High-Temperature FeCrAl 0Cr25Al5 Resistance Wire for Industrial Heating & Chemical Processing

Description

Discover FeCrAl 0Cr25Al5 resistance wire: superior oxidation resistance, unmatched durability in extreme temperatures (up to 1300°C), and compliance with global standards. Ideal for industrial furnaces, household appliances, and aerospace applications.

Product Overview

FeCrAl 0Cr25Al5 resistance wire is a premium iron-chromium-aluminum alloy engineered for demanding high-temperature environments. With 25% chromium (Cr) and 5% aluminum (Al), this alloy forms a protective alumina (Al₂O₃) layer under thermal stress, ensuring exceptional resistance to oxidation, carburization, and sulfurization. Its unique composition enables stable electrical resistivity (1.45 μΩ·m) and prolonged service life in temperatures up to 1300°C, outperforming traditional nickel-chromium alloys in corrosive atmospheres.

The wire’s mechanical robustness—high tensile strength (≥650 MPa) and ductility—ensures ease of fabrication into coils, heating elements, and precision components. Compliant with IEC 60216, ASTM B603, and DIN 17470, it is widely adopted in chemical processing, semiconductor manufacturing, and energy sectors. Regional adaptability makes it ideal for Southeast Asia’s humid climates, the Middle East’s sulfur-rich environments, and Europe’s stringent industrial regulations.

Technical Specifications

Chemical Composition

Mechanical Properties

Physical Parameters

Standards Compliance

• ASTM B603: Rolled Electrical Alloys

• IEC 60216: Thermal Endurance

• DIN 17470: Material Specifications

Applications

• Industrial Heating: Furnace elements, kiln components, and radiant tubes.

• Consumer Electronics: Heating coils in ovens, toasters, and hair dryers.

• Chemical Processing: Reactor heating systems in corrosive environments.

• Automotive: Glow plugs and exhaust gas sensors.

• Aerospace: High-temperature sensor wiring.

FAQs

Q1: What is the maximum operating temperature for FeCrAl 0Cr25Al5 wire?
A: Up to 1300°C in oxidizing atmospheres. For reducing environments, limit to 950°C to avoid rapid degradation.

Q2: Can this alloy replace Ni-Cr resistance wires?
A: Yes, in high-temperature and corrosive settings. It offers longer lifespan and lower lifecycle costs.

Q3: Is welding feasible for FeCrAl 0Cr25Al5?
A: Yes, using TIG or laser welding. Post-weld annealing at 800°C restores oxide layer integrity.