Entrega rápida a tu puerta, con una garantía de 2 años y una política de devolución de 90 días.
Para Kato Excavator HD800SE Motor 6D14 Turbocharger Intake Manifold
Aplicación:
Modelo:
Kato Excavator HD800SE
Motor:
Mitsubishi 6D14
Especificación:
Longitud:50cm
Diámetro del agujero:10mm
Tornillo de dientes:12.5mm
| GTIN, UPC, EAN, JAN or ISBN | 418969710258 |
|---|---|
| Característica | The Kato Excavator HD800SE Engine 6D14 Turbocharger Intake Manifold is an essential product for any Kato excavator owner. This product is designed specifically for the Kato Excavator HD800SE model and is compatible with the Mitsubishi 6D14 engine. It is perfect for those who want to improve their excavator's performance and ensure that their engine runs smoothly. Benefits: The Kato Excavator HD800SE Engine 6D14 Turbocharger Intake Manifold offers a range of benefits, including: 1) Improved engine performance: The intake manifold is designed to improve the air intake into the engine, which in turn, improves the engine's performance. This results in a smoother and more efficient running engine, making the excavator work better and faster. 2) Increased fuel efficiency: With the improved engine performance, the fuel efficiency of the excavator is enhanced, saving you money on fuel costs in the long run. 3) Long-lasting and durable: Made with high-quality materials, this product is built to last. It can withstand any wear and tear that comes with regular use, making it a cost-effective investment for your excavator. Key Features: The Kato Excavator HD800SE Engine 6D14 Turbocharger Intake Manifold has the following key features: 1) Length: Measuring 50cm in length, it is designed to fit perfectly with the Kato Excavator HD800SE model. 2) Hole Diameter: With a hole diameter of 10mm, this product ensures that the engine receives the optimal amount of air for efficient functioning. 3) Screw Tooth: Featuring a screw tooth of 12.5mm, this product is designed to easily fit with the excavator engine and provide an easy installation process. 4) Superior build quality: Constructed with high-quality materials, this product is extremely durable and ensures longevity, enhancing the performance of your excavator. 5) Enhances engine performance: The design of the intake manifold ensures that the engine receives optimal amounts of air for proper combustion, which leads to improved excavator performance. Summary: In conclusion, the Kato Excavator HD800SE Engine 6D14 Turbocharger Intake Manifold is an excellent investment for your Kato excavator. Its features and benefits make it an essential component that can drive your excavator's performance to its optimal level. So if you want to improve your excavator's performance and run it smoothly, get your Kato Excavator HD800SE Engine 6D14 Turbocharger Intake Manifold today and enjoy all the benefits it has to offer. |
| Modelo compatible Marca | HUPARTS kato |
| Número de modelo | HD800SE |
| Número de motor | 6D14 |
| Compatible Engine Brand | HUPARTS FOR mitsubishi |
| Marca | HUPARTS |
Por favor, confirme el número de pieza correcto o proporcione especificaciones detalladas antes de realizar el pedido. Esto ayuda a garantizar la compatibilidad total con su vehículo o máquina.
Todos los pedidos se procesan normalmente dentro de 1–2 días laborables una vez confirmado el pago.
Tiempo estimado de entrega: EE. UU. 3–6 días laborables · Otras regiones 3–8 días laborables.
Nota: Los impuestos de importación o aranceles locales no están incluidos en el precio mostrado.
Añadir al carrito → Revisar pedido → Ir a la caja → Finalizar compra
Admitimos la mayoría de los métodos de pago internacionales, incluyendo tarjeta de crédito, PayPal, Apple Pay, Google Pay, Link, iDEAL, Bancontact, SEPA, Przelewy24 y transferencia bancaria.
¿Necesita otro método de pago? Contáctenos en cualquier momento.
✔ Repuestos de alta calidad con garantía de 1–2 años
✔ Más de 10 000+ productos en stock para envío rápido a todo el mundo
✔ Política de devolución o cambio sencilla de 30 días
✔ Equipo de servicio profesional que ofrece soporte fiable y eficiente