PE6T Pistion 12011-96509 For Nissan

PISTON
November 16, 2023
Category Connection: DIESEL ENGINE PISTON
Quality DIESEL ENGINE PISTON from China.
https://www.parts-hd.com/china-pe6t_engine_pistion_12011_96509_for_nissan-40226320.html
Guangzhou Star Mustang Construction Machinery Parts Co., Ltd quality manufacturer from China.
We can supply:
ENGINE SPARE PART : https://www.parts-hd.com/supplier-engine_spare_part-3472205.html
ENGINE OIL PUMP : https://www.parts-hd.com/supplier-engine_oil_pump-3404026.html
ENGINE WATER PUMP : https://www.parts-hd.com/supplier-engine_water_pump-3404027.html
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Brief: Discover the PE6T Engine Piston 12011-96509 for Nissan, designed for durability and performance in diesel engines. Ideal for commercial vehicles and industrial equipment, this high-strength piston ensures reliability and long service life.
Related Product Features:
  • Specifically designed for Nissan diesel engines, ensuring optimal performance.
  • Made from high-strength aluminum alloy or cast iron for wear resistance and durability.
  • Precision-engineered size and geometry to match engine design requirements.
  • Equipped with piston rings for effective cylinder sealing and lubrication control.
  • Includes heat dissipation channels for improved thermal management.
  • Suitable for commercial vehicles and industrial equipment.
  • Enhances engine reliability and longevity.
  • Compatible with various Nissan models requiring the PE6T piston.
Faqs:
  • What models is the PE6T Engine Piston 12011-96509 compatible with?
    The PE6T Engine Piston 12011-96509 is compatible with Nissan diesel engines, specifically designed for commercial vehicles and industrial equipment.
  • What materials are used in the PE6T Engine Piston?
    The PE6T Engine Piston is made from high-strength aluminum alloy or cast iron, providing excellent wear resistance and high-temperature strength.
  • How does the PE6T Engine Piston improve engine performance?
    The PE6T Engine Piston features precision-engineered geometry, effective piston rings, and heat dissipation channels, enhancing combustion efficiency, reducing wear, and improving thermal management.