Metal Fibre

Metallic fibres are manufactured fibres that consist of metal, plastic‐coated metal, metal‐coated plastic or a core entirely encased in metal.

Stanford Advanced Materials (SAM) supplies FeCrAl fibre filters, metal fibre felts, sintered laminates, stainless steel fibres and nickel fibres.

Metal Fibres Main Features:

Inherent Strength: Metal fibres exhibit mechanical strength and are used in applications that require structural integrity.

Thermal Conductivity: Metal fibres provide effective heat conduction. They are employed in systems for heat dissipation, insulation and thermal management.

Electrical Conductivity: Metal fibres provide electrical conduction and are utilised in electronics, sensor applications and conductive textiles.

Flexibility and Formability: Metal fibres have a fine structure. They can be woven, braided or integrated with various materials, thereby expanding design options.

Corrosion Resistance: Many metal fibres resist corrosion and maintain function when exposed to chemicals and weathering.

Applications for Metal Fibres:

Textiles and Fabrics: Metal fibres are used in textiles for applications ranging from conductive clothing to electromagnetic interference (EMI) shielding.

Composite Materials: Metal fibres reinforce composite materials and improve mechanical properties. They enable the manufacture of lightweight structures.

Electronics: Metal fibres are used in flexible and portable electronics, touchscreens, antennas and printed circuit boards (PCBs).

Thermal Management: Metal fibres are applied in heat sinks, thermal interface materials and heat exchangers, thereby optimising temperature control.

Aerospace and Automotive Industries: Metal fibres reinforce components in aerospace and automotive sectors. They support safety and performance under specified conditions.

Quality Assurance for Metal Fibres:

Our metal fibre products are sourced from manufacturers with documented quality and precision. Every fibre is subjected to rigorous testing to meet industry standards.

Metal Fibres Video