Inconel 693
UNS N06693
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Arialloy are carefully crafted using only the finest materials. Our production team offers superior craftsmanship with over 10 years of experience working with inconel 693 tubes / sheets / wires / bars / fittings
Inconel 693 Material Properties
UNS N06693 Overview
Explore the chemical composition, corrosion resistance, mechanical properties, and temperature characteristics of inconel 693 for optimal resistance, strength, and stability
Inconel 693 Chemical Composition
Inconel 693 Material Properties Overview
As a leading supplier and manufacturer in China, Arialloy supplies cost effective inconel 693 products.
Inconel alloy 693 (UNS N06693) is a single phase nickel chromium iron aluminum alloy with a niobium addition that provides resistance to severe high temperature corrosion. Its typical composition contains about 60.5% nickel, 29% chromium, 3.1% aluminum, and 0.7% niobium, with iron forming most of the balance. Chromium supports oxide protection against oxidation and sulfidation, while aluminum improves resistance to carburization and metal dusting.
Niobium contributes to high temperature strength and structural stability. Inconel alloy 693 is supplied in the annealed condition as plate, sheet, bar, rod, wire, pipe, tube, and custom fabricated products, with dimensions, tolerances, standards, heat treatment, surface condition, and inspection documents specified for each order. The alloy can be fabricated by conventional methods, and its forming and machining characteristics are similar to inconel 600 and inconel 690.
Inconel 693 Corrosion Resistance
Inconel alloy 693 offers strong resistance to high temperature corrosion, particularly metal dusting, a severe form of carburization caused by carbon bearing reducing gases. High chromium supports a protective chromia scale against oxidation and sulfidation in oxidizing and reducing sulfur atmospheres.
Aluminum promotes an alumina rich layer that limits carbon ingress and improves resistance to carburization and metal dusting. The alloy also resists oxidation in moist air and performs well in oxide rich media at elevated temperatures. Actual performance depends on temperature, gas composition, carbon activity, sulfur potential, exposure time, surface condition, and thermal history.
Inconel 693 Mechanical Properties
Inconel alloy 693 provides high room temperature tensile strength and useful ductility in annealed product forms. Hot rolled and annealed plate has a nominal tensile strength of 128 ksi (882.6 MPa), a 0.2% yield strength of 71 ksi (489.5 MPa), and 45% elongation. Cold drawn and annealed tubing has 136 ksi (937.7 MPa) tensile strength, 77 ksi (530.9 MPa) yield strength, and 42% elongation. The alloy also provides tensile and creep rupture strength at elevated temperatures from 1200 to 1800°F (649 to 982°C).
Inconel 693 Temperature Characteristics
Inconel alloy 693 combines high temperature strength with resistance to oxidation and corrosive attack. It resists oxidation in air to approximately 1200°C (2192°F) and also performs well in moist air. Carburization resistance has been demonstrated in hydrogen, methane, and carbon dioxide at 1000°C (1832°F). Creep rupture data are reported from 649 to 982°C (1200 to 1800°F), while thermal stability is commonly evaluated from 538 to 760°C (1000 to 1400°F).
Extended exposure in this intermediate range can promote second phase precipitation and reduce ductility and impact properties, so heat treatment, cooling rate, and temperature history should be reviewed together when establishing allowable conditions.
Inconel 693 Products
Nickel Alloy 693 Product Types
With advanced equipment and expert craftsmanship, we create durable, high performance nickel alloy 693 products tailored to each project’s needs
Inconel 693 Data Sheet
Inconel Alloy 693 Data Sheet
Access / download the inconel 693 data sheet to gain in depth insights into precise physical and processing parameters
garantindo a seleção do material de liga de níquel ideal para o seu projeto
Propriedades físicas
| Densidade | g/cm3 | 7.77 | |
|---|---|---|---|
| lb/pol.3 | 0.280 | ||
| Intervalo de fusão | °F | 2403 - 2493 | |
| °C | 1317 - 1367 | ||
| Resistividade elétrica | ohm-circ mil/pé | 702.7 | |
| μΩ·m | 1.168 | ||
Propriedades mecânicas
| Tensile strength, ksi (MPa) | 108.3 (746) |
|---|---|
| 0.2% Yield Strength, ksi (MPa) | 70.1 (483) |
| Elongation, % | 48.1 |
| Reduction of area, % | 58.7 |
| 2T side bend tests | No fissures |
Inconel 693 Standards
UNS N06693 Specifications & Standards
Da produção à inspeção, atendemos a rigorosos padrões de qualidade, atendendo às exigências de tolerância e composição química
ASTM B167
Tubos sem costura
ASTM B366
Conexões soldadas
ASTM B166
Rod, Bar and Wire
ASTM B168
Chapas, chapas planas e tiras
ASTM B906
Chapas, chapas planas e tiras
AWS A5.14 ERNiCrFeAl-1
Metal de adição
Inconel 693 SHOW
Nickel Alloy 693 Showcase
From initial samples to large scale production, we supply high quality inconel 693 products and help you achieve your manufacturing goals.
