What makes Labtron Rheometer LRM-A10 suitable for testing both low and high viscosity materials?

Labtron Rheometer LRM-A10 is designed with a wide torque range—from a minimum of 5 nNm to ? 200 mN·m, allowing it to detect even the slightest resistance in material flow. This makes it ideal for studying fluids with very low viscosity such as oils, as well as thicker, semi-solid materials like wax or gels. Its high torque capacity ensures that even dense samples can be accurately measured without overloading the device. This flexibility makes it a versatile choice for researchers and engineers working with a variety of materials.

Can Labtron Rheometer LRM-A10 perform tests without being connected to a computer?

Yes, one of the standout features of the Labtron LRM-A10 Rheometer is its ability to perform automatic testing even without a computer connection. The system comes with an intuitive interface and built-in controls, allowing users to set up, run, and store testing routines independently. This feature is particularly useful in environments where space or equipment connections are limited. Additionally, the rheometer maintains high accuracy and repeatability by automatically adjusting speed and temperature based on the material being tested.

What are the temperature control capabilities of Labtron LRM-A10 Rheometer, and why are they important?

Labtron LRM-A10 offers advanced temperature control options for a wide range of applications. It includes an electric heating concentric cylinder that can heat samples from room temperature to 300°C, and a liquid temperature control cylinder with a cooling range from -30°C to 200°C. Accurate temperature control is crucial in rheological testing because material flow properties often change with temperature. By precisely controlling thermal conditions, Labtron ensures that results are consistent and applicable to real-world scenarios, such as high-temperature industrial processes or low-temperature formulations.

What types of samples or materials can be tested using the Labtron LRM-A10 Rheometer?

Labtron Rheometer LRM-A10 is suitable for a wide variety of fluids and semi-solids. It is commonly used for testing drilling muds, asphalt, waxy crude oils, and biodegradable materials. It can also evaluate the flow behavior of foams, gel-type plugging agents, and other complex fluids. This makes it an essential instrument in research laboratories, petroleum industries, pharmaceutical labs, and material development facilities, where understanding the flow and deformation behavior of substances is critical.

What accessories are included with the Labtron Rheometer LRM-A10, and are there optional upgrades?

The Labtron LRM-A10 Rheometer comes standard with three key accessories: a parallel plate, a cone plate, and a conical cylinder—each allowing for different testing geometries depending on the sample type. For extended functionality, users can opt for optional accessories such as a TC thermal controller and a thermal control cabinet. These upgrades enhance temperature regulation and allow for more precise testing in demanding applications. Labtron provides all accessories with a focus on user safety, ease of operation, and long-term durability.

Rheometer LRM-A10

Name: Rheometer LRM-A10
Brand: Labtron
SKU: LRM-A10
Rating: 5 (857 reviews)

Rheometer LRM-A10 has a minimum torque range of 0.001 to 150 mNm allowing it to detect very small resistance in material flow. It can also handle a maximum torque of 200 mN·m or more, making it suitable for testing a wide range of fluid and semi-solid materials with varying viscosities. Can perform automatic testing even without a computer connection. Our rheometer automatically controls speed and temperature for accurate and repeatable results.

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Speed range	0.01 to 2850 r/min
Angular velocity range	0.01 to 300rad/s
Deflection angle resolution	10-4 rad
Oscillation frequency	0.1 to 10 Hz
Torque range	0.001 to 150 mNm
Torque resolution	0.001 mNm
Normal force range	0.01 to 50N
Normal force resolution	1mN
Temperature range	5 to 90℃ (water bath working temperature 25℃)
Temperature resolution	0.01℃
Temperature control accuracy	+ / - 0.1℃
Dimenison	400 x 415 x 670 mm
Packaging Dimension 1	500 x 420 x 760 mm
Packaging Dimension 2	500 x 500 x 800 mm
Net Weight	30 Kg
Gross Weight	60 kg

Easy to operate
Durable
Automatic calibration
Reliable

Rheometer LRM-A10 is used to test drilling mud, asphalt, waxy crude oil, and biodegradable materials. It also measures the flow properties of foams and gel-type plugging agents, making it ideal for lab and industrial use.

Accessory	Unit	Quantity
Main Unit	Each	1
Fixture (25 mm, 8 mm each)	Piece	1
Control Host	set	1
Testing software	Each	1
Water Bath	Each	1
Silicone Moulds(25 mm, 8 mm each)	Piece	1
Test board Wrench	Piece	3
Repair Scraper	Each	1
Supporting pipeline (6mm)	Each	1

TC thermal controller
Thermal control cabinet

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Rheometer LRM-A10 Catalog

Rheometer Supplier

Labtron Rheometers are advanced instruments used to measure the flow and deformation behaviour of fluids and semi-solids. They offer high-precision control over shear rate, stress, and temperature, making them ideal for research and quality control. These devices come with user-friendly interfaces and touchscreen displays for easy operation. Our Rheometers support a wide range of testing modes, including rotational and oscillatory measurements. They feature robust construction, compact design, and programmable settings for flexible use. Multiple sensor options and accessories are available to suit various material testing needs.

Rheometer LRM-A10 FAQ's

Labtron Rheometer LRM-A10 is designed with a wide torque range—from a minimum of 5 nNm to ? 200 mN·m, allowing it to detect even the slightest resistance in material flow. This makes it ideal for studying fluids with very low viscosity such as oils, as well as thicker, semi-solid materials like wax or gels. Its high torque capacity ensures that even dense samples can be accurately measured without overloading the device. This flexibility makes it a versatile choice for researchers and engineers working with a variety of materials.
Yes, one of the standout features of the Labtron LRM-A10 Rheometer is its ability to perform automatic testing even without a computer connection. The system comes with an intuitive interface and built-in controls, allowing users to set up, run, and store testing routines independently. This feature is particularly useful in environments where space or equipment connections are limited. Additionally, the rheometer maintains high accuracy and repeatability by automatically adjusting speed and temperature based on the material being tested.
Labtron LRM-A10 offers advanced temperature control options for a wide range of applications. It includes an electric heating concentric cylinder that can heat samples from room temperature to 300°C, and a liquid temperature control cylinder with a cooling range from -30°C to 200°C. Accurate temperature control is crucial in rheological testing because material flow properties often change with temperature. By precisely controlling thermal conditions, Labtron ensures that results are consistent and applicable to real-world scenarios, such as high-temperature industrial processes or low-temperature formulations.
Labtron Rheometer LRM-A10 is suitable for a wide variety of fluids and semi-solids. It is commonly used for testing drilling muds, asphalt, waxy crude oils, and biodegradable materials. It can also evaluate the flow behavior of foams, gel-type plugging agents, and other complex fluids. This makes it an essential instrument in research laboratories, petroleum industries, pharmaceutical labs, and material development facilities, where understanding the flow and deformation behavior of substances is critical.
The Labtron LRM-A10 Rheometer comes standard with three key accessories: a parallel plate, a cone plate, and a conical cylinder—each allowing for different testing geometries depending on the sample type. For extended functionality, users can opt for optional accessories such as a TC thermal controller and a thermal control cabinet. These upgrades enhance temperature regulation and allow for more precise testing in demanding applications. Labtron provides all accessories with a focus on user safety, ease of operation, and long-term durability.