제품 세부 정보

집 상품

Electrolysis Hydrogen Generation with 0Cr25Al5 FeCrAl Resistance Wire

브랜드 이름:	DLX
모델 번호:	FeCrAl 합금 와이어 0Cr25Al5
모크:	10kg
지불 조건:	L/C,D/A,D/P,T/T,웨스턴 유니온
공급 능력:	달 당 500 톤

자세한 정보

제품 설명

자세한 정보

원래 장소:

중국,장쑤성

인증:

Ce,Rohs

공급 능력:

달 당 500 톤

강조하다:

Electrolysis Hydrogen Generation resistance wire

0Cr25Al5 FeCrAl resistance wire

high-temperature resistance wire for electrolysis

제품 설명

Electrolysis Hydrogen Generation with 0Cr25Al5 FeCrAl Resistance Wire

As global efforts to transition toward sustainable energy sources intensify, hydrogen has emerged as a key player in clean energy solutions. Water electrolysis, a process that splits water into hydrogen and oxygen using electricity, is one of the most efficient and environmentally friendly methods to produce hydrogen. At the heart of high-efficiency electrolysis systems is the material used for the resistance wire, which must endure harsh electrolytic conditions while maintaining high performance. Our 0Cr25Al5 FeCrAl Resistance Wire is the perfect solution, offering unmatched reliability, long-term durability, and excellent performance for hydrogen generation.

Product Overview

The 0Cr25Al5 FeCrAl Resistance Wire is a high-performance alloy designed for use in hydrogen electrolysis systems. This FeCrAl alloy, composed of iron (Fe), chromium (Cr), and aluminum (Al), is specifically engineered to resist oxidation and corrosion at high temperatures, making it ideal for the harsh environments found in water electrolysis applications. Whether you are working with high-temperature electrolyzers or aiming to improve the efficiency and longevity of your system, this wire provides a reliable solution for maximizing the performance of your hydrogen production system.

Parameter Comparison Table

Alloy Nomenclature Performance	1Cr13Al4	0Cr25Al5	0Cr21Al6	0Cr23Al5	0Cr21Al4	0Cr21Al6Nb	0Cr27Al7Mo2
Chemical Composition (%) - Cr	12.0-15.0	23.0-26.0	19.0-22.0	20.5-23.5	18.0-21.0	21.0-23.0	26.5-27.8
Chemical Composition (%) - Al	4.0-6.0	4.5-6.5	5.0-7.0	4.2-5.3	3.0-4.2	5.0-7.0	6.0-7.0
Chemical Composition (%) - Re	Opportune	Opportune	Opportune	Opportune	Opportune	Opportune	Opportune
Chemical Composition (%) - Fe	Rest	Rest	Rest	Rest	Rest	Rest	Rest
Max. Continuous Service Temp. of Element (°C)	950	1250	1250	1250	1100	1350	1400
Resistivity at 20°C (μΩ.m)	1.25	1.42	1.42	1.35	1.23	1.45	1.53
Density (g/cm³)	7.4	7.1	7.16	7.25	7.35	7.1	7.1
Thermal Conductivity (KJ/m.h)	52.7	46.1	63.2	60.2	46.9	46.1	--
Coefficient of Linear Expansion (αx10⁻⁶/℃)	15.4	16	14.7	15	13.5	16	16
Melting Point Approx (°C)	1450	1500	1500	1500	1500	1510	1520
Tensile Strength (N/mm²)	580-680	630-780	630-780	630-780	600-700	650-800	680-830
Elongation at Rupture (%)	>16	>12	>12	>12	>12	>12	>10
Variation of Area (%)	65-75	60-75	65-75	65-75	65-75	65-75	65-75
Repeat Bending Frequency (F/R)	>5	>5	>5	>5	>5	>5	>5
Hardness (H.B.)	200-260	200-260	200-260	200-260	200-260	200-260	200-260
Continuous Service Time (Hours/°C)	--	≥80/1300	≥80/1300	≥80/1300	≥80/1250	≥80/1350	≥80/1350
Micrographic Structure	Ferrite	Ferrite	Ferrite	Ferrite	Ferrite	Ferrite	Ferrite
Magnetic Properties	Magnetic	Magnetic	Magnetic	Magnetic	Magnetic	Magnetic	Magnetic

Available Shapes and Sizes

Shape	Size (mm)
Wire	0.05-7.5
Rod	8-50
Ribbon	(0.05-0.35)*(0.5-6.0)
Strip	(0.5-2.5)*(5-180)

Key Features & Advantages

Excellent Oxidation Resistance
The 0Cr25Al5 FeCrAl Resistance Wire provides superior oxidation resistance, even under high temperatures, which is essential for long-lasting performance in electrolysis systems. This allows the wire to maintain its integrity over time, improving the lifespan of your system.
Outstanding Corrosion Resistance
The alloy's exceptional resistance to corrosion ensures that the wire remains functional and reliable even when exposed to aggressive electrolytes and water electrolysis environments, reducing the frequency of replacements and maintenance.
High-Temperature Stability
With an operating temperature capacity of up to 1000°C, the 0Cr25Al5 FeCrAl Resistance Wire ensures that your electrolysis system operates efficiently at high temperatures, which is typical in hydrogen production.
Strong Mechanical Properties
The wire offers tensile strengths between 500-850 MPa, making it mechanically robust and capable of withstanding the stresses involved in high-performance electrolysis processes.
Customization for Specific Needs
We offer a range of wire diameters and tolerances to suit the specific requirements of your hydrogen production system, providing tailored solutions to maximize system efficiency.
Cost-Effectiveness
Thanks to its exceptional durability and reduced need for maintenance or replacement, the 0Cr25Al5 FeCrAl Resistance Wire is a cost-effective material for large-scale and long-term hydrogen electrolysis projects.

