Magnetic Hotplate Stirrer- Analogue

Magnetic hotplate stirrers are versatile laboratory tools used for precise heating and mixing of liquids in various applications, including chemical synthesis, biological experiments, and sample preparation. Here’s a breakdown of their uses: General Applications: Mixing and Heating Liquids: The primary function is to combine and heat solutions, ensuring uniform mixing and temperature control. Sample Preparation: Used for dissolving solids, creating homogeneous solutions, and preparing samples for analysis. Reaction Control: Allows researchers to control reaction temperatures and mixing conditions, crucial for successful experiments. Specific Disciplines: Chemistry: Chemical Synthesis: Facilitates uniform mixing and heating of reactants in chemical reactions. Dissolution Studies: Used for dissolving solids in solvents and ensuring complete dissolution. Titration: Helps in the accurate and efficient mixing of solutions during titration processes. Biology: Cell Culture: Maintains optimal temperatures for bacterial culture growth and other cell culture applications. Enzyme Assays: Provides gentle agitation for enzyme assays and other biological experiments. Protein Purification: Used in protein purification processes to ensure proper mixing and temperature control. Materials Science: Polymer Synthesis: Used for mixing and processing polymers and other materials. Nanomaterials Preparation: Helps in the preparation of nanomaterials and other advanced materials. Pharmaceutical Research: Drug Formulation: Aids in the formulation and testing of drugs by providing controlled heating and mixing conditions. Dissolution Testing: Used for dissolution testing and stability studies of pharmaceutical formulations. Education: Educational Labs: Demonstrates principles of heating and mixing to students in a safe and controlled manner. Benefits of using Magnetic Hotplate Stirrers: Efficient Mixing: Ensures thorough and uniform mixing of solutions. Precise Temperature Control: Allows for accurate temperature regulation during experiments. Time-Saving: Automates the mixing and heating process, freeing up researchers for other tasks. Safety: Provides a safer alternative to open flames, as seen in traditional Bunsen burners. Versatility: Suitable for a wide range of applications across various scientific disciplines. Analogue 340°C Hotplate 20 Litre Magnetic Stirrer, Ø135mm Stainless Steel Ceramic Coated Top, Cast Aluminium Casin
Lead Time: 1-3 Days
• Weight: 5 kg
• Dimensions: 30 × 35 × 25 cm
Analogue control for temperature and speed, Cast aluminium casing, Brushless DC motor, Raised control panel to avoid liquid spillage on controls, Round stainless steel ceramic coated work-plate is extremely chemical resistant

• Analogue control for temperature and speed
• Cast aluminium casing
• Brushless DC motor
• Raised control panel to avoid liquid spillage on controls
• Round stainless steel ceramic coated work-plate is extremely chemical resistant