The thread size of the oil drain plug on a Dodge Ram is M14x1.5mm. Using a magnetic oil drain plug is a common and safe practice for protecting your engine. If you use a quality magnetic drain plug and install it correctly, it can make the engine even safer. The main purpose of installing a Dodge Ram magnetic oil drain plug is to remove all the metal debris that your oil filter misses, extending the lifespan of the engine. This adds insurance to engine health.
A Dodge Ram oil drain plug is made of either Aluminum or Titanium alloy material and contains a magnet component. If you’re looking to use a magnetic oil drain plug on your vehicle, you’ll specifically need these factors to choose the proper one. Because all oil drain pans are not designed the same, which is why different oil drain pans require different plugs. It is recommended that choose a magnetic oil drain plug that is the same style as the original equipped one.
Does Dodge Ram Oil Drain Plug Brand Matter?
Yes, it is. Oil is like the blood of the engine. To prevent your engine from being damaged by metal particles, look no further than BONOSS forged titanium magnetic oil drain plug. BONOSS offers a huge range of magnetic drain plugs to fit your specific oil pan. Manufactured by an independent factory, these magnetic oil drain plugs are made by a super forging process to the highest possible quality. A BONOSS forged Dodge Ram Titanium magnetic oil drain plug kit comes with pure copper gaskets or Fluorine rubber rings to prevent unwanted leaks.
A brand logo represents the company. It is a product identity, meaning confidence and responsibility for the quality of our products. Each BONOSS forged Titanium magnetic oil drain plug is engraved with the logo of “BONOSS”. This offers an easy method to distinguish other fake and inferior products. At the same time, it also provides a way to find our after-sales service. Such a BONOSS Dodge Ram magnetic oil drain plug is a lifetime warranty, which is an excellent and cost-effective choice for protecting your engine from wearing down by metal particles.
