Taqués de válvula | Piezas del motor Perkins 1004

Otras partes del motor
September 20, 2025
Category Connection: Otras piezas del motor
Brief: Descubra los levantadores de válvulas Perkins T420076, diseñados para los motores diésel de la serie Perkins 1004.y durabilidad a largo plazo bajo cargas altasPerfecto para excavadoras, cargadores y equipos industriales.
Related Product Features:
  • Precision Transmission: Accurately transmits camshaft motion to the valvetrain for proper valve operation.
  • High-Strength Material: Made of durable steel for excellent wear resistance and stability.
  • Durable and Reliable: Built to withstand long-term, high-load engine conditions.
  • Easy Maintenance: Simple replacement process minimizes engine downtime.
  • Enhanced Performance: Ensures smooth valvetrain operation and improved combustion efficiency.
  • Compatible with Perkins 1004 series engines, including 1004-4, 1004-4T, 1004-40, and 1004-40T models.
  • Ideal for heavy-duty applications like excavators, loaders, and generators.
  • Vital component for maintaining engine efficiency and reliability.
Las preguntas:
  • What engines are the Perkins T420076 valve lifters compatible with?
    They are compatible with Perkins 1004 series diesel engines, including the 1004-4, 1004-4T, 1004-40, and 1004-40T models.
  • What materials are used in these valve lifters?
    The valve lifters are made of high-strength steel, ensuring excellent wear resistance and durability under high-load conditions.
  • How do these valve lifters improve engine performance?
    They ensure precise camshaft motion transmission, smooth valvetrain operation, and improved combustion efficiency, enhancing overall engine performance.
  • Are these valve lifters easy to replace?
    Yes, they are designed for easy replacement, reducing engine downtime and maintenance efforts.
  • What applications are these valve lifters suitable for?
    They are ideal for heavy-duty equipment like excavators, loaders, generators, and industrial machinery, especially in high-load and high-temperature environments.