Mishimoto 13+ Ram 2500/3500 6.7L Cummins Aluminum Radiator · RAM 2500/3500 HD 2010-2025
- Importación directa con garantía de 1 año
- Instalación en nuestro taller de Renca
- Despacho a todo Chile
Descripción
Producto Mishimoto original, para RAM 2500/3500 HD 2010–2025. Importación directa desde EE. UU. con garantía y soporte técnico en Chile.
- Compatible con: RAM 2500/3500 HD 2010–2025
- Nº de parte: MMRAD-RAM-13 · Marca: Mishimoto
- Categoría: Cooling
- Carga: 1 caja · 15.8 kg
- Vías de importación: ✈️ Aéreo 2-3 semanas · 🚢 Marítimo 45-60 días
- Garantía: 1 año del fabricante, con respaldo local
- Instalación disponible en nuestro taller de Renca (se cotiza al agendar)
Descripción del fabricante
The legendary reliability and power of the 6.7L Cummins equipped Dodge Ram has solidified it as one of the most popular trucks in the world for getting work done. But every legend has its weakness, and for the Dodge Ram, the stock radiator is one of them.The plastic end-tanks of the stock Ram radiator are prone to cracking and leaks over time. Add the increased stress and heat created by power-adding modifications and you have a recipe for disaster. But that's where Mishimoto can help.Our new 2013-2018 Ram 2500 / 3500 radiator is the ideal upgrade for any workhorse Cummins powered Ram. With a fully-aluminum, TIG-welded construction, this radiator is built as tough as your truck. A 63-percent increase in coolant capacity, and 41-percent larger surface area mean you can pile on the power and never worry about the heat.As with all of our products, this radiator is backed up by Mishimoto's Lifetime Warranty. Doesn't your Ram deserve a radiator worthy of legend?
Aluminum radiator engineered for efficient heat dissipation and optimal engine cooling. Precision-fit design ensures easy installation, corrosion resistance, and reliable performance across varied driving conditions.
Increases coolant capacity by 63-percent and surface area by 41-percent to maximize cooling
Features a 2-in thick, three-row core for efficient cooling under high loads