Kanthal Wire Mesh

Kanthal A-1 wire mesh used in electric furnace

Kanthal Heating Mesh for Industrial Applications

When it comes to materials built for extreme heat and durability, Kanthal wire mesh stands out as a top choice across industries. Known for its excellent resistance to oxidation and high temperatures, Kanthal is widely used in electrical heating systems, industrial furnaces, and other high-heat applications. As a trusted Kanthal Wire Mesh Manufacturer and Supplier, Ambani Metals delivers high-performance alloys that meet the demands of modern industry.

Kanthal, also referred to as FeCrAlY, is a family of iron-chromium-aluminum alloys enriched with yttrium (Y). These alloys available in grades like Kanthal A-1 and Kanthal D from Ambani Metals, offer distinct advantages over traditional resistance heating materials such as Cr20Ni80. They feature higher resistivity, longer service life, and exceptional performance at elevated temperatures.

Thanks to its stable structure and excellent corrosion resistance, Kanthal wire mesh remains reliable even under intense operating conditions. Whether used in high-temperature furnaces, heating elements, or corrosive industrial settings, Kanthal’s strength and resilience make it a preferred solution. Backed by technical expertise and strict quality standards, Ambani Metals ensures every product delivers unmatched reliability and performance.

Material : Kanthal A-1, Kanthal D

Mesh : Up to 200 Mesh

Properties of Kanthal Wire Mesh

  • High Temperature Resistance : Withstands temperatures up to 1400°C, making it ideal for extreme heat applications.
  • Excellent Oxidation Resistance : Forms a stable aluminum oxide layer that protects against oxidation, even in high-temperature environments.
  • Superior Electrical Resistivity : Offers higher resistivity compared to conventional alloys, making it efficient for heating elements.
  • Corrosion Resistance : Performs reliably in oxidizing, sulfurous, and high-moisture environments.
  • Dimensional Stability : Maintains mesh structure under continuous thermal cycling and mechanical stress.
  • Non-Magnetic & Lightweight : Suitable for sensitive electronic and thermal processes.

Types of Kanthal Wire Mesh

  • Kanthal A-1 Wire Mesh : Kanthal A-1 Wire Mesh is a high-temperature FeCrAl alloy ideal for continuous use up to 1400°C, commonly used in furnaces, kilns, and heating elements.
  • Kanthal D Wire Mesh : Kanthal D Wire Mesh operates up to ~1300°C and offers better ductility, making it ideal for coiled elements and complex heating systems.
  • Kanthal AF Wire Mesh : Kanthal AF Wire Mesh offers excellent form stability and oxidation resistance, ideal for appliances and industrial heating systems with long service life requirements.
  • Kanthal APM Wire Mesh : Kanthal APM Wire Mesh provides outstanding creep resistance and strength at high temperatures, ideal for heat treatment and petrochemical applications.
  • Kanthal A Wire Mesh : Kanthal A Wire Mesh is a reliable early-generation FeCrAl alloy, suitable for use up to 1350°C and ideal for general, cost-effective heating applications.

Applications of Kanthal Wire Mesh

  • Electric Furnaces & Kilns : Used as heating elements due to its high temperature resistance and stability.
  • Industrial Ovens : Ideal for continuous heat exposure in drying and curing systems.
  • Resistive Heating Coils : Preferred in toasters, heaters, and hot air blowers for its high resistivity.
  • Petrochemical Plants : Applied in reactors and thermal processing units requiring creep-resistant materials.
  • Household Appliances : Found in hair dryers, irons, and electric cooktops for safe and efficient heat generation.
  • Aerospace & Automotive : Used in high-performance components needing heat and corrosion resistance.

FAQs

Kanthal wire mesh is made from FeCrAl alloy, primarily iron (Fe), chromium (Cr), and aluminum (Al), often with added yttrium (Y) for enhanced oxidation resistance.

Depending on the grade, Kanthal wire mesh can withstand temperatures up to 1400°C, making it suitable for high-heat applications like furnaces and kilns.

It’s widely used in electric furnaces, heating elements, industrial ovens, kilns, and high-temperature processing in industries like ceramics, petrochemicals, and electronics.

Yes, it has excellent resistance to oxidation and corrosion, particularly in high-temperature and oxidizing environments.