Anton Paar Malaysia Sdn Bhd

15 rheometers + over 200 accessories = all your requirements covered

Whatever you want to investigate – Anton Paar rheometers are quickly and easily adapted to meet your needs. Changing a cone-plate measuring system for a parallel-plate setup or concentric cylinders is just as easy as connecting a new temperature device or extending your rheometer’s capabilities with a wide range of application-specific accessories such as microscopy, electrorheology, DMA, tribology, powder rheology, and more. Choose one of our 15 rheometer models and add extensions as you go so you can cover multiple fields with one device without exceeding your budget. We have developed and produced each rheometer to incorporate error-proofing so you have the highest data quality and also with time- and cost-saving features, so your productivity is enhanced. These rheometers were created with convenient operation in mind, so using them is a joy, not a chore. 

Clever features do the work so you can do the thinking

Anton Paar rheometers have been developed over three decades with one thing in mind: you, the user. Our rheometers take a lot of typically challenging work off your hands. The RheoCompass™ software, for example, provides over one hundred predefined test templates but also lets you customize them. Your data is automatically stored and archived in a central SQL database so nothing ever gets lost. A further array of smart features eliminate the need for manual settings and guesswork, these include Toolmaster™ for automatic tool recognition and configuration, the QuickConnect coupling that makes it possible to exchange measuring systems with just one hand, TruGap™ for automatic gap control, and T-Ready™ which checks the sample’s equilibrium temperature and starts the test automatically when the set temperature has been reached.

Continuous development of the portfolio in response to feedback and new ideas

As well as being the most cited rheometer series, the MCR is the most popular rheometer in the world with more models sold than any other rheometer on the market. The secret to this success: listening to customer feedback and creating outstanding technology in response. Our R&D team is dedicated to delivering the features and accessories users want in order to do better, quicker, and more efficient rheological investigations now and in the future. As well as creating and constantly improving our benchtop rheometers, our team has produced a number of special solutions, including:

• a “furnace rheometer” which withstands temperatures up to 1730 °C and is ideal for research into melts
• A completely automated rheometer which is operated by a robotic arm
• A rheometer “head” which can be integrated into your process or used to build a customized rheometer system
• A setup with maximized workspace below the support plate and at the sides to allow combination with external setups, e.g. a confocal microscope

Made in Austria with 97 % of critical parts produced in-house and customization on offer

At Anton Paar we take quality very seriously. Our rheometers are produced at the company’s headquarters in Austria with 97 % of all critical mechanical parts manufactured in-house, ensuring a secure supply in case you need parts or accessories at a later date. With our support your instrument uptime is high and also guaranteed for the long term, with spare parts available for ten years after purchase. With our production facilities just next door to the R&D department, customized products for all kinds of specific applications can be developed and supplied. Don’t hesitate to contact us to discuss your requirements and find a customized solution for your measurement task. With our decades of experience in rheometry and rheology, Anton Paar can make nearly everything possible.

Experienced experts close to you available for advice free of charge

Anton Paar’s worldwide service network of more than 30 subsidiaries and numerous responsible partners means an expert on your system is always close by. Ten thousand installed instruments around the globe, an extensive application database, and numerous published works by our rheology experts clearly show that Anton Paar is the first choice for answering any rheological question you may have. We are proud of our reputation for excellent service and support and look forward to being your partner. Call us for advice on test definitions or to discuss different approaches to solving a measuring problem. Our experts are just a phone call away and happy to help, in your language and free of charge.

https://www.anton-paar.com/my-en/products/group/rheometer/

Hit 300 is a premium yet highly affordable nanohardness tester built for every user and every type of environment. The intuitive, automated Hit 300 lets you run 600 measurements per hour, even while you’re away. Active anti-vibration damping ensures accuracy in all environments.

A unique 2-laser targeting system delivers <1 mm accuracy when targeting the sample.

Designed with functionality in mind: setup takes just 15 minutes, and training to first result takes just 1 hour.

INDENTATION TESTING FOR EVERYONE

Easily determine: hardness; elastic modulus; viscoelastic properties; depth profiling of thin films, coatings, or bulk materials

THE APPROVED METHOD IS STRAIGHTFORWARD:

- An indenter tip is driven into a specific area of a material via application of an increasing normal load.

- The indentation depth is monitored with a displacement sensor.

- The resulting load vs. indentation depth curves provide data specific to the mechanical nature of the material under examination.

