M-109 is a multimetal solvent-based organic vapor and contact corrosion inhibitor for use in solvent and some waterborne coatings. The use level recommended is 1 to 3% by weight.
M-110 is an organic corrosion inhibitor that can be used in solvent-based and some waterborne coatings. It is recommended to use between 1% and 3% (by weight) to improve corrosion resistance.
M-118 is a waterborne corrosion inhibitor additive for manufacturers of coatings, adhesives, and other related materials. It contains a combination of organic and inorganic corrosion inhibitors that synergistically work together in reducing corrosion.
M-119 is a water-based corrosion inhibitor additive for manufacturers of waterborne coatings or compounds. It provides contact and vapor phase corrosion inhibition for ferrous and non-ferrous metals.
M-119LV is a water-based corrosion inhibitor additive for manufacturers of waterborne coatings or compounds. It provides contact and vapor phase corrosion inhibition for ferrous and non-ferrous metals.
M-168 is a solvent-based vapor and contact corrosion inhibitor to be used as an additive to conventional epoxies and alkyds, solvent-based and oil-based coatings and some lubricants. M-168 provides a corrosion resistant semi-solid film. M-168 is used at 2...voir plus
M-168 is a solvent-based vapor and contact corrosion inhibitor to be used as an additive to conventional epoxies and alkyds, solvent-based and oil-based coatings and some lubricants. M-168 provides a corrosion resistant semi-solid film. M-168 is used at 2% to 20% by weight. voir moins
M-235 is a proven corrosion inhibitor for copper, copper-based alloys and other yellow metals. M-235 functions by reacting with surface copper oxides to form a strong, insoluble polymeric complex. This complex creates a thin layer or film on metal surface...voir plus
M-235 is a proven corrosion inhibitor for copper, copper-based alloys and other yellow metals. M-235 functions by reacting with surface copper oxides to form a strong, insoluble polymeric complex. This complex creates a thin layer or film on metal surfaces that provides both a mechanical and electrochemical barrier against corrosive attack. voir moins
M-240 is a multimetal, flash rust, corrosion inhibitor additive for water-based paints, sealers, adhesives, fluids and more. Free of silicones and surfactants, this product may be introduced to formulations at virtually any step of production.
M-241 is an inhibitor for protection of aluminum and it’s alloys from “in can” corrosion, waterbased coolants, process and metal working fluids, and more. This product may be introduced to formulations at virtually any step of production.
M-380 is a water-based corrosion inhibitor that is designed to be used with carboxylated acrylic or styrene-acrylic latices. M-380 provides corrosion inhibition to ferrous and non-ferrous surfaces.
M-381 is a new generation of corrosion inhibitors additives which utilize nanoparticle technology. M-381 is a water-based corrosion inhibitor designed for the use in waterborne coatings or compounds.
M-435 is a multimetal organic corrosion inhibitor additive for water and solvent-based paints, sealers, adhesives, fluids and more. It is silicone and surfactant-free and can be introduced to formulations at virtually any step of production.
M-5365 is a liquid additive for solvent-based and a limited number of waterborne systems. M-5365 may be added in a range of 1% to 3% weight to improve corrosion and water resistance. It is recommended as an additive for maintenance coatings.
M-95 is a very low foaming, water soluble corrosion inhibitor concentrate. It provides corrosion protection for steel, copper, brass, magnesium, aluminum, bronze, galvanized steel, and other ferrous and nonferrous metals and their alloys. M-95 prevents co...voir plus
M-95 is a very low foaming, water soluble corrosion inhibitor concentrate. It provides corrosion protection for steel, copper, brass, magnesium, aluminum, bronze, galvanized steel, and other ferrous and nonferrous metals and their alloys. M-95 prevents corrosion in both phases: contact and vapor. voir moins
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...voir plus
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. voir moins
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...voir plus
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. voir moins
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 ...voir plus
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. voir moins
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 ...voir plus
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. voir moins
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...voir plus
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. voir moins
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...voir plus
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. voir moins
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...voir plus
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. voir moins
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...voir plus
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. voir moins
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