Introduction
Overhead Stirrer is designed with stirring speed of 50 to 2200 rpm. It features self-locking chuck that ensures secure rod alignment during fast operations. Equipped with RS232 data port for seamless PC connectivity, enabling digital speed and torque recording or control. Incorporates continuous operation for extended stirring sessions without performance drops or overheating risks. Stirrer is ideal for mixing liquids and semi-solids in laboratories.
Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.
Applications
Overhead Stirrer ensures uniform mixing of liquids and semi-solids in laboratories, for chemical synthesis, sample preparation, emulsification, dispersion etc.
Selection Guide
Overhead Stirrer is a high-performance stirring device ideal for advanced research and industrial laboratories. It is suitable for applications that require accurate and consistent mixing of high-viscosity samples, such as polymer synthesis, chemical reaction studies, emulsification, and dispersion experiments. This model is frequently used in pharmaceutical research, material science, and petrochemical studies where intensive agitation is required. Certified with CE and ISO standards, the model ensures safety, reliability, and compliance with international laboratory regulations. Its robust construction, adjustable speed control, and overload protection make it a dependable choice for customers seeking performance under demanding conditions.
Specifications
| Maximum Capacity | 40L |
| Stirring Speed Range | 50 to 2200rpm |
| Display | Small monochrome screen |
| Timer | 0 to 99h59min |
| Chuck Diameter Range | 0.5 to 10mm |
| Speed Accuracy | ±3 rpm |
| Rated Torque | 44N.cm |
| Communication Interface | RS232 |
| Overload Protection | Automatic stop |
| Motor Protection | Automatic stop |
| Protection Grade | IP42 |
| Ambient Temperature Range | 5 to 40℃ |
| Relative Humidity | 80% |
| Power Consumption | 100W |
| Power Supply | 110 to 240V, 50/60Hz |
| Weight | 40 Kg |
Features
Real-time monitoring
Corrosion-resistant build
Quick rod change
No head lifting
Safe long runtime
Efficient heat dissipation
Temperature feedback system
FAQs
1. What is an Overhead Stirrer?
An Overhead Stirrer is a laboratory device designed to mix, blend, or stir liquid samples with high viscosity using a motor-driven shaft and stirring tool.
2. How does an Overhead Stirrer work?
It operates by rotating a stirring shaft, which is immersed in the liquid, allowing efficient mixing through mechanical agitation.
3. Can Overhead Stirrer handle high-viscosity materials?
It is specifically designed to handle high-viscosity materials.
4. Can Overhead Stirrer be used for polymer synthesis?
It is ideal for polymer synthesis because it can efficiently handle high-viscosity mixtures and maintain uniform agitation throughout the reaction process.
5. Is Overhead Stirrer suitable for emulsion preparation?
It is commonly used for emulsion preparation due to its ability to provide consistent shear force, ensuring stable and uniform emulsions.
6. Can Overhead Stirrer be used for pharmaceutical formulation?
It is widely used in pharmaceutical formulation for mixing active ingredients, excipients, and creating homogeneous suspensions or gels.
7. Is Overhead Stirrer effective in food-grade mixing applications?
It is used in food and beverage labs to mix viscous syrups, sauces, or nutritional formulations, especially in R&D settings.
8. Can Overhead Stirrer be used in microbiology labs?
It is used to mix culture media, viscous solutions, or reagents where precise mixing is essential for consistent results.
9. What role does Overhead Stirrer play in nanomaterial synthesis?
It ensures uniform dispersion of nanoparticles in solvents or polymers, which is crucial for consistent nanomaterial synthesis and stability.
10. Can Overhead Stirrer be used in fermentation processes?
It can be used in small-scale fermentation setups to maintain even mixing of nutrients and microbial cultures, promoting optimal growth conditions.
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