- The results are 100 % compliant with industry standards (e.g. ISO 14577, ASTM E2546)

https://www.anton-paar.com/my-en/products/details/hit-300/

5 Reasons

Thermoelectric temperature control

Anton Paar viscometers provide fast and stable thermoelectric temperature control via Peltier elements. Based on this feature, you can easily perform temperature scans or measure viscosity at a series of alternating temperature values. Without thermostatic baths/refrigerating circulators, you save a significant amount of work and time and can count on stable, accurate temperature values throughout your measurement. 

Economical consumption of resources – small footprint

Save time, sample liquid, solvent, power, and lab space in measurements with an Anton Paar viscometer. The compact design, small measuring systems, advanced measuring technology, and efficient temperature control of the digital viscometers reduce the required resources to a minimum.

Compliance with established standards and norms

Be on the safe side with your measuring results due to full compliance with international standards. Depending on the Anton Paar viscometer model you use, you can be sure that you are operating according to ASTM, ISO, DIN, or EN standards. This means you can compare your measuring values to established criteria for determining viscosity.

Low maintenance costs

Due to their robust and well-thought-out design, Anton Paar viscometers reliably run for many years while only requiring a small number of wearing parts such as sealing gaskets. The regular replacement of a few parts keeps your instrument in a perfect state at a minimal cost.

Reliable worldwide service and application support

A worldwide service network ensures that the right contact person is always close by. With more than 35 years of experience in viscosity determination, thousands of installed viscometers around the globe, and with an on-demand measurement service to help you find the right solution for your application, Anton Paar is the longstanding first choice in viscometry.

https://www.anton-paar.com/my-en/products/group/viscometer/

The SurPASS 3 series features fully automated zeta potential analysis of macroscopic solids under real-life conditions. As electrokinetic analyzers, they employ the classic streaming potential and streaming current method for a direct analysis of the surface zeta potential. The zeta potential is related to the surface charge at a solid/liquid interface and is a key parameter for understanding surface properties and developing new specialized materials. 

Key features

Solid surface charge analysis made easy

The SurPASS 3 series allows for direct analysis of the zeta potential at the solid/liquid interface by means of streaming potential and streaming current measurement. This gives access to the full range of zeta potential of technical materials down to a few millivolts at unprecedented reliability and reproducibility. Gain instant access to information on surface charge without the need for sophisticated evaluation or expert knowledge. 

Measuring solutions from tiny particles to large wafers

The wide range of SurPASS 3 measuring cells covers it all: Elaborate measuring cells accommodate samples of any geometry ranging from powders and fibers to planar solids. Sample-specific measuring cells for contact lenses, hollow fiber membranes, flexible tubings, syringes, and vials open up surface charge analysis on samples with complex geometries. The “plug in and start” functionality allows for a quick exchange of measuring cells. The software automatically recognizes the measuring cells and displays the zeta potential.

Fully automated measurements in less than two minutes

The intuitive SurPASS 3 software guides you through the measurement and displays all key parameters in real-time. The SurPASS 3 series provides zeta potential results in less than two minutes for maximized sample throughput. SurPASS 3 allows you to study pH dependences of zeta potential fully automatically and reveals the isoelectric point for a deep understanding of your sample’s chemistry. Liquid-on-solid surface adsorption kinetics can also be followed in real-time on model surfaces and on your actual sample.

Modular setup tailored to your needs

The SurPASS 3 series is just as versatile as your applications. Dedicated solutions are available for membrane applications, biomaterials, cosmetics, detergents, and semiconductors. Whether you are working on porous materials, such as membranes, or non-porous films and plates, particles >25 µm, granular material, fibers, or materials which swell strongly or are conductive: there are no restrictions. The modular setup of the instrument and measuring cells allows you to easily extend your zeta potential analysis to cover tomorrow’s needs.

https://www.anton-paar.com/my-en/products/details/surpass-3/?sku=20880

The Ultrapyc gas pycnometer measures the density of solids and semi-solids, which is used to track purity or porosity. Measurements take less than 10 minutes, making Ultrapyc gas pycnometers perfect for controlling the quality of your samples throughout the manufacturing process.

We’ve combined decades of knowledge with groundbreaking innovation to make Ultrapyc the most user-friendly semi-solid and solid density meter on the market. With Ultrapyc, conducting density measurements of solid pieces, powders, battery materials, and personal care products has never been simpler or more precise.

