5 Benefits of Choosing OEM Radiators

What are the benefits of choosing OEM radiators?

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1. Guaranteed quality

2. Compatibility

3. Longer lifespan 

4. Comes with customer support

5. Best value for money

Radiators are essential parts of engine cooling systems. These remove excess heat from the engine. Without a radiator, the engine would overheat and lead to damage as well as unexpected downtime. Radiators can last a long time, but there are several factors that determine if your existing radiator needs to be replaced. In this case, you need to know the benefits of choosing OEM radiators. Keep on reading to learn more!

Guaranteed Quality

When you're looking for a replacement radiator, you'll find that there are two options you can choose from. There are original equipment manufacturer (OEM) radiators and aftermarket radiators. OEM parts are made by the manufacturer that provided the parts for your vehicle maker. This means that it matches the same part you're replacing in the first place. On the other hand, aftermarket parts are replacement parts not made by the OEM. 

By choosing OEM radiators, you are guaranteed quality since it's the same component that is initially installed in your vehicle. It uses the same materials and manufacturing method. The radiator is made according to the manufacturer's standard and is also tested for quality too. 

Compatibility

If you don't have time for trial and error, OEM radiators are the best choice for you. Since they're made by the same manufacturer that supplied the part for your vehicle, you don't have to worry about compatibility. The specifications and features will be the same as you're used to. 

This way, you can quickly get a replacement, have it installed immediately in your vehicle, then you're done. After a few checks, you can start using your car because there's no need for customizing and tweaking. It's the best option if you want to lessen downtime and don't have time to spare searching and customizing parts.

Longer Lifespan 

When shopping for parts, most people would look for something durable and long-lasting, as this can help prevent sudden repairs and replacements in the long run. This is where OEM radiators are beneficial. 

Because OEM radiators are constructed and tested according to the original manufacturer's standard, this means that they will also last as long as the original part you're replacing. OEM parts are specifically made to last long, so your vehicle can perform at its best for a long time.

Since OEM radiators are designed to work just like the original part you're replacing, there's no unexpected wear and tear that might arise from using it. Instead, by choosing an OEM replacement, you're increasing the operational life of your equipment.

Comes With Customer Support

OEM parts usually come with a warranty, which is part of the after-sales support of a reputable supplier. To show that the manufacturer guarantees the quality of the radiator, it comes with a warranty for a limited time period. This means that if you receive something that is faulty or defective, you can get a replacement. Not all aftermarket parts come with a warranty unless you're buying for someone reputable in the industry.

Other than that, OEM suppliers just like Roberts, work with clients to ensure that your component works as intended. They will offer technical support whenever you have inquiries regarding how the product works.

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Best Value For Money

One of the main reasons why you should choose OEM radiators is because you can get a return on your investment. Although OEM parts usually cost more than some aftermarket parts, choosing the former is recommended if you're looking for the best value for your money. Because you're getting the quality that you're used to, you can reduce costly downtimes. This is particularly important if you use your vehicle to run a business. 

Other than that, the quality and lifespan you'll be getting from an OEM radiator are unparalleled since it's made to fit your specific car! Because it is tested by the manufacturer, you will unlikely encounter problems upon usage. This can save you from headaches when trying to tweak or fix the radiator. 

Key Takeaway

By knowing the benefits of choosing OEM radiators, you can make the right decision the next time you need a replacement. If you're looking for quality radiators for your vehicle, you can contact us here at Roberts. As an automotive and industrial parts manufacturing corporation, you can rely on us when it comes to replacement parts for your vehicle. 

We can provide high-quality, tested, and reliable OEM parts so you can use your vehicle for a long time. Our products go through various inspections and tests to guarantee quality. Because of our commitment to providing the best products, we have worked with well-known companies such as Mitsubishi, Toyota, and Isuzu.

Aside from that, we can also offer generator set radiator replacements and upgrades for companies that need to have reliable energy distribution. We also offer value-added services such as customized radiator assembly, radiator assembly re-coring, and radiator core fabrication. To help you, we can provide technical assistance.

Understanding Replacement Vehicle and Equipment Radiators

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Engine-driven commercial vehicles and industrial equipment work hard, and over the course of their functional lives, will naturally require replacement parts of some sort.  Cooling components such as radiators, charge air coolers, oil coolers, and similar heat exchangers are especially vulnerable to the aggressive demands of industrial environments, making them common candidates for replacement.  Not always driven by failure though, cooling components are equally often replaced with upgraded versions in the pursuit of enhanced performance or features.  Either way, equipment owners have an important decision to make when replacing cooling components:  will we use an OEM component or an aftermarket component?  To make this decision, owners must weigh multiple factors from price to technical design, arriving at a selection that best fits their immediate, individual needs.  While there is no universal right answer to the question, this article will help owners understand their options, what details to dig into further, and where each option clearly shines. 

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Let's begin with making a distinction between OEM and aftermarket parts:

• OEM Components - original equipment manufacturer (OEM) parts are those sold under the equipment brand's name, which embodies the brand's responsibility over the fit and function of each part.  OEM parts are sold only through limited distribution to authorized dealerships and resellers.

