Nós usamos cookies para melhorar sua experiência de navegação. Ao continuar usando nosso site, você aceita nossa política de cookies.
fechar Close Cookie Notification
Instron
  • Back
  • Home
  • Produtos
    SISTEMAS DE ENSAIOS
    Sistemas Universais de Ensaios
    Durabilidade estrutural
    Sistemas de Ensaios Automatizados
    Sistemas de Ensaios Dinâmicos e de Fadiga
    Crash Simulation
    Máquinas para Ensaios de Torção
    Reômetros e Equipamento para Melt Flow
    Equipamentos para ensaios de impacto pendular ou por queda (Drop Tower)
    HDT e Vicat
    Equipamentos Fora de Produção
    ACESSÓRIOS
    Software
    Células de carga
    Adesão, Atrito, Perfuração
    Câmaras Ambientais e Fornos
    Garras de Tração
    Dispositivos para Flexão
    Pratos de Compressão
    Dispositivos para Área Farmacêutica e Biomédica
    Extensômetros
    Células de carga
    Dispositivos para Área de Microeletrônicos
    Medição de Corpos de Prova e Preparação
    Todos os acessórios
    Catálogo de acessórios
  • Soluções Industriais
    POR MATERIAL POR NORMA POR TIPO DE ENSAIO
    POR INDÚSTRIA
    Automotivo
    Biomédica
    Eletrônica
    materiais
    Compósitos
    Metais
    Plásticos
  • Serviço e suporte
    Instron Remote Technical Support CICLO DE VIDA DE PRODUTOS TREINAMENTO
    SERVIÇOS
    Calibração e verificação
    Assistência de implementação da Instron
    SUPORTE TÉCNICO
    Perguntas frequentes
    Serviços de atualização de software
    RECURSOS
    Manuais
    Localizador de número de série
  • Nossa empresa
    CARREIRAS SALA DE IMPRENSA ASSINE NOSSOS BOLETINS DE NOTÍCIAS
    QUEM SOMOS
    Nossa história
    Unidades
    Acreditações e certificados
    RECURSOS
    Glossário
    Tipos de Ensaio
    Boletins de notícias
    Biblioteca de materiais
    Notícias
    Eventos
    Webinários
    Estudos de caso
  • Fale conosco
  • Brasil
Soluções em ensaios » Por tipo de ensaio » Thermomechanical Fatigue » Electro-Thermal Mechanical Testing

Electro-Thermal Mechanical Testing

Entre em ContatoSolicite Um Catálogo De Acessórios
High integrity capsule and LVDT
Instron Electro-Thermal Mechanical Test System
  • High integrity capsule and LVDT
  • Instron Electro-Thermal Mechanical Test System
  • DESCRIÇÃO
  • Related Products
  • Software
  • LITERATURA
  • Applications
Electro-Thermal Mechanical Testing

Testing of high-temperature alloys has been notoriously difficult, they are often expensive, consist of rare materials and are extremely difficult to machine. Seeing the need for a corresponding testing machine that can accurately characterize their material properties, Instron has developed the original concept of an Electro-Thermal Mechanical Testing System (ETMT) in conjunction with National Physical Laboratory (NPL) over 10 years ago and has now brought the ETMT onto the ElectroPuls platform, offering an integrated ETMT system that is designed to test miniaturized test piece at elevated temperature. 

Over the last 10 years, users of Instron ETMT have made great progress into exploring its applications further and developed new test methods that utilize the unique features of the ETMT, while providing feedback to Instron for innovation of new features. Understanding how material properties of miniaturized test piece will translate to a real size sample is of utmost importance in validating the data generated by the ETMTs. In light of that, a good practice guide has been produced for the ETMT systems that shed light onto the investigations ETMT users have conducted and how they impact ETMT’s prospective users, making ETMT more accessible to new users.


Why choose Instron?

The Instron ETMT system is a highly configurable system and can be customized to suit many applications. The Instron ETMT system can measure a range of physical and mechanical properties, including tensile, compression, creep, low cycle fatigue (LCF) and thermomechanical fatigue (TMF) properties of materials. In addition, it has determined resistivity, thermal expansion coefficients and phase transformations in a variety of materials including steels, titanium alloys and intermetallic alloys.