Key features

Harness TruPyc technology for accuracy in all sample cells

Ultrapyc’s multiple reference chambers ensure that you don’t have a mismatched ratio between the void space within the sample chamber and the volume of the reference chamber. Whether you have only enough sample to fill the smallest sample cell or you have enough for the largest sample cell, Ultrapyc’s chambers ensure accurate results. The instrument automatically selects and uses the appropriate reference chamber based on the selected cell size.

Eliminate contamination with PowderProtect mode

With the standard “sample first” expansion direction, you always have control over the maximum pressure to which the sample is exposed during the measurement. Switching the unit to PowderProtect mode reverses this order and eliminates the possibility of contaminating your instrument with fine powders or slurries’ vapors. The Ultrapyc 5000 series is the only semi-solid and solid density meter on the market that offers you the option to operate in either direction.

Get precise and hassle-free temperature control

With built-in Peltier temperature control, external water baths for temperature control are a thing of the past. There’s no need for an extra accessory so you can save precious space in your lab. With temperature stability better than +/-0.05 °C and the broadest temperature range on the market (15 °C to 50 °C), get quick temperature stabilization and reliable results for slurries, suspensions, gels, or any other material – irrespective of your environmental conditions.

Use an intuitive user interface for simple instrument control

Using Ultrapyc’s 7” touchscreen feels like using a smartphone. With its intuitive user interface, always stay informed about the progress of your measurements. Since you can perform measurements and see detailed results on the instrument, there’s no need for an extra computer –  which saves you precious lab bench space.

Conduct measurements with disposable cups for hard-to-clean samples

Disposable aluminum cups expand the capabilities of the Ultrapyc series for measuring semi-solids. They don’t just drastically increase sample throughput, but also give you the flexibility to measure the density of curing materials and hard-to-clean samples with a single-use application.

Connect directly to weighing balances to prevent transcription errors

By connecting your Ultrapyc directly to any balance with RS232 communication, eliminate the risk of transcription errors which can occur when manually entering data from an external balance.

Count on solutions from the source – Anton Paar has always been at the forefront of innovation in laboratory density and concentration measurement ever since we introduced the world’s first digital density meter. Today we offer a whole series of density meters, covering most requirements in various industries and R&D – from instruments with three-digit accuracy to the world’s most precise six-digit density meter, from handhelds to benchtop instruments. Anton Paar offers the right instrument for every application requirement – choose the density meter that best fits your needs.

5 Reasons

Density meters tailored to specific application fields

Anton Paar offers different density meter models for a wide range of applications in industry and research. You can find specific versions for the beverage and petroleum industry as well as further reliable instruments for density and concentration measurements of chemicals, pharmaceutical products, cosmetics, petroleum products, aromas, biofuels, and many more. Intrinsically safe product versions make portable instruments tough enough for even the harshest environments.

Patented technology for the most stable density measurements

Each density meter employs the oscillating U-tube principle from Anton Paar and is based on decades of experience. The latest generation of benchtop instruments uses the patented Pulsed Excitation Method developed by Anton Paar, delivering the most stable density results available and resulting in unmatched measuring performance.

Practical in use and design

The benchtop instruments stand out for their PCAP touchscreen with a size of up to 10.4’’. The highly sensitive display and smart interface design ensure you can operate the instrument effortlessly. Workflows and operation are intuitive – even non-trained users will feel familiar with the instrument right from the start. The smaller portable density meters are with you on-site and even in the field. Thanks to their capacitive keys you can operate them even when wearing gloves. If you need to put down the instrument, the color display automatically adapts to the new position – so you can read your results just like on a benchtop instrument.

Helpful features that back up your results

A number of features and accessories support the correct sample filling and measurement process (e.g. a heating device for filling highly viscous samples or an adapter for filling aerosols directly out of a can). The real-time filling control FillingCheck™ and U-View™ camera make sure that you have filled your sample bubble-free. Temperature and pressure regulation let you simulate the most diverse environmental conditions during measurements.

Expandable to multiparameter measuring systems

You want to configure your individual measuring station? With Anton Paar, you can. It’s easy to connect our benchtop density meters to additional modules and instruments, as well as sample changers, offering different degrees of automation. Expand your system with measuring modules for up to six parameters, such as turbidity or pH. Connect other Anton Paar instruments, such as refractometers, to create exactly the system you need for your work.

https://www.anton-paar.com/my-en/products/group/density-meter/