquid inks. | |
| SST®-3D (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-3D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-3D is recommended for use in offset and liquid inks. | |
| SST®-3P (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-3P is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3P is recommended for use in offset and liquid inks. | |
| SST®-3PS (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-3PS is a sintered low MW PTFE powder (charcoal gray colored) with a particle size mean value of 5.0 µm. SST®-3PS is recommended in offset and liquid inks. | |
| SST®-4 (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-4 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 3.0 µm. SST®-4 is recommended for use in offset and liquid inks. | |
| SST®-4MG (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-4MG is a low MW PTFE powder (white) with a particle size mean value of 2.5 µm. SST®-4MG has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-4MG is recommended for use in offset inks. | |
| SST®-4P (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-4P is a low MW PTFE powder (white) with a particle size mean value of 3.0 µm. SST®-4P is recommended in offset and liquid inks. | |
| SST®-5 (PTFE Micropowder) | Shamrock Technologies, Inc. | SST®-5 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 3.0 µm. SST®-5 is recommened for use in offset inks. | |
| TexMATTE 6005 (PMMA Powder) | Shamrock Technologies, Inc. | TexMATTE 6005 is a cross-linked polymethyl methacrylate powder with a mean particle size of 7 microns. The TexMATTE Series are used in both liquid and offset inks. | |
| TexMATTE 6010 (PMMA Powder) | Shamrock Technologies, Inc. | TexMATTE 6010 is a cross-linked polymethyl methacrylate powder with a mean particle size of 10 microns. The TexMATTE Series are used in both liquid and offset inks. | |
| TexMATTE 6014 (PMMA Powder) | Shamrock Technologies, Inc. | TexMATTE 6014 is a cross-linked polymethyl methacrylate powder with a mean particle size of 13 microns. The TexMATTE Series are used in both liquid and offset inks. | |
| TexMATTE 6017 (PMMA Powder) | Shamrock Technologies, Inc. | TexMATTE 6017 is a cross-linked polymethyl methacrylate powder with a mean particle size of 19 microns. The TexMATTE Series are used in both liquid and offset inks. | |
| TexMATTE 6030 (PMMA Powder) | Shamrock Technologies, Inc. | TexMATTE 6030 is a cross-linked polymethyl methacrylate powder with a mean particle size of 35 microns. The TexMATTE Series are used in both liquid and offset inks. | |
| ASC Automatic Sample Changer | Anton Paar Viscosity & Rheology | ASC Automatic Sample Changer allows the fully automated measurement of up to 32 samples in one work cycle. The positioning of the measuring cups, the measuring procedure, including data recording and subsequent cleaning of the measuring bob, are fully aut...view more ASC Automatic Sample Changer allows the fully automated measurement of up to 32 samples in one work cycle. The positioning of the measuring cups, the measuring procedure, including data recording and subsequent cleaning of the measuring bob, are fully automatic. This unique system not only save work but also increases the quality of the measuring results due to high reproducibility. view less |  |
| FRS1600 Furnace Rheometer System | Anton Paar Viscosity & Rheology | FRS1600 Furnace Rheometer System combines a rheometer and a lab furnace for viscosity measurements of melts at temperatures up to 1600°C. This helps ensure a consistent high quality of the final product and to optimize this energy-intensive process. Mater...view more FRS1600 Furnace Rheometer System combines a rheometer and a lab furnace for viscosity measurements of melts at temperatures up to 1600°C. This helps ensure a consistent high quality of the final product and to optimize this energy-intensive process. Materials of regular use in everyday life, such as glasses and metals, are processed or refined as melts at temperatures above 1000°C. view less |  |
| High-Throughput Rheometer HTR 301 | Anton Paar Viscosity & Rheology | High-Throughput Rheometer HTR 301 is the first fully automated rheometer available. Rheological measurements are carried out by MCR rheometers in the high quality the instruments are known for, while a robot handles all additional tasks pertaining to the ...view more High-Throughput Rheometer HTR 301 is the first fully automated rheometer available. Rheological measurements are carried out by MCR rheometers in the high quality the instruments are known for, while a robot handles all additional tasks pertaining to the measurement. Measurements are performed with concentric cylinder as well as with cone-and-plate and parallel-plate geometries – a novelty in automated rheometry. The basic MCR 301 setup remains as modular and customizable as ever - with the difference that HTR 301 now performs all measuring steps automatically, operated by a robot. In its standard setup, it processes 96 samples in a single run – working for up to 24 hours a day. view less |  |
| Lovis 2000 M/ME Rolling-Ball Viscometer | Anton Paar Viscosity & Rheology | Lovis 2000 M/ME Rolling-Ball Viscometer measures the rolling time of a ball through transparent and opaque liquids according to Hoeppler's falling ball principle. Measurement requires only 400 µL sample volume. Results are given as relative, kinematic or ...view more Lovis 2000 M/ME Rolling-Ball Viscometer measures the rolling time of a ball through transparent and opaque liquids according to Hoeppler's falling ball principle. Measurement requires only 400 µL sample volume. Results are given as relative, kinematic or dynamic viscosity. Lovis 2000 M/ME is compact and economical, and saves space in the lab. It is the successor to Anton Paar’s AMVn automated microviscometer. view less |  |
| MCR Rheometer Series | Anton Paar Viscosity & Rheology | MCR Rheometer Series is based on a concept at the cutting edge of technology. The EC motor technique, the low friction bearing and the patented normal force sensor have been optimized over years to satisfy the highest demands of rheologists. Any type or c...view more MCR Rheometer Series is based on a concept at the cutting edge of technology. The EC motor technique, the low friction bearing and the patented normal force sensor have been optimized over years to satisfy the highest demands of rheologists. Any type or combination of rheological tests, both in rotational and oscillatory mode, are possible with the MCR rheometers. The modularity of the system allows the integration of a wide range of temperature devices and application-specific accessories. 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 fl...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 |  |
| Rheometer Measuring Head | Anton Paar Viscosity & Rheology | Rheometer Measuring Head is a customized rheometry with the performance of a MCR rheometer - the rheometer measuring head can be used for automation or for special measuring purposes that exceed the limits of a laboratory rheometer. It is the perfect solu...view more Rheometer Measuring Head is a customized rheometry with the performance of a MCR rheometer - the rheometer measuring head can be used for automation or for special measuring purposes that exceed the limits of a laboratory rheometer. It is the perfect solution for process integration or building a customized rheometer system. The modular device consists of a measuring head, which is equipped with the well-known motor and air bearing technology of the MCR series, and a separate control unit. view less |  |
| RheoPlus Rheometer Software | Anton Paar Viscosity & Rheology | RheoPlus Rheometer Software is a user-friendly, flexible and powerful software for all Anton Paar rheometers, from quality control instruments to high-throughput rheometers. Different users can therefore easily exchange method templates and measuring data...view more RheoPlus Rheometer Software is a user-friendly, flexible and powerful software for all Anton Paar rheometers, from quality control instruments to high-throughput rheometers. Different users can therefore easily exchange method templates and measuring data. The state-of-the-art software offers a large number of templates, automated measurement and data processing in the RheoManager, a LIM/SAP interface and 21 CFR Part 11 compatibility. view less |  |