Instron ETMT system offers a competitive alternative to traditional hydraulic machines for testing miniature specimens in materials such as nickel-based super-alloys, hard metals (e.g. tungsten carbide) and lead-free solders. Instron ETMT system’s use of miniaturized test piece has helped shorten development cycles of new alloys and test the remnant life of used components, minimizing running cost and investigating component lifespan.


Benefits

  • Testing of miniaturized specimen opens the opportunity to cost saving and testing methods that are far less efficient with other machines, including property distributions in heterogeneous materials and testing in controlled atmospheres or vacuum
  • Fast and accurate direct resistance heating and water cooling of fixtures controlled by the ETMT control unit, with specimen heating and cooling rates of up to 200°C/s and 100°C/s respectively, and a maximum specimen temperature of up to 1500°C
  • Multiple strain measurement options, including high precision twin LVDT, extended ceramic high-temperature extensometer and digital image correlation (DIC) techniques
  • Centralized 19'' rack-mounted control unit, offering an integrated solution to all controls and data acquisition of the system, with good visual access to test piece for DIC opportunities
  • Accommodates both round and flat specimens with the same fixture, with the option of steel or brass fixture for different thermal and electrical conductivity
  • AlignPRO mechanical fixture paired with its software allows accurate horizontal, vertical and angular alignment of the test piece, which is especially important in miniaturized testing

Electro-Thermal Mechanical Testing (ETMT)

Instron's Electro-Thermal Mechanical Testing System can measure mechanical and physical properties and micro-structural stability with thermal exposure.

Thermomechanical Fatigue (TMF)

Instron Thermomechanical Fatigue (TMF) testing system is a modified 8801 servohydraulic test frame that provides effortless analysis of combined thermal and mechanical loading cycles of high-performance materials.

Low Cycle Fatigue (LCF)

Low Cycle Fatigue systems can assess the fatigue performance of materials at elevated isothermal temperatures.

WaveMatrix2 Dynamic Software

Bluehill Universal

Electrothermal Mechanical Testing System (ETMT)

Instron Electro-Thermal Mechanical Testing System (ETMT) is a compact table-top testing system that is developed to perform accelerating high-temperature research. The system is capable of achieving fatigue loading rates up to 1000 N/s with heating and cooling rates of 200°C/s and 100°C/s respectively.

  • Produtos
  • 5/29/2019
  • 1.6 MB

TMF Testing to ISO 12111 and ASTM E2368

Integrated TMF systems from Instron allow you to quickly and easily begin TMF testing in compliance with ISO 12111 and ASTM E2368.

LCF Testing to ISO 12106 and ASTM E606

Instron offer integrated systems and software ideal for carrying out LCF testing to international standards including ISO 12106 and ASTM E606.

SELETOR DE REGIÃO

Dismiss Region Selector

Americas

  • North America
  • Brasil
  • South America

All Other Countries

  • Global Site

Europe

  • France
  • Deutschland
  • Italia
  • Polska
  • España
  • Türkçe
  • United Kingdom

Asia Pacific

  • 中国
  • India
  • 日本
  • 대한민국
  • 台灣
  • ประเทศไทย
Instron Logo White
INFORMAÇÕES DE CONTATO

Rua Quirino Zagonel, 257,
São José dos Pinhais,
PR, CEP 83020-250

Vendas:  (41) 3035-9400

Serviços:  (41) 3035-9400

Geral:  +55 41 3035-9400

LINKS ÚTEIS
  • Sistemas de ensaio
  • Software
  • Acessórios
  • Catálogo
  • Glossário
  • Biblioteca
  • Soluções de Ensaios
  • Boletins de notícias
  • Webinários
  • Estudos de caso
  • Eventos
  • Carreiras
Policies / Legal
  • Política de Cookies e Privacidade
  • Termos de uso
  • Controle de exportação
  • Aviso de dados segundo o GDPR
CONECTE-SE CONOSCO
INSCREVA-SE PARA NOSSO BOLETIM DE NOTÍCIAS
ENDEREÇO DE E-MAIL
© 2019 Illinois Tool Works Inc. Todos os direitos reservados.
[email protected]
  • Política de Cookies e Privacidade
  • Termos de uso
  • Controle de exportação
  • Aviso de dados segundo o GDPR