Mishimoto
Mishimoto 17-19 Ford 6.7L Powerstroke Coolant Overflow Hose - MMHOSE-F2D-17OV
- SKU:
- MISMMHOSE-F2D-17OV
- UPC:
- 840197726013
- MPN:
- MMHOSE-F2D-17OV
- Availability:
- Regularly stocked product
Description
What is the primary function of the built-in one-way valve in the Mishimoto radiator hose?
The built-in one-way valve in this Mishimoto radiator hose prevents coolant backflow, ensuring consistent system pressure and optimal engine temperature management.
How does the seamless silicone design enhance engine performance?
Seamless silicone design eliminates internal obstructions and air pockets, guaranteeing superior coolant flow for consistently peak engine performance.
The Mishimoto Silicone Radiator Y-Hose delivers superior coolant flow, achieving an 8 out of 10 for Street Performance and Engine Performance. Its seamless, one-piece silicone construction provides enhanced durability and resistance to extreme engine bay temperatures. Trust this direct-fit hose for leak-free operation and optimal engine cooling.
Key Features
- one-piece silicone Y-hose
- direct-fit hose
- seamless silicone design
- built-in one-way valve
- protective heat sleeves
- multi-layer silicone construction
Why Choose the MM Silicone Hose - Radiator
Delivers superior coolant flow for optimal engine temperature management.
Achieves a perfect fit, simplifying installation and ensuring leak-free operation.
Provides enhanced durability and resistance to extreme engine bay temperatures.
Eliminates air pockets for consistent and reliable cooling system performance.
Who Is This For?
Easy DIY Install — 9/10
Direct-fit hose simplifies installation process.
Street Performance — 8/10
Seamless design ensures consistent coolant flow.
Engine Performance — 8/10
Eliminates air pockets for peak engine performance.
Heavy Towing — 7/10
Protective heat sleeves offer enhanced durability.
Overlanding / Expedition — 7/10
Durable multi-layer silicone construction.
Daily Driving Comfort — 6/10
Consistent coolant flow contributes to stability.
Frequently Asked Questions
Will these Mishimoto silicone radiator hoses fit my Ford Super Duty truck?
Confirm fitment with your vehicle to ensure a precise match for your Ford Super Duty. These direct-fit hoses achieve a perfect fit, simplifying installation and ensuring leak-free operation. You can trust their engineered compatibility for optimal performance.
How difficult is it to install these silicone radiator hoses?
Installation is a straightforward drop-in process, rated a 9 for Easy DIY Install due to the direct-fit design. The seamless silicone design simplifies installation and ensures leak-free operation. You'll experience a hassle-free upgrade.
What performance improvements can I expect from these silicone radiator hoses?
Achieve peak engine performance with a score of 8 in the Engine Performance use case. The seamless silicone design ensures consistent coolant flow and eliminates air pockets for reliable cooling system operation. Experience enhanced engine efficiency and power delivery.
How much heat can these Mishimoto silicone radiator hoses withstand?
These hoses provide enhanced durability and resistance to extreme engine bay temperatures, rated a 7 for Heavy Towing. Their protective heat sleeves offer superior protection under demanding conditions. Rely on their robust construction for longevity.
Additional Resources
Important Notices
⚠️ Proposition 65 Warning: This product can expose you to chemicals including lead and/or other substances known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, visit www.P65Warnings.ca.gov.
Browse More: Shop All Radiator Hoses — Cooling
Additional Information
Clearance Item: |
N |
MPN: |
MMHOSE-F2D-17OV |
Proposition 65: |
Y |
Case Lot Quantity: |
1 |
Category: |
Cooling>Radiator Hoses |
Install Type: |
Drop-In |
Product Level: |
Premium Performance |
Easy DIY Install: |
9/10 |
Street Performance: |
8/10 |
Engine Performance: |
8/10 |
Heavy Towing: |
7/10 |
Overlanding / Expedition: |
7/10 |
Daily Driving Comfort: |
6/10 |