fits model: Impreza. make: Subaru. year: 2012–2016.

( Brand: Alloyworks ), ( Manufacturer Part Number: 45119AG010 ), ( Type: Radiator ), ( Material: Plastic / Aluminum ), ( Features: 100 Leak Tested, Downflow Radiator, Durability Tested, No Drilling Or Modifications Needed For Installation ), ( Placement On Vehicle: Engine Compartment ), ( Manufacturer Warranty: Lifetime ), ( Item Height: 13.38 ), ( Inlet Diameter: 1.57 ), ( Item Length: 27.08 ), ( Mounting Style: Bolt-on ), ( Fitment Type: Direct Replacement ), ( Application: For 2012 2016 Subaru Impreza )
The AlloyWorks 45119AG010 is a high-performance, all-aluminum core radiator designed specifically for the Subaru Impreza models from 2012 to 2016 with the SU3010656 part number. This radiator is an excellent upgrade for those seeking improved cooling performance, durability, and aesthetics for their Subaru Impreza.
The core is made of 100% brazed aluminum, which is superior in thermal conductivity compared to the plastic OEM radiators. This attribute results in more effective heat dissipation, allowing for a cooler operating temperature for your engine. Moreover, the all-aluminum material is stronger and more resistant to corrosion and rust compared to its OEM counterpart. This added durability is especially important for those who frequently drive in harsh environments.
The AlloyWorks radiator features a deep-drawn, tapered fin design that increases heat transfer area, ensuring optimal cooling efficiency. The TIG tack welded sides, lower and upper tanks, and Teflon-coated stainless steel radiator hoses are included in the kit to ensure a proper and leak-free installation.
The drop-in design of the AlloyWorks 45119AG010 ensures a simple and quick installation process. Compared to the OEM radiator, this upgraded component features a larger dimension and reuses the OEM fans and mounting points, which simplifies the installation process and eliminates the need for additional purchasing and installation of new fans or fan mounts.
In summary, the AlloyWorks 45119AG010 is an excellent choice for Subaru Impreza owners from model years 2012 to 2016. This aluminum core radiator provides improved cooling performance, durability, and aesthetics when compared to the stock OEM radiator. It is a direct fit, making installation quick and straightforward, while providing excellent long-term value and peace of mind to its users.
Alloy Works 45119AG010 Core Radiator for Subaru Impreza (2012-2016, SU3010656)
Pros:1. Enhanced Cooling Performance: The Alloy Works upgraded radiator provides superior cooling capacity compared to the OEM radiator. It has a larger cooling capacity and can handle more heat generated by the engine, ensuring optimal engine performance and longevity.
2. Durability: The radiator is made from heavy-duty aluminum material, making it more resistant to corrosion, rust, and other forms of damage that can affect the cooling system.
3. Improved Aesthetics: The sleek, black powder-coated finish of the radiator not only improves its appearance but also prevents the growth of algae and other organic matter on the surface of the radiator.
4. Better Compatibility: This radiator is specifically designed for Subaru Impreza models between 2012 and 2016 with the SU3010656 engine, ensuring a perfect fit without causing any interference with other components.
5. Easy Installation: The radar comes with pre-installed mounting brackets and hoses, making the installation process straightforward and hassle-free.
Cons:1. Pricier Than OEM: The Alloy Works radiator is more expensive than the OEM equivalent. However, the additional cost is justifiable given its enhanced cooling capacity and improved durability.
2. Potential for Leakage: As with any aftermarket cooling system component, there's a slight risk of leakage. Ensuring proper installation and maintenance is crucial to prevent complications.
3. Requires Thorough Cleaning: Before reinstalling the radiator, it is essential to clean the cooling system thoroughly to ensure the best possible performance. You'll also want to regularly maintain the radiator by replacing coolant as recommended by the manufacturer.
4. Larger Size: The radiator is slightly larger than the OEM part due to its enhanced cooling capacity, which may require minor adjustments to fit in the engine compartment.
Conclusion:The Alloy Works 45119AG010 Core Radiator is an excellent investment for Subaru Impreza owners looking to enhance their vehicle's cooling capacity and ensure optimal engine performance. While it comes with some added costs and potential risks, its durability, enhanced compatibility, improved aesthetics, and efficient cooling make it a worthwhile upgrade. Just be sure to prioritize proper installation and maintenance to ensure an incident-free experience.
Recommendation:If you frequently drive your Subaru Impreza in high-heat conditions, tow heavy loads, or simply want to improve your vehicle's overall performance, the Alloy Works 45119AG010 Core Radiator is an excellent upgrade. Its advanced cooling capacity, durability, and perfect fit make it a high-value investment for Subaru Impreza owners.
ISO / IATF 16949 certified, direct fit and made from high quality materials to meet original specifications. Every Radiator is Subjected To An Aging and Endurance Test in Order Validate its Performance Under Extreme Weather Conditions. Specifications: Core Material: Aluminum, Tank Plastic, Diameter: 13.38 '' x 27.08'', Inlet 1.57'', Outlet 1.57. Built With High Density Multi-Lowered Fins For Maximum Cooling Efficiency.
Its lightweight, and high-heat transferring aluminum features a tube fin design that, dramatically increases surface area that enables the heat to dissipate more efficiently.Radiators are essential in keeping your engine cool removing excess accumulates when burns fuel. Radiator is really easy to get damaged during delivery. OE Design For Direct Fit, Form And Function An Simple Fast Installation. Replaces dpi number: DPI# 13258.
Our radiators are 100% leak tested to prevent coolant loss and keep your engine running efficiently. A failing radiator can lead to engine and transmission failure caused by overheating.