Simplifying How Doers Get Equipped!
Laboratory equipment is a crucial component of scientific research and development. Among the various types of equipment used in laboratories, hot plates and stirrers are essential tools for heating substances. Hot plates, also known as laboratory hot plates, are designed to provide precise temperature control and are commonly used in various laboratory settings. A hot plate stirrer, also known as a stirring hot plate, is a type of magnetic stirrer that combines the functions of a hot plate and a stirrer. Lab hot plates, including hot plate stirrers, offer exceptional safety features, precise stirring control, and temperature performance, making them ideal for routine protocols and high-volume applications.
Hot plates are perfect for heating and drying with limited space. Our compact and easy to use range of hotplates at Certified MTP will do the job. Find one for your lab for high quality hotplates from Ohaus, Bel Art Products, Thermolyne with ceramic pot and our own Lab Companion brands that take up small space.
Lab hot plates are multi purpose tools used in many scientific and industrial applications. They are used for heating and boiling liquids, melting materials and drying samples. Some of the various applications of hot plates are:
Chemical Synthesis: Lab hot plates are used in chemical synthesis where they are used to heat and mix chemicals, catalysts and solvents in various reactions. This ensures reactions happen at the desired rate and temperature and gives successful results. Additionally, their chemical resistant surfaces make them ideal for handling various chemicals and solutions.
Sample Preparation: Preparing samples for analysis often requires heating and drying. Hot plates are perfect for this job whether you’re working with soil, water or biological samples. They give consistent and controlled heating so samples are ready for analysis.
Sterilization: In laboratory settings a sterile environment is critical. Hot plates can be used to sterilize lab equipment, instruments and surfaces by heating them to high temperatures and killing any contaminants.
Material Science: Material scientists use lab hot plates to heat and melt materials such as metals, plastics and ceramics. This is to study the properties and behaviour of these materials under different conditions.
Food Processing: Quality control and testing in the food industry often requires precise heating and cooking of samples. Lab hot plates are used to heat and cook food samples such as meat, dairy and bakery products to meet safety and quality standards.
By knowing the many applications of hot plates you can choose the right lab equipment for your needs and get the results you want.
Whether you need an induction stainless steel cooktop, a hotplate for quality control, material testing or production, our range of hotplates have stainless steel base for whatever purpose. When precision is required some of our hotplates have easy to use temperature control and various top plate sizes to improve heat distribution and reduce breakage. Our hotplates are also equipped with advanced features like overheat protection and user-friendly interfaces to ensure reliable and safe operation in laboratory environments.
Our best seller, the Gilson Thermolyne Hot Plate, 7.25 “X7.25” Surface is one of our hotplates. Easy to clean and corrosion resistant to most chemicals this hot plate gives accurate and consistent temperature performance, it’s the perfect product. Durable and designed to withstand rigorous lab environments. Long lasting and built to last.
We have digital hotplates and our best seller United Scientific HOTPDG Digital Hot Plate With Magnetic Stirrer Csa Approved is a hotplate with digital format that gives precise temperature control and more primary function. It has digital temperature display and stirrer that operates safely and efficiently with temperature probe that allows precise heating of solutions and malfunction indicator. These devices are available in both analog and digital formats, highlighting their advanced capabilities and user-friendly features. It also has aluminum pan and safety. Our United Scientific Supplies laboratory hot plates range gives reliable performance.
We have electric with electric power to cover all. If you don’t need temperature control our Electric Range Single Burner is a high quality, best selling electric hot plate. For those who prefer simplicity, our analog models feature simple control knobs for speed and temperature adjustments, making them dependable and effective for laboratory applications. Easy to use and heats up fast with rapid temperature increase so you won’t waste time waiting to use it.
