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Composite materials offer a range of substances that satisfy performance criteria required for industrial, commercial and scientific applications. The collection includes several material types, each defined by measured physical properties. Quantitative tests record an increase in tensile strength by approximately 12%. Durability tests show about 10% improvement. Specific thermal conductivity and electrical resistance values are determined according to standard protocols.
Composite materials consist of two or more materials that differ significantly in their physical or chemical properties. By combining these materials, a composite is produced that exhibits properties unattainable by any single component. The materials display increased strength, low weight, extended service life and versatility. They are used in various high-performance applications.
Graphene is a material that exhibits high electrical conductivity, mechanical strength and reliable thermal performance. It is employed in electronics, energy storage and composite materials to deliver measurable improvements in operational performance.
Precious metal catalysts such as platinum, palladium and rhodium are used in chemical reactions including hydrogenation, oxidation and fuel cells. They provide efficient conversion rates and selectivity for industrial and environmental applications.
Our anode materials are utilised in batteries and electrochemical cells. They offer high energy density, extended cycle life and consistent performance, thereby supporting developments in advanced energy storage systems.
These composites are employed in the manufacture of high-precision components for aerospace, automotive and medical sectors. They offer close tolerances and maintain strict surface finish standards.
Polishing slurries based on composite materials are designed for fine polishing and surface finishing of semiconductors, metals and ceramics. Their application yields precise and efficient outcomes with consistently improved surface quality.
Our composite heating elements are engineered to provide effective thermal conductivity and stability under operational loads. They are applied in industrial furnaces and heating systems that require accurate temperature control.
Polymer composites combine polymers with other materials. This combination enhances mechanical strength, durability and resistance to heat and chemicals in sectors such as automotive, aerospace and consumer goods.
Masterbatch composites consist of concentrated mixtures of pigments and additives encapsulated in a carrier resin. They are used to impart colour and improved material properties to plastic products while ensuring consistent quality.
Our range includes specialised composite materials developed for specific applications. Consequently, you can select the material that meets the detailed requirements of your project.
Our composite materials undergo rigorous quality control tests to ensure high purity and compliance with performance standards.
Our inventory covers a wide range of sectors and applications, thereby ensuring that you find the appropriate material for your requirements.
Our team of experts assists in selecting the correct materials and provides technical support for your projects.
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