About Laboratory Hot Plates
Stanford Advanced Materials (SAM) supplies a wide variety of laboratory hot plates in a range of sizes, temperature ranges, and construction materials such as aluminum, stainless steel, and ceramic.
Hot plates for laboratory use provide a good source of heating for reactions and other testing procedures. We have selected Hot Plates that are safe and economical with uniform heating and rugged construction to meet the most rigorous laboratory requirements. Aluminum Top Hot Plates have a wide range of stirring configurations and capacities. Hot plate surface temperature can go up to 662F, Temperature rises fast and equally. It’s easy and safe to operate.
Laboratory Hot Plates Features
Advanced Heating Technology: Our Laboratory Hot Plates are equipped with state-of-the-art heating technology that ensures uniform temperature distribution across the heating surface. This eliminates hotspots and guarantees consistent heat transfer, essential for reliable experimental outcomes. With precise temperature control, you have the power to fine-tune conditions for optimal reactions and observations.
Precision at Your Fingertips: Accurate temperature control is at the heart of successful laboratory work. Our hot plates feature intuitive interfaces that allow you to set and monitor temperatures with precision. Whether you're conducting enzymatic assays, evaporating solvents, or conducting other temperature-sensitive procedures, our hot plates provide the control you need for impeccable results.
Enhanced Safety Measures: Safety is paramount in laboratory settings. Our hot plates are designed with features that prioritize user well-being. Overheating protection, adjustable temperature limits, and audible alarms ensure that your experiments run smoothly without the risk of overheating or accidents.
Durable and Chemical-Resistant Surfaces: Laboratory work often involves corrosive or reactive substances. Our hot plates feature chemically resistant surfaces that can withstand a variety of chemicals, ensuring the longevity of the equipment. This durability not only protects your investment but also maintains a safe working environment.
Versatile Applications:
Our Laboratory Hot Plates find utility across a range of scientific disciplines:
Chemistry: Facilitate precise temperature control for chemical reactions, distillations, and titrations.
Biology: Aid in sample preparation, enzyme assays, and protein denaturation experiments.
Pharmacology: Provide controlled heating for dissolution testing and drug stability studies.
Research: Support material testing, sample drying, and a variety of other research applications.
Why Choose Our Laboratory Hot Plates:
Precision Control: Achieve accurate and consistent temperature settings for reproducible results.
Safety: Enjoy peace of mind with built-in safety features that protect both you and your experiments.
Durability: Our hot plates are built to withstand chemical exposure and rigorous laboratory use.
Versatility: Adapt our hot plates to various applications across different scientific disciplines.
Expertise: Benefit from our commitment to quality and our dedication to supporting your research.