Industry Trends and Market Insights

The hydrogen economy is rapidly gaining momentum as part of the global transition to renewable energy. Electrolysis, powered by renewable energy sources such as wind, solar, and hydropower, is one of the most promising methods for producing green hydrogen—an essential component in reducing carbon emissions across sectors like transportation, energy storage, and industrial processes.

As the demand for hydrogen grows, so does the need for high-performance materials that can withstand the demanding conditions of electrolysis. This is where the 0Cr25Al5 FeCrAl Resistance Wire comes in. With its superior oxidation and corrosion resistance, high-temperature stability, and mechanical strength, this wire is designed to meet the increasing demands of the hydrogen production industry. As the world continues to move towards sustainable hydrogen production, materials like 0Cr25Al5 FeCrAl Resistance Wire will play an essential role in ensuring the efficiency, reliability, and longevity of electrolysis systems.

Applications

Hydrogen Fuel Cells : Essential for hydrogen fuel cell technologies, which are used in sectors like transportation (fuel-cell vehicles), energy storage, and backup power generation.
Green Hydrogen Production : The wire plays a critical role in generating hydrogen through electrolysis, helping reduce the carbon footprint associated with traditional hydrogen production methods.
Energy Storage Solutions : In systems that store excess renewable energy by converting it into hydrogen, the 0Cr25Al5 FeCrAl Wire ensures the process is efficient and reliable, enabling the storage of energy for future use.
Industrial Hydrogen Applications : Hydrogen produced via electrolysis can replace fossil fuels in industries like steel manufacturing, refining, and ammonia production, reducing dependence on non-renewable energy sources.

Why DLX?

Industry-Leading Quality
Every batch of our wire undergoes strict quality control tests to ensure it meets the highest standards, providing you with the most reliable material for your hydrogen production systems.
Custom Solutions
DLX offers customized solutions for specific system requirements, ensuring the wire's performance aligns perfectly with your electrolysis setup.
Expertise and Support
With years of experience in advanced materials for the energy sector, DLX provides expert guidance to help you select the best materials and solutions for your hydrogen generation systems.
Global Reach
DLX serves customers around the world, offering fast shipping and responsive customer support to ensure your project is completed on time and without issue.
Sustainability Commitment
We are committed to supporting the global transition to clean energy, offering materials that help reduce carbon emissions and promote renewable energy technologies.

Frequently Asked Questions (FAQs)

What is 0Cr25Al5 FeCrAl Resistance Wire used for?
This wire is used in hydrogen production through water electrolysis. Its exceptional resistance to oxidation and corrosion makes it ideal for electrolysis systems that split water into hydrogen and oxygen.
Can 0Cr25Al5 FeCrAl Resistance Wire handle high temperatures?
Yes, this alloy wire can withstand temperatures up to 1000°C, making it perfect for high-temperature electrolysis processes.
How does 0Cr25Al5 FeCrAl Resistance Wire improve electrolysis efficiency?
The wire's superior resistance to oxidation and corrosion helps maintain the electrolysis system's performance over time, reducing energy losses and system failures.
Is 0Cr25Al5 FeCrAl Resistance Wire customizable?
Yes, we offer customization for wire size, diameter, and other specifications to meet the specific needs of your electrolysis system.
How long will the 0Cr25Al5 FeCrAl Resistance Wire last?
Due to its high oxidation and corrosion resistance, the wire has a long lifespan, reducing the need for frequent replacements and minimizing system downtime.
Is this wire cost-effective for large-scale hydrogen production?
Yes, its durability and long lifespan make the 0Cr25Al5 FeCrAl Resistance Wire a cost-effective solution, particularly in large-scale hydrogen production systems where frequent replacements would be costly.
What industries use this wire?
The 0Cr25Al5 FeCrAl Resistance Wire is used in hydrogen fuel cells, green hydrogen production, industrial applications, and energy storage systems, all of which rely on efficient electrolysis.
How does DLX support customers in their hydrogen production systems?
DLX offers personalized consultations to help you choose the best wire for your electrolysis system, and we provide global shipping and responsive customer support to ensure a seamless experience.

태그:

인코넬 합금

모넬 합금

하스텔로이 불순물

인코로이 합금

순수한 니켈 금속

니켈 크롬 합금

페크럴은 합금합니다

크쿠니는 합금합니다

저항선

고온 니켈 합금

니켈 용접선

열 분사 와이어

정확성 불순물

열전대 노출선

열전대연장선

미네랄 절연 케이블

플래티넘 이리디움 합금

코발트 크롬 합금

니티놀 합금

금속 폼

금속 합금

난방 시리즈

인코넬 합금

모넬 합금

하스텔로이 불순물

인코로이 합금

순수한 니켈 금속

니켈 크롬 합금

페크럴은 합금합니다

크쿠니는 합금합니다

저항선

고온 니켈 합금

니켈 용접선

열 분사 와이어

정확성 불순물

열전대 노출선

열전대연장선

미네랄 절연 케이블

플래티넘 이리디움 합금

코발트 크롬 합금

니티놀 합금

금속 폼

금속 합금

난방 시리즈

제품 세부 정보

Electrolysis Hydrogen Generation with 0Cr25Al5 FeCrAl Resistance Wire

Electrolysis Hydrogen Generation with 0Cr25Al5 FeCrAl Resistance Wire

Electrolysis Hydrogen Generation resistance wire

0Cr25Al5 FeCrAl resistance wire

high-temperature resistance wire for electrolysis