Magnetic Drive Coupling & Mixers
| Features |
| For high pressure applications up to 700 bar pressure. |
| For high vacuum distillation in Round Bottom Flask available for 50 ml - 10,000 ltr. Reactors. |
| High torque magnetic drives from 1 to 1000 Nm. |
| Materials of SS316, Hastelloy C, Inconel, Titanium etc. |
| Compact inline motor & magnetic drive for 50 ml - 100 ltr reactors. |
| Suitable for glass/metal reactors / autoclaves / fermenters/ thin film evaporators etc. |
| Zero leakage hence zero maintenance & zero breakdown for years. |
| Very useful for long or round the clock reactions as in gland/mechanical sealing if there is any leakage midway, the whole batch may go waste. |
| Noiseless, vibration free & flexible hence overload results in coupling slippage safeguarding the motor. |
| Safe for toxic / hazardous & expensive chemicals. |
| No friction losses hence lower power consumption. |
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Chemical Synthesis: For chemical synthesis procedures involving aggressive or dangerous substances, magnetic drive couplings are utilised in high-pressure reactors. They offer a trustworthy and leak-free means of transferring torque from the motor to the agitator or stirrer, guaranteeing effective mixing without the danger of fluid leakage or contamination.
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Hydrogenation Reactions: Magnetic drive couplings are frequently employed in high-pressure reactors that are used for hydrogenation reactions. These couplings make it possible for the motor to transmit torque directly to the impeller or stirrer without the need for a mechanical seal, resulting in a tight, leak-free sealing system for handling reactive gases like hydrogen.
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Catalytic Reactions: In high-pressure reactors for catalytic reactions where the reactor environment needs to be tightly sealed, magnetic drive couplings are used. These couplings offer a hermetic seal that keeps volatile or reactive gases from escaping while upholding the necessary pressure levels for efficient catalytic reactions.
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Supercritical Fluid Extraction: Magnetic drive couplings are frequently employed in high-pressure reactors used for supercritical fluid extraction. The efficient mixing and extraction of necessary components from the supercritical fluid is made possible by these couplings, which also maintain a tight seal to ward against leaks.
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| Research and Development: In high-pressure reactors used for research and development, magnetic drive couplings are frequently used. They offer a trustworthy and leak-free technique of transmitting torque, enabling scientists and engineers to carry out tests at high pressures while keeping a regulated and sealed environment. |