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• Aftermarket Components - third-party manufacturers that produce parts competing against OEM products are referred to as aftermarket manufacturers.  These aftermarket suppliers offer alternatives to factory-direct components based on strategic market incentives, such as price or performance.  

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Radiators and other cooling components are particularly good candidates for aftermarket replacement, as most of the ongoing technological development in the mechanical cooling arena is driven by third-party manufacturers seeking competitive advantage and customer attention.  As OEMs drift more towards standardized production to cut costs, in the right applications, there are increasing opportunities for equipment owners to reap the benefits of aftermarket alternatives. 

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Comparing OEM and Aftermarket Cooling Solutions

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For most component purchases, the distinction between OEM and aftermarket options generally comes down to price.  Sometimes that's the only real difference, and other times price is just one of many important distinctions.  Buyers must carefully weigh the benefits of each option to make sure that they're not leaving any value on the table while still obtaining the performance and reliability required.  To do so, buyers should compare OEM and aftermarket radiators on the below factors:

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• Price - on average, aftermarket cooling components cost less than OEM components, on account of higher total markup added by more resellers in the part's supply chain.  While lower pricing is typically favorable, there are times where OEM pricing is justified, such as for proprietary components.

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• Materials and Fabrication Techniques - OEM vehicle and equipment specifications become "locked in time" once the model reaches maturity, restricting updates to components such that the OEM can stop spending engineering money on legacy products.  Aftermarket parts do not have this restriction, and often incorporate the latest designs, material selections and manufacturing techniques as a matter of competitive advantage. 

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• Manufacturing Location - interestingly enough, many aftermarket parts are produced in the exact same manufacturing facility as their OEM variant.  Especially for engineered parts such as radiators and heat exchangers, there are only so many factories with the right tooling and personnel to fabricate these parts.  As such, it's worth checking to see if a part's point of origin is identical to an OEM part.  What this conveys is that there may be little to no difference in quality or performance between parts, though check this to ensure that designs are 'like for like'.

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• Quality Assurance - OEM parts are generally fabricated at a high enough integrity level that they will work reliably across the widest possible range of applications, and the quality assurance practices in play guarantee as much.  In part, the higher cost of OEM parts affords this level of quality control, whereas aftermarket manufactures may focus their QA efforts on specific applications or forego substantial QA altogether.  

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• Selection - when it comes to examining options between OEM and aftermarket cooling parts, there is most often a wider variety of aftermarket components to select from.  In addition, aftermarket parts are generally easier to obtain, with greater stock availability on account of having more players and distributors serving aftermarket supply chains.  Large OEMs have long past consolidated their inventories, keeping fewer parts at fewer central distribution nodes that may take longer to reach you. 

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• Obsolescence - when OEM parts are discontinued, the only options are usually to obtain used or reconditioned original parts, or turn to aftermarket options still being produced.  In some cases, certain radiators are no longer being mass manufactured at all, which is where custom manufacturers can reverse-engineer and produce one-off components. 

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• Simplicity - when it comes to OEM parts, there is an inherent simplicity in selecting replacement components.  In most cases, a call to an OEM dealership will result in identifying a single part number and price.  Aftermarket options on the other hand can be plentiful, and difficult to navigate across manufacturers and their part variations.  Working with a knowledgeable aftermarket manufacturer can vastly level this playing field and deliver much greater pricing value, even though it may take a little more effort up front.

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The Value Proposition of Aftermarket Radiators

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Choosing between OEM and aftermarket cooling components needn't be a binary decision, as both serve different purposes and offer different benefits.  OEM parts are the default selection for cases such as warranty replacements and proprietary component designs.  But aside from such cases, aftermarket alternatives largely offer enhanced features and a higher total value of ownership that all owners should consider, including these benefits:

• Updated Technology and Manufacturing Expertise 
• Dedicated Support and Service (especially when purchased from a local third-party manufacturer)
• Customization 
• Wide Pricing Options (from 'OEM identical' to 'highly customized' variations)
• Enhanced Performance 
• Extended Warranty Coverage 

Overall, under the right conditions, aftermarket cooling components can provide owners with much greater total value than with OEM components.  There are certainly cases where the use of OEM parts is preferable, such as when required to maintain overall warranty, when replaced at no cost under such warranty, or when OEM quality and performance are provably superior to aftermarket alternatives.  For most other cases, aftermarket cooling components (radiators in particular) are very viable alternatives with lower costs, unique customization, higher performance, and lower lifecycle costs.    

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Mission-critical vehicles and equipment in over a dozen infrastructure sectors rely on heat transfer components manufactured by Cincinnati Radiator. CR works directly with Original Equipment Manufacturers and Aftermarket service channels to supply premium-grade, long life radiators, coolers, and full cooling packages into extreme applications all over the world.  With our expanding inventory and fabrication space at our Fairfield, Ohio facility, we pride ourselves on having a personal touch, ultra-fast lead times, and one-off custom design capabilities.  

For your next vehicle or heavy equipment heat transfer project, call us at (513) 874-, us at , or visit our website at https://cincyradiator.com/. 

For more information, please visit Is It Safe To Drive With A Bad Radiator.