fits model: W123, 200d, 240d, 220d, 300d, 230. make: Mercedes. year: 1976-85–1984.

( Brand: Alloyworks ), ( Manufacturer Part Number: 1235003703 ), ( Type: Radiator ), ( Material: Aluminum ), ( Items Included: Cap ), ( Features: 100 Leak Tested, 2 Rows, Downflow Radiator, Durability Tested ), ( Placement On Vehicle: Engine Compartment ), ( Performance Part: Yes ), ( Universal Fitment: No ), ( Mounting Style: Bolt-on ), ( Surface Finish: Aircraft Grade Raw Aluminum ), ( Radiator Cap: Cnc Machined Filler Neck And Cap ), ( Core Size: 425mm 500mm )
The AlloyWorks 1235003703 row radiator is a high-performance cooling solution designed specifically for 1976-1985 Mercedes-Benz W123 models, including the 200d, 240d, 220d, 230, 280, and 300d. This radiator is engineered to provide superior cooling capacity and durability, making it an excellent choice for those seeking to enhance the performance and reliability of their classic Mercedes-Benz.
This radiator is constructed from premium aluminum alloy, which offers several advantages over the original steel radiator. Aluminum is lighter than steel, reducing the overall weight of the vehicle. Moreover, it is an excellent heat conductor, ensuring optimal cooling efficiency. The aluminum construction also makes the radiator more resistant to corrosion, ensuring a longer service life.
The AlloyWorks 1235003703 radiator features a compact design, allowing for a snug fit in the engine compartment of your Mercedes-Benz. It is engineered to meet or exceed the original equipment specifications, ensuring a perfect fit and optimal cooling performance. The radiator also includes a built-in pressure cap, ensuring the cooling system maintains the correct pressure for optimal cooling efficiency.
This radiator is also designed to be easy to install, with all necessary hardware included in the package. The tank-to-radiator and radiator-to-fan connections are pre-assembled, reducing the time and effort required for installation. The radiator also includes a new fan shroud, ensuring a proper fit and optimal airflow over the radiator.
The AlloyWorks 1235003703 row radiator is not only a performance upgrade but also a stylish one. Its sleek aluminum design not only enhances the cooling capacity of your Mercedes-Benz but also adds a touch of modernity to the classic vehicle's engine compartment.
In summary, the AlloyWorks 1235003703 row radiator is a high-performance, durable, and easy-to-install cooling solution for 1976-1985 Mercedes-Benz W123 models. Its aluminum construction offers several advantages over the original steel radiator, including improved cooling capacity, lighter weight, and superior resistance to corrosion. With its compact design, easy installation, and stylish appearance, this radiator is an excellent choice for those seeking to enhance the performance and reliability of their classic Mercedes-Benz.
The AlloyWorks 1235003703 Row Radiator is a popular aftermarket radiator option for various Mercedes-Benz W123 models. In this analysis, we will discuss the key advantages and disadvantages of purchasing this radiator to help you make an informed decision.
Pros:1. Durability: AlloyWorks radiators are known for their high-quality materials and robust construction, which can withstand the rigors of daily driving.
2. Improved Cooling Efficiency: This radiator features larger cooling fins and a more efficient core design, which can help maintain optimal engine temperatures.
3. Leak-Free Design: The AlloyWorks radiator is designed to be leak-free, reducing the need for frequent repairs and maintenance.
4. Easy Installation: The radiator comes with all necessary hardware for installation, making it a relatively straightforward process for most DIY enthusiasts.
5. Compatibility: This radiator is specifically designed to fit various Mercedes-Benz W123 models, ensuring a perfect fit and function.
Cons:1. Cost: The AlloyWorks radiator may be more expensive than OEM alternatives, which could be a deterrent for some buyers.
2. Weight: The radiator is slightly heavier than OEM counterparts, which may impact fuel efficiency.
3. Size: The radiator may be slightly larger than the OEM part, requiring minor modifications to fit properly in some cases.
4. Potential for Overcooling: Some users have reported instances of overcooling with this radiator, which could potentially lead to other issues if not addressed properly.
Conclusion:The AlloyWorks 1235003703 Row Radiator offers several advantages for Mercedes-Benz W123 owners, including improved durability, cooling efficiency, and leak-free design. However, it comes with some potential drawbacks, such as cost, weight, size, and the risk of overcooling. Ultimately, the decision to purchase this radiator depends on your priorities, budget, and personal preferences. If you value reliability, cooling efficiency, and a leak-free solution, the AlloyWorks radiator may be an excellent investment. Conversely, if you are budget-conscious or prefer a more stock appearance, an OEM radiator might be a better choice for you.
Recommendation:If you are in the market for a new radiator for your Mercedes-Benz W123 and prioritize reliability, cooling efficiency, and a leak-free solution, the AlloyWorks 1235003703 Row Radiator is a solid choice. However, if budget is a concern, or you prefer a more stock appearance, you may want to consider an OEM radiator instead. As always, make sure to consult with a trusted mechanic or Mercedes-Benz specialist to ensure a proper installation and optimal performance.
Radiator Size: High Performance Racing Spec. MERCEDES W 123 76 200/- M M102.939 741/1976->8/1984. Cars Radiator. Carefully crafted to exceptional OE standards for precise fit.
MERCEDES W 123 76 200/- M M102.920 80 107 1/1976->8/1984. The item is damaged during transport: c. The item in the actual use of process quality problems. Vehicle Fitment.
Automatic transmission cooler: Yes. Package Included: 1 X 2 Row Aluminum Radiator, CNC Machined Radiator Cap. MERCEDES S-CLASS W 126 79 280s/- M M110.987 136 182 6/1979->8/1985. The item is lost during transit: b.
Its light-weight, and high-heat transferring aluminum features a tube fin design that, dramatically increases surface area that enables the heat to dissipate more efficiently.