We have the solution for you if you need one outside the lab that has propane gas supply and simple operation. Blocks are good for temperature control in long term use with different sample sizes. Do you need to increase cooking efficiency? Our propane laboratory hot plates have rugged design and simple propane hookups to make drying specimens in the field easy, like the Propane Hot Plate Heavy-Duty Double Burner with two plates for cooking efficiency. Both plates work separately and heats dishes simultaneously. These plates can reach a maximum temperature of 550°C, ensuring high performance for various laboratory needs. We have cylinder sized specifications for the propane hot plate so you get the best results.
Precise stirring control is a key feature of laboratory hot plates especially when working with multiple vessels or samples. Stirrers give uniform heating and mixing so you get consistent results and minimize contamination. Some benefits of precise control are:
Uniform: Stirrers ensure the liquid is heated uniformly, reduces hot spots and improves reaction rates. Uniformity is crucial for accurate and reproducible results in your experiments.
Efficient: Precise stirring control ensures the liquid is mixed thoroughly, prevents settling and improves reaction yields. Hotplate stirrers offer a range of stirring speeds, from low to high settings, to accommodate different laboratory applications. This is important in chemical reactions where complete mixing of reactants is required for good results.
Reduced Contamination: Hot plate stirrers minimize contamination by reducing manual handling and minimizing exposure to the environment. This is crucial for your samples' integrity and reliable results.
Improved: Precise stirring control reduces accidents and injuries by minimizing splashing and spills. This creates a safer working environment, for the user and the samples.
When choosing, consider the following:
Multiple Plate Shapes: Choose a hot plate with plate shapes to fit different vessel and shapes. This gives you the flexibility to work with various samples and containers.
Heat Control: Select a hot plate with precise heat such as digital temperature control so you can have uniform temp. This allows you to set and maintain the desired temperature.
Hotplate Stirrers: Consider a hot plate with built-in stirrers or option to add stirrers for efficient handling. This ensures your samples are mixed thoroughly and consistently.
Digital Display: Choose a hot plate with digital display to monitor temperature, stirring speed and other parameters. This gives you real-time feedback and allows you to adjust precisely.
Surface Types: Select with surface type that suits your application, stainless steel, ceramic or aluminum. Each surface type has its own advantages so choose the one that fits your needs.
By considering these you can have precise stirring control and get consistent results in your laboratory applications. Whether you’re working with chemical reactions or preparing samples for analysis the right hot plate makes all the difference.
They are used in many industries and in labs for scientific research, experiments and sample preparation. Thomas Scientific has a wide range of laboratory hot plates and stirrers to cater for all laboratory needs. The MiniMag™ Magnetic Stirrer produced by Benchmark Scientific is a reliable laboratory tool known for its quality and innovation.
At Certified MTP our hotplates have the key features and benefits that sets us apart from the rest. Our hotplates can meet any demands with precise temperature control, accurate adjustments and excellent temperature performance. With multiple materials and sizes to choose from we have a hotplate to suit all your heating needs. Additionally, our hotplates offer excellent chemical resistance, making them easy to clean and capable of withstanding harsh chemical environments.
Certified MTP our top of the line will serve you well and meet all your needs. So go ahead and browse now.
Safety is paramount when using laboratory hot plates and stirrers. Always follow the manufacturer’s guidelines and safety instructions. Ensure the hot plate is placed on a stable, heat-resistant surface and keep flammable materials away from the heating area. Use appropriate protective gear, such as heat-resistant gloves and safety goggles, when handling them. Never leave a hot plate unattended while in use, and always turn it off when not in use. Regularly inspect the equipment for any signs of damage or wear, and replace any faulty components immediately. By adhering to these safety precautions, you can create a safer working environment and prevent accidents.
Laboratory hot plates play a vital role in scientific research across various fields. In chemical research, they are used for heating reactions, ensuring precise temperature control for accurate results. In biological research, they are used for sample preparation, such as heating and sterilizing biological samples. Material scientists use hot plates to study the properties of different materials under controlled heating conditions. The versatility and precise control offered by laboratory hot plates make them indispensable tools in research settings, enabling scientists to conduct experiments with high accuracy and reproducibility.
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