Envie suas necessidades
Para começar, forneça seus dados de contato, indicando o tipo de produto, as dimensões, a quantidade e as normas exigidas. Caso tenha desenhos em CAD, especificações ou requisitos especiais de tolerância, por favor, envie-os
Receba um orçamento e uma análise do projeto
Em até 12 horas, enviaremos a você um orçamento detalhado e feedback sobre o projeto (personalizado) do ponto de vista da fabricabilidade (DFM). Isso garante a viabilidade de custos do seu projeto personalizado e lhe dá uma ideia clara dos custos envolvidos
Confirme seu pedido e inicie a produção
Assim que você aprovar o orçamento e o design, seu projeto entrará em nossa fila de produção na manhã seguinte ao recebimento da sua confirmação
Frete e Entrega
Em média, os pedidos de produção sob medida são despachados em um prazo de 20 a 45 dias úteis. Os produtos em estoque e as amostras são despachados em até 48 horas
Apenas 4 etapas
Custom Inconel 693 Quotation Process
Desde a consultoria detalhada até a entrega final, nós garantimos custom inconel 693 product pedidos simples e práticos. Com um atendimento ao cliente excepcional, antecipamos suas necessidades, oferecemos soluções profissionais e garantimos a entrega dentro do prazo
Inconel 693 Supplier - Arialloy
Da produção ao controle de qualidade, cada etapa é adaptada para atingir a perfeição
Arialloy inconel alloy 693 manufacturer has always been at the forefront of the industry. With its unremitting pursuit of quality, precision, and professional solutions, Arialloy has gradually established a complete production system and rapid supply capabilities. By continuously improving manufacturing processes, adopting cutting edge equipment, and adhering to strict quality control, Arialloy ensures that every product meets the highest requirements for durability, precision, and international standards
Inconel 693 Applications
UNS N06693 Alloy Solutions
Atendemos diversos setores, com foco em um rigoroso controle de qualidade e produção em grande escala, transformando sua visão em realidade com expertise profissional e atenção aos detalhes
Inconel 693 Knowledge
Nickel Alloy 693 Wiki
A Arialloy analisa com você todos os fatores que influenciam sua escolha
incluindo composição química, propriedades mecânicas, características de temperatura, preço e processo de fabricação
Inconel 686 x Inconel 686
Essa adição de alumínio ao Inconel 601 promove a formação de uma camada estável de óxido de alumínio (Al₂O₃) na superfície em altas temperaturas. Essa película protetora reduz significativamente
Inconel 600 x Inconel 601
A liga Inconel 600 (UNS N06600 / W.Nr. 2.4816) é uma superliga clássica de níquel-cromo-ferro projetada para oferecer excelente resistência à corrosão e estabilidade mecânica em altas temperaturas. Ela combina um
Monel 400 x Inconel 600
Conforme mostra esta tabela, o alto teor de níquel e cobre na liga Monel 400 garante excelente resistência ao ataque da água do mar e de muitos ácidos, enquanto o significativo teor de cromo
Mais notas do Inconel
Tipos de liga Inconel
Explore toda a linha de ligas Inconel para ampliar suas opções de materiais e garantir que você encontre a liga de níquel perfeita
Custom Inconel 693 FAQs
Nossa equipe de especialistas está aqui para acompanhá-lo em cada etapa do processo, ajudando a transformar sua visão em realidade. Consulte as perguntas frequentes para obter suporte relacionado
Our inconel 693 ordering process begins with a quotation request. You can email sales@arialloy.com or submit the inquiry form below with your requirements. We will provide a detailed offer for your review. If you accept it, send your PO and we will issue the PI for payment. Manufacturing starts after prepayment, and we will notify you when the finished material is ready.
Quotations for inconel 693 are normally prepared within 24 hours by our sales team. If we cannot quote based on the information received, we will promptly explain the situation or request the missing details.
With our standard FOB quotation for inconel 693, customers usually work with a freight forwarder of their choice. We will coordinate with that forwarder for the local part of the shipment. If you would rather leave the transportation to us, we can make the arrangements and confirm the shipping cost.
Because alloys are made by combining several metals, their prices are affected by the market value of those individual metals. In superalloys, nickel, chromium, and aluminum are particularly important price components, so movements in their costs can have a considerable impact on alloy pricing.
We undertake the complete smelting operation for inconel 693 internally. With over 30 vacuum smelting and electroslag remelting furnaces at our factory, we can work with batch sizes of 50 kg, 200 kg, 1,000 kg, or 5,000 kg. This flexibility directly supports our ability to accept smaller quantities.
Certainly, we provide the applicable test report for inconel 693 before shipment. It records the standard to which the material conforms, along with its chemical composition, mechanical properties, dimensions, and heat number.
We control the inconel 693 charge composition during smelting and use chemical analysis to track any variation in alloy chemistry. Finished material is subsequently verified by PMI, and third-party laboratory testing can be arranged for final chemical confirmation.