Mercury

About Mercury

Properties: Mercury has a melting point of -38.83 °C and a boiling point of 356.73 °C. It has a high density and conducts heat less efficiently compared to other metals.

Toxicity: Mercury is highly toxic to humans and many other organisms. Inhaling mercury vapour or ingesting mercury compounds can cause severe health problems that affect the nervous system, kidneys and respiratory system.

Uses: Mercury was previously used in thermometers, barometers, fluorescent lamps, electrical switches and dental amalgam. Its use has decreased due to environmental concerns.

Environmental Impact: Mercury contamination is a serious issue because it accumulates in aquatic ecosystems and bioaccumulates in fish and other organisms. Industrial activities, especially coal-fired power stations, and artisanal gold mining contribute substantially to mercury pollution.

Regulations and Alternatives: Many countries have implemented regulations to reduce mercury emissions and phase out the use of mercury in various products. Safer alternatives and technologies are being developed to replace mercury-containing devices and processes.

Key Benefits:

Diverse Applications: Mercury’s properties allow its utilisation in a range of applications. It is used in scientific research, electronics and industrial processes, thereby supporting industrial operations.

Scientific Research: Mercury is used in laboratory experiments and studies because of its high density and its ability to form amalgams. Researchers employ it in controlled experiments.

Electronics and Devices: Mercury is used in switches, relays and other electrical components due to its electrical conductivity. Engineers use it in circuits where stable contacts are required.

Precision and Safety: Mercury products are manufactured in accordance with strict industrial standards and safety protocols. These measures ensure that the mercury meets required purity standards and that environmental emissions are minimised.

Technical Expertise: Our team at Stanford Advanced Materials (SAM) has detailed knowledge of mercury’s properties and applications. They provide technical support and consultation to address specific requirements.

Uninterrupted Supply: We recognise the importance of an uninterrupted supply of mercury products. Our global presence and efficient logistics ensure that mercury is available when needed.

Our Range of Mercury Products:

Stanford Advanced Materials (SAM) offers mercury products for a range of applications, including:

Scientific Research: Mercury is utilised in research experiments for density measurements and in various analytical techniques.

Electronics and Switches: Mercury’s electrical conductivity and its ability to form stable contacts support its use in switches and other electrical components.

Thermometers and Barometers: Mercury is used in thermometers and barometers because of its specific thermal expansion characteristics.