Back to Top
 

Return to Special Instruments←  Machines for Testing Forgings (PTS)←.

 

YQ / YQR Series - Forging Testing Machines

Impact and Bending Testing for Metallic Materials


 

⭐ What Is It and What Is It Used For?

The YQ and YQR Series machines are designed to perform specialized forging, impact, and mechanical strength tests on rods, wires, and metallic materials subjected to forming processes.

These systems simulate the real-world conditions of sudden compression forces encountered during forging, pressing, and high-speed production of metal bars and wire products.

These systems simulate the real-world conditions of sudden compression forces encountered during forging, pressing, and high-speed production of metal bars and wire products.

 

 

🔍 What Does the YQ/YQR Series Do?

 

1. Forging Tests on Metallic Materials

The machines simulate the rapid impact conditions generated during:

 

  • Forging operations
  • Hot rolling processes
  • Industrial pressing applications
  • Rod and wire forming processes

 

The system reproduces the instantaneous compression forces experienced by metals under high-speed forming conditions, allowing evaluation of:

 

  • Material deformation
  • Impact behavior
  • Potential structural defects
  • Resistance to sudden compressive loading

 

✔ 2. High-Speed Rod and Wire Testing

These tests verify:

 

  • Material quality
  • Consistency of rolling or wire drawing processes
  • Performance under dynamic loading conditions
  • Formation of cracks or internal defects

 

This testing method is critical for industries that require highly reliable metallic materials free from structural imperfections.

 

✔ 3. Compliance with International Standards

YQ and YQR Series machines comply with international standards for forging, bending, and impact testing, ensuring:

 

  • High repeatability
  • Accurate measurements
  • Reliable results for quality certification and process validation

 

✔ 4. Bending and Flexural Testing

In addition to forging tests, the series can perform:

 

  • Specimen bending at specified angles
  • Ductility evaluation
  • Weld quality verification
  • Assessment of deformation capability without fracture

 

🧪 Typical Applications

The YQ/YQR Series is widely used in:

 

    • Steel mills and rolling mills
    • Steel rod and wire manufacturing facilities
    • Industrial forging operations
    • Metallurgical laboratories
    • Quality control departments for pressing and forming processes
    • Automotive manufacturing plants
    • Structural steel production facilities
    • Research and development laboratories

    ⚙️ Key Features

     

    • High-Precision Impact Deformation Measurement
    • Realistic Forging Process Simulation
    • Heavy-Duty Construction
    • Mechanical or Hydraulic Configurations
    • Interchangeable Mandrels and Accessories
    • Compliance with International Standards

      

        No tiene un plugin pdf, pero puede descargar el archivo pdf.

     


     

       (Agrandar)

     ¿Qué es la Máquina para Pruebas de Forja, Impacto y Doblado en Materiales Metálicos?  La máquina para pruebas de forja, impacto y doblado son equipos especializados diseñados para evaluar el comportamiento mecánico de los metales cuando son sometidos a fuerzas extremas, tal como ocurre en procesos industriales de: Forjado, Prensado, Laminado, Conformado, Doblado de varillas, barras o láminas, Impactos de alta velocidad. Estas pruebas permiten conocer la ductilidad, resistencia, tenacidad, deformación plástica, anisotropía y comportamiento bajo cargas dinámicas del material. Son esenciales para el control de calidad en industrias metalúrgicas, automotrices, aeronáuticas, estructurales y de fabricación de cables o varillas de acero.
    ¿Qué es la prueba de forja? Es una prueba que reproduce lo que le ocurre al metal cuando recibe un impacto súbito y muy rápido, tal como en procesos reales de forjado. Permiten estudiar: Cómo se deforma el metal instantáneamente, Si forma grietas o fallas internas, Su capacidad de endurecimiento, Su resistencia bajo carga extrema, Simulan exactamente las condiciones industriales, por eso son muy usadas en acerías y plantas de laminación.