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Prepare Your Vehicle for Winter

Prepare Your Vehicle for Winter

Originally posted Nov. 11, 2016

With the worst of winter right around the corner, now is a good time to get your vehicle prepared for the worst. Being based in northern Wisconsin, we at AMSOIL talk a lot about how synthetic lubricants make life a little easier, as the cold air starts to pierce our engines and lungs.

Wherever you may be, nasty road conditions and winter driving can be dangerous, so it’s always a good idea to plan ahead. Weather.com blogged about how bad-weather car accidents are more deadly in the U.S. than many of the worst storms.

Snow, rain, fog and wet pavement all pose a hazard during the season. To be ahead of the game, here are some preparedness tips:

Garage Time

  • Battery check – Cold temperatures are a battery killer. Be sure you’ve got the juice to keep going. Check the terminals for corrosion that needs cleaning and ensure the alternator and belts are in good shape.
  • Antifreeze and coolant – Look for any radiator and hose leaks and top off the reservoir, if necessary. If it’s been several years since you’ve changed the coolant, be sure to get some fresh fluid in there.
  • Windshield wipers and fluids – Make sure the wipers are working and the blades are not worn. Fill the washer reservoir with a good-quality fluid that doesn’t freeze.
  • Brake system– Being able to stop is crucial when roads are slick. Look to see that the floor mats aren’t blocking the pedal. If you notice braking issues, have the brake fluid, pads, rotors and lines checked.
  • Tire pressure and tread – Tires should be checked monthly for wear and proper inflation regardless of the season. Make sure you have a spare tire, and keep a pressure gauge in the vehicle with you.
  • Fuel and oil level – It’s a good idea to keep your fuel tank at least half-full in case you get stranded on the side of the road and need to stay warm. Motor oil should also be topped off.

Emergency Roadside Kit

  • Flashlight – I like to carry an LED flashlight in my truck since they last a long time. But a traditional flashlight works well and tends to be brighter.
  • Tool kit – It should have the basics, including screwdrivers, pliers, an adjustable wrench and a socket set. Work gloves, tape, fuses and a good pocket knife or multi-tool are all handy to have as well.
  • Blanket – Not only does it keep you warm in winter, but it can also block out wind and help treat shock victims.
  • Jumper cables – It’s best not to settle for chintzy. Good-quality, thick cables with multi-strand wire, heavy duty clips and extra length can save you from headaches. Invest in four-gauge, 20-foot cables that won’t break the bank and will last a long while.
  • Food and water – Keep a stash of high-energy foods such as granola bars and nuts in the car.
  • Fire extinguisher – Often overlooked, but good to have. A multipurpose A-B-C type is the way to go.
  • First-aid kit – Any kit should contain bandages, gauze and prep pads to stop bleeding and prevent infection.
  • Other items to consider – Maps, shovel, broom, ice scraper and flares.

Even if you don’t get any snow, it’s good to be ready for any emergency. Got any more tips to share? Let us know in the comments.

How Engine Sludge Forms. And How To Prevent It.

How Engine Sludge Forms. And How To Prevent It.

It’s ugly. It’s sludge.

Sludge.

It’s a disgusting phenomenon. Even the word sounds gross, like the thing it’s describing. The word for this is onomatopoeia, a strange word that many of us learned in high school English class. Splash. Grunt. Whoosh. Swish. Hiss. Frumpy. You know what I’m talking about.

What is sludge?

Sludge is a black gelatinous goo that renders equipment inoperable if not dealt with. And long before the engine’s demise, sludge can foul its sensors and interfere with performance. Some mechanics call it the “black death.”

How does motor oil, which is fluid, become a semi-solid paste or gel inside an engine?

How engine sludge forms

Essentially the formation of engine sludge is the result of a series of chemical reactions. The lubricant itself degrades as it is exposed to oxygen and elevated temperatures. The higher the temperature, the more rapid the rate of degradation. The by-products of this reaction form highly reactive compounds that further degrade the lubricant. Their by-products then react with other contaminants, forming organic acids and high-molecular-weight polymeric products. These products further react, forming the insoluble product known more commonly as sludge. What begins as a thin film of lacquer or varnish deposits on hot or cold metal surfaces eventually bakes into an expensive mess.

Synthetic base oils help prevent sludge

Fortunately, sludge and varnish deposits are something we oil manufacturers have a measure of control over. Using thermally stable base oils reduces the rate of initial degradation (oxidation). A good example of this is the use of common synthetic base oils such as API Group III, PAOs and Esters. Anti-oxidant additives help reduce the rate of degradation as well. One of the most widely used is zinc dithiophosphate. Not only is it an excellent oxidation inhibitor, it is an outstanding anti-wear additive as well.

So do high-quality additives

We can further address many of the issues occurring after the initial oxidation stage. Additive chemistry such as detergents and dispersants are commonly part of motor oil formulation. They help promote the suspension of contaminants within the oil and keep them from agglomerating. Detergents, which are also alkaline in nature, assist in neutralizing acids that are generated in the sludge-building process. Anti-oxidant, dispersant and detergent additives are consumed during use. To achieve maximum life expectancy, use an oil with high concentrations of these additives.

Severe service invites sludge

Good lubricants minimize sludge and varnish issues. How the equipment is used also has a bearing on the likelihood of sludge or varnish issues.

Stop-and-go driving, frequent/long-term idling and operation in excessively hot or cold weather can all increase the likelihood of sludge and varnish, especially if using more volatile conventional oils.

Interestingly, most auto manufactures note in their owner’s manual that operation under any of the above conditions is considered severe service and requires more frequent oil changes. From a mechanical standpoint, things like adding too much oil to the oil sump, antifreeze contamination, excessive soot loading, excessive oil foaming, poor engine combustion efficiency, excessive blow-by and emission-control-system issues can all lead to the formation of sludge and varnish.

By practicing good maintenance and using properly formulated, premium synthetic lubricants, like AMSOIL synthetic motor oil, your vehicle won’t succumb to the “black death.”

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