Silicate

About Silicates

Silicates are materials generally composed of silicon and oxygen. They were the first technical ceramics developed to support early electrical technologies. Silicates are valued for their good dielectric properties, resistance to thermal shocks and high-temperature performance.

Ceramic silicate components are used in electronics and electrical engineering. They serve as electrical insulators, protective switches, thermostats and in lighting systems. Silicate ceramic materials are also selected for their thermal insulation capability in heating, environmental and thermal engineering. Porous components are manufactured for the controlled emission of scents and insecticides, as carriers for catalysts and for various laboratory applications. Precision components for metrology and products for laboratory use, as well as mixed media, complete the range.

Silicate Categories:

Sodium Silicates: Discover the utility of sodium silicates in applications such as detergents, adhesives, construction and water treatment. Their alkaline and corrosion-resistant properties contribute to improved product performance and durability.

Potassium Silicates: Utilise the benefits of potassium silicates in sectors ranging from agriculture to coatings and ceramics. These compounds offer flame resistance, enhanced adhesion and durability, making them valuable additives in various formulations.

Calcium Silicates: Investigate calcium silicates used in insulation materials, building materials and as anti-caking agents in food. Their low thermal conductivity, high-temperature stability and non-toxicity make them suitable for applications that require heat resistance and structural integrity.

Silicate Minerals: Explore our selection of natural silicate minerals, including mica, clay and zeolites. These minerals are employed in cosmetics, drilling fluids, catalysts and several laboratory applications owing to their large surface area, ion exchange capacity and thermal stability.

Advantages of Silicate Compounds:

Versatility: Silicate compounds are applicable in a broad range of sectors, including construction, agriculture, coatings and healthcare. Consequently, they address specific application requirements.

Structural Integrity: Silicate-based materials contribute to product strength and durability, thereby ensuring long service life and dependable performance.

Thermal and Chemical Resistance: Many silicate compounds demonstrate high resistance to elevated temperatures and corrosive environments. They are therefore employed in applications that demand such performance.

Sustainability: Silicate compounds are often environmentally friendly because of their natural occurrence and non-toxicity. Given that they adhere to sustainable manufacturing practices, they are favoured in many processes.

Customisation: Silicate compounds can be adapted to meet specific requirements. Options for various types, sizes and formulations allow the achievement of precise outcomes.

Technical Support: Our expert team, including Stanford Advanced Materials, provides consultation to assist in selecting the appropriate silicate compound and in optimising its use.