Semi-T20utomatic Ubbelohde Viscometer LUV-T2010

Introduction

Semi-Automatic Ubbelohde Viscometer viscosity measurement with a wide range from 0.3 to 100000 mm²/s for optimal performance. Its manual sample loading process ensures flexibility and control over the testing procedure. The instrument features dual-tube measurement support for enhanced accuracy and versatility. It includes a compact design, ideal for laboratory benchtop use. Our viscometer is ideal for applications in research, quality control, petroleum, polymer science, pharmaceuticals, food and beverage.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Semi-Automatic Ubbelohde Viscometer is ideal for applications in research, quality control, petroleum, polymer science, pharmaceuticals, food and beverage, automotive lubricants, and chemical industries, ensuring precise viscosity measurements in fluids.

Specifications

Measuring Range	0.3 to 100000 mm2/s
Time Range	999.99 s
Time Accuracy	0.01 s
Temperature Range	15 to 100°C
Temperature Accuracy	0.05°C
Viscometer Tubes	2
Dimension (W×D×H)	320×300×400 mm
Packaging Dimension (W×D×H)	600×600×600 mm
Gross Weight	35 kg

Features

Durable Glass Capillaries

Manual Sample Loading

Quick Viscosity Analysis

Automated Cleaning Function

Dual-tube Measurement Support

FAQs

1. Can one test both kinematic and dynamic viscosity with Semi-Automatic Ubbelohde Viscometer?

Yes, the Semi-Automatic Ubbelohde Viscometer is capable of measuring both kinematic and dynamic viscosity. It offers flexibility in testing a variety of fluids, including oils, polymers, and chemicals. The precise flow time measurements, combined with temperature control, ensure reliable results. This dual capability makes the viscometer suitable for a wide range of industries and applications. It provides accurate and repeatable measurements, enhancing confidence in viscosity testing.

2. How many viscometer tubes are included with the Semi-Automatic Ubbelohde Viscometer?

The Semi-Automatic Ubbelohde Viscometer comes with two viscometer tubes, enabling dual-tube measurement for enhanced efficiency. This allows for simultaneous testing of two samples, increasing throughput and reducing time required for analysis. The dual-tube design also ensures better consistency in results and improves overall workflow in high-volume testing environments. It provides greater flexibility in testing multiple fluid types without the need for constant tube replacements.

3. Is the Semi-Automatic Ubbelohde Viscometer easy to maintain?

Yes, the instrument features an automated cleaning function, reducing maintenance efforts and downtime. This feature helps keep the viscometer tubes free from residue and contaminants, ensuring consistent performance. The easy-to-use interface simplifies regular maintenance procedures. With minimal manual intervention required, the viscometer maintains high accuracy over time. The design is built for durability, reducing the frequency of repairs and prolonging the instrument's lifespan.

4. What industries can benefit from using the Semi-Automatic Ubbelohde Viscometer?

It is widely used in research, quality control, petroleum, polymer science, pharmaceuticals, food and beverage, automotive lubricants, and chemical industries. The viscometer is essential for testing a wide range of fluids, ensuring accurate viscosity measurements that support product development and quality assurance. It plays a crucial role in industries that require precise fluid behavior analysis for safety, performance, and consistency. Its versatility also makes it suitable for regulatory compliance testing and new material development.

5. How easy is it to load samples?

The Semi-Automatic Ubbelohde Viscometer features a manual sample loading process, providing flexibility and control during the testing procedure. This design allows operators to easily load and replace samples, ensuring smooth transitions between tests. The manual loading also minimizes the risk of contamination between samples, improving the accuracy of each test. The process is straightforward and can be quickly performed, saving time in a busy laboratory environment. Additionally, it provides users with full control over the sample volume and handling.