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SPARK 00Cr20Al6 High-Performance Electric Heating Wire (1350℃)

SPARK 00Cr20Al6 High-Performance Electric Heating Wire (1350℃)

SPARK 00Cr20Al6 is a premium ultra-low carbon, high-temperature oxidation-resistant alloy primarily composed of Iron, Chromium (20%), and Aluminum (6%). Developed by Shougang Gitane, this alloy is specifically engineered for industrial environments requiring long-term stability and extreme thermal resistance up to 1350℃.

Product Introduction

Unlike traditional nickel-based alloys, 00Cr20Al6 provides a highly cost-effective solution without compromising on mechanical strength or corrosion resistance. It is an indispensable material choice for manufacturing boiler components, gas turbine blades, and high-temperature heat treatment equipment, meeting the most rigorous international industrial standards.

Product Features

Excellent Oxidation Resistance: The 6% Aluminum content enables the formation of a dense, protective alumina film, preventing performance degradation in extreme heat.
Ultra-High Temperature Stability: Supports long-term use at temperatures up to 1350℃ with minimal resistance drift.
Cost-Effective Solution: As a nickel-free alloy, it provides high corrosion resistance and mechanical strength at a more competitive price point than high-nickel alternatives.
Advanced Production Technology: Manufactured using Gitane’s precision smelting and refining processes to ensure uniform alloy composition.
Superior Processing Capability: Supplied in various forms, including linear wire, thick strips, and thin strips, suitable for complex element designs.
Environmental Resilience: Optimized for clean energy sectors, including solar PV and semiconductor heat treatment.

Technical Parameters

Property Item Unit 00Cr21Al6 Specification Data
Max. Continuous Operating Temp 1300
Nominal Composition - Chromium (Cr) % 20
Nominal Composition - Aluminum (Al) % 5.5
Nominal Composition - Iron (Fe) % Balance
Electrical Resistivity (20℃) Ω·mm²/m 1.45
Density g/cm³ 7.1
Melting Point 1500
Specific Heat Capacity kJ/kg 0.46
Tensile Strength (Room Temp) MPa 750
Hardness Hv 230
Elongation % 17
Magnetism - Ferromagnetism
Thermal Conductivity (20℃) W/(m·K) 13

Application fields

00Cr20Al6 is a versatile material designed for high-end clean energy and industrial sectors:
Clean Energy: Heat treatment materials for solar photovoltaic monocrystalline and polycrystalline silicon.
Semiconductors: Essential electric heating materials for silicon wafer production and chip heat treatment.
High-End Glass Industry: Specialized heat treatment for automotive glass and electronic display glass.
Urban Infrastructure: Energy storage materials and clean heating solutions for urban environments.
Environmental Protection: High-performance fiber material (Diameter < ϕ0.02mm) for low-nitrogen combustion, operating at 1050℃ with ultra-low oxidation gain.
Heavy Industry: Boiler components and gas turbine blade manufacturing.
spark 0cr23al5 high resistance fe cr al electric heating alloy wire

Technical Support

GITANE provides deep technical expertise for the SPARK series:
Rapid Test Life Evaluation: Lifespan verification based on cumulative time until burnout (2-min on/off cycle) using 0.8mm sample standards.
Surface Load Optimization: Expert guidance on balancing surface load vs. service life to optimize element size and material costs.
Collapse Resistance Performance: Specialized testing to characterize high-temperature deformation resistance for large-sized structural components.
Oxidation Weight Gain Testing: Long-term 1050℃ heating tests to ensure the oxidation weight gain rate remains <10% after 200 hours.

Why Choose Us?

Shougang Group Legacy: Formerly known as Beijing Steel Wire Plant, with over 50 years of specialized metallurgical history.
Innovation Leader: Developed China’s first FeCrAl heating wire; holder of over 70 patents and leader of 6 national standards.
Global Authority: Our high-end alloys hold over 80% of the domestic market share, ranking 2nd globally.
Quality Assurance: ISO9001 certified since 2003, with strict pre-production sampling and 100% final inspection protocol.
Advanced Manufacturing: State-of-the-art facilities located in Zhongguancun Science and Technology Park, Beijing.

Available product specifications

Form Dimension / Range
Linear Wire Various diameters for industrial and precision use
Thick / Thin Strips Customizable thickness for high-power applications
Ultra-Fine Fibers Diameters < 0.02mm for low-nitrogen combustion
Custom Elements Support for customized shapes (Spiral, U-shape, etc.)
Delivery Terms FOB; Support for multiple currencies (USD, EUR, CNY.)

FAQ