Laboratory Heating Plates

About Laboratory Heating Plates

Stanford Advanced Materials (SAM) supplies a wide range of laboratory heating plates in various sizes, temperature ranges and construction materials such as aluminium, stainless steel and ceramics.

Laboratory heating plates provide a dependable heat source for reactions and other testing procedures. We have selected heating plates that are safe and cost‑effective, heat uniformly and feature durable construction to meet strict laboratory requirements. Aluminium heating plates offer a variety of stirring configurations and capacities. The surface temperature can reach up to 662°F, and the temperature increases quickly and uniformly. They are straightforward and safe to operate.

Features of the Laboratory Heating Plates

Advanced Heating Technology: Our laboratory heating plates are equipped with modern heating technology that ensures even temperature distribution across the heating surface. Consequently, hotspots are avoided and even heat transfer is achieved. Given the precise temperature control, you can adjust the conditions for optimised reactions and observations.

Precision at Your Fingertips: Accurate temperature control is central to successful laboratory work. Our heating plates feature intuitive interfaces that enable precise temperature setting and monitoring. Whether you conduct enzymatic assays, solvent evaporation or other temperature‑sensitive procedures, our heating plates provide the control needed to achieve reproducible outcomes.

Enhanced Safety Measures: Safety is essential in laboratories. Our heating plates include features that prioritise user safety. Overheat protection, adjustable temperature limits and audible alarms ensure experiments proceed without the risk of overheating or accidents.

Durable and Chemical‑Resistant Surfaces: In laboratory settings, corrosive or reactive substances are frequently encountered. Our heating plates feature chemical‑resistant surfaces that withstand exposure to a variety of chemicals. This resistance maintains the longevity of the devices and ensures a safe working environment.

Versatile Applications:

Our laboratory heating plates are utilised in several scientific disciplines:

Chemistry: They facilitate precise temperature control during chemical reactions, distillations and titrations.

Biology: They assist in sample preparation, enzymatic tests and experiments involving protein denaturation.

Pharmacology: They provide controlled heating for dissolution tests and studies on drug stability.

Research: They support material testing, sample drying and various other research applications.

Reasons to Choose Our Laboratory Heating Plates:

Precise Control: Achieve accurate and reproducible temperature settings for consistent outcomes.

Safety: Built‑in safety features protect both the user and the experimental setup.

Durability: The heating plates are designed to withstand chemical exposure and the demands of laboratory work.

Versatility: The heating plates can be adapted for various applications across different scientific disciplines.

Expertise: Benefit from our commitment to quality and our dedication to supporting your research.