Radium Engineering
Radium Engineering 10AN ORB Banjo To 12AN Male Fitting - 20-1000-1012
- SKU:
- RAD20-1000-1012
- UPC:
- Radium 20-1000-1012
- MPN:
- 20-1000-1012
- Availability:
- Regularly stocked product
Description
What is the primary function of RAD Fittings?
RAD Fittings establish secure, leak-free connections essential for demanding fluid transfer systems within your vehicle.
Can I install RAD Fittings myself?
Professional installation is recommended for RAD Fittings to ensure optimal performance and a secure, leak-free setup.
RAD Fittings provide a secure, leak-free connection for high-performance fluid transfer, scoring an 8 for track and racing applications. Featuring a swiveling low-profile adapter with 10AN ORB and 12AN male flare, these fittings are constructed from robust stainless steel. Trust RAD Fittings for uncompromising durability and reliable performance in your demanding setup.
Key Features
- Swiveling low profile adapter fitting
- 10AN ORB port
- 12AN male flare
- Stainless steel construction
- aluminum construction
Why Choose the RAD Fittings
Achieves cleaner routing and easier assembly with a low-profile, swiveling design.
Provides a secure, leak-free connection for critical fluid transfer systems.
Delivers robust durability and resistance to corrosion for long-lasting performance.
Transforms your build with a lightweight yet incredibly strong fitting solution.
Who Is This For?
Track / Autocross — 8/10
Secure, leak-free connection for performance applications.
Drag Racing — 8/10
Robust construction ensures reliable fluid transfer.
Street Performance — 7/10
Durable materials support demanding street use.
Racing Competition — 8/10
Leak-free connection vital for competitive racing.
Engine Performance — 7/10
Reliable fluid connection supports engine function.
Visual / Aesthetic Upgrade — 6/10
Stainless steel and aluminum offer premium look.
Frequently Asked Questions
How do I confirm if RAD Fittings will fit my vehicle?
Confirm fitment with your specific vehicle to ensure proper integration of RAD Fittings. This step is crucial for achieving the secure, leak-free connection vital for demanding applications. Proper fitment guarantees optimal performance for your build.
What is the recommended installation process for RAD Fittings?
Professional installation is recommended for RAD Fittings, requiring confirmation with a qualified technician. This approach ensures the leak-free connection, achieving a score of 8 for Track / Autocross usage. Expert installation maximizes the robust durability of these fittings.
What performance outcome can I expect from RAD Fittings in racing applications?
RAD Fittings achieve a secure, leak-free connection, scoring an 8 for Racing Competition usage. This outcome is driven by their robust stainless steel and lightweight aluminum construction. Experience reliable fluid transfer critical for competitive motorsport.
Is upgrading to RAD Fittings from stock components beneficial for my vehicle?
Upgrading to RAD Fittings is beneficial as their stainless steel and aluminum construction offers robust durability and corrosion resistance. This provides a leak-free connection essential for performance gains in demanding applications like engine performance. Gain a lightweight yet incredibly strong fitting solution.
What materials are used in the construction of RAD Fittings?
RAD Fittings are constructed using a combination of stainless steel and aluminum. This blend delivers robust durability and resistance to corrosion, ensuring a long-lasting and high-performance fitting solution. Achieve a premium look with these lightweight yet strong materials.
Additional Resources
Browse More: Shop All Fittings — Fabrication
Additional Information
Clearance Item: |
N |
MPN: |
20-1000-1012 |
Proposition 65: |
N |
Case Lot Quantity: |
1 |
Category: |
Fabrication>Fittings |
Universal Fitment: |
Y |
Product Level: |
Mid Range |
Track / Autocross: |
8/10 |
Drag Racing: |
8/10 |
Street Performance: |
7/10 |
Racing Competition: |
8/10 |
Engine Performance: |
7/10 |
Visual / Aesthetic Upgrade: |
6/10 |