Tag-Archive for » used car parts «

Tuesday, December 15th, 2009 | Author: admin

Why Should You Depend on Recycled Car Parts From the Auto Salvage Yard?

You may need some parts of your car to be changed and a couple of your friends may have suggested that you check the junkyard for them.  Of course, you become skeptical at first.  Why in the world would you want to buy an old automobile part to replace your broken one?  Isn’t that quite a goofy idea?  Well, actually, NO.

Buying used car parts is actually not weird.  In fact, there are many people who could attest to the practicality and benefits of buying second-hand auto parts from auto salvage yards.  Contrary to what you may initially think, second-hand does not always mean low quality.  Remember that old car parts are never “salvaged” if they can not serve more purposes.  No mechanic would even think of doing that.  Why would he want to have garbage in his yard that can not make him money?

There are many reasons why people depend on recycled car parts from the auto salvage yard.  Mainly, people go for them because they are a lot cheaper.  They can help one save a few bucks instead of buying brand new parts.  Did you know that used parts can be as low as fifty percent of their brand-new parts?  In this time of global financial crisis, even the richest people have probably been exercising wise-spending and thriftiness.  No one knows where the future is heading and it is just logical to save now as much as possible.

When you hear the word “junkyard”, what probably comes into your head is just a pile of unwanted materials. What you may be missing is the fact that there are a lot of car parts in there that are still in good running conditions.  In fact, there are even unused motor vehicle parts in there.

If junkyards do not exist, old automobiles would likely end up in landfills.  With the issue of global warming at hand, the landfills are not really the best place some recyclable materials to be.  Auto salvage yards fulfill the commendable practice of recycling and this process helps a lot in keeping the environment alive.

Aside from recognizing the relation between used cars and the environment, there is also nothing to fear about the quality of materials you can get from a junkyard.  Sometimes also called wreckers yard, they are actually manned by trained mechanics.  They know how to locate and distinguish salvage parts that can still be of good use.  They can even give you an estimate of how long a certain material could last.  Before they sell any of their items, they make sure that they are still usable.  They test them right after they remove them from their original locations.  This process goes for the simple parts like lights and bumpers to the more complex ones like the radiator, transmission, and the engine as a whole.  In fact, some junk yards may even have showrooms of their own where these used parts can be viewed by prospective buyers.  Who said that showrooms are only for the spanking new?

Environmental Green Cars

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Monday, December 07th, 2009 | Author: admin

Purchasing Used Car Parts

One of the most important things that you have to do when you own a car is to make sure that you maintain the conditions of your car. Of course you would like to make sure that your car runs perfectly all the time. However, having parts changed can cost you a huge amount of money. What you can do is to go for used car parts to help you save some money from the maintenance of your car.

You will be able to find used auto parts in junk yards and auto parts dealers. You will be able to find a wide variety of parts from different manufacturers from these facilities. The problem that you now are faced with is if these used parts are of good quality or not.

It can be pretty difficult to reconcile good quality with affordable prices these days. And your car deserves only the best parts available. But used parts can help you save some money. Getting recycled car parts is something that can help you keep your car in tiptop condition without worrying about the contents of your wallet. This also will help you save the planet as you reduce the scrap metal that the planet has to decompose. And obviously, the decomposition process for metals takes a really, really long time.

If you are interested in purchasing recycled car parts, then you need to make sure that you are purchasing parts from reputable parts dealers. This is to make sure that you are somehow getting a good value for your money. You can ask you friendly, colleagues or family for recommendations when it comes to you auto parts. You can also check out the Internet. You will be able to find different dealers that may be able to help you find used parts.

Speaking of the Internet, make sure you check for comments and testimonials regarding the prospective parts dealer you plan to purchase from. Make sure that you are able to find out if people actually like the dealer of parts.

You can also ask for some help from a reputable and experienced auto mechanic. He will be able to help you identify the good parts from the bad ones. He might also be able to get the junk yard owner to lower the price.  You can ask the specialists which dealers would be best to get used parts from. You don’t have to be shy. They will understand what you need to find good quality parts for really affordable prices. They may also have contacts with other dealers that may carry a good variety of used parts. And the best thing is the mechanic can even get you a discount!

The Internet is a god way for you to be able to find used auto parts. But you have to remember that the parts on the Internet will only provide you with pictures and a list of features and details that you need to know about the part. Remember that you will not be able to inspect the part physically.

Environmental Green Cars

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Thursday, October 01st, 2009 | Author: admin

Catalytic Converters: Creating Cleaner Air

hanging smog
Creative Commons License photo credit: Nagyman

Before the harmful effects of petroleum-fueled exhaust (i.e., smog) were known, there was not yet a need to control the primary source of these exhaust emissions: automobiles. As history has taught us, however, with the rise in use of gasoline and diesel-fueled motor vehicles, the subsequent exhaust gases produced began to create a major problem in the air quality of many metropolitan areas; thus leading to the research and ultimate development of the first exhaust gas inhibitors: commonly known today as the catalytic converter.

The first converter was developed in the 1950s by French mechanical engineer, Eugene Houdry as a result of poor air quality reports of the day. Subsequent improvements on Houdry’s initial design continued over the years resulting in the first, production line converter reaching the public market in 1973. Since then, almost all local and federal emission laws mandate converters on motor vehicles in order to reduce the amount of noxious exhaust emissions. The results thus far have been positive. So, just what is a catalytic converter and what does it do? The answers to these questions, and others, are rooted in chemistry.

The basic premise behind a converter is the conversion of harmful petroleum-based gas emissions, such as carbon monoxide and unspent hydrocarbons (both of which are toxic to oxygen-breathing animals), to the less-harmful emissions of carbon dioxide and water; both of which, of course, are NOT harmful. In essence, these small, canister-like mechanisms change potentially lethal gas emissions to non-poisonous emissions. It’s as simple as that. The science of how they perform such a switchover is beyond the scope of this article; however, the main catalyst (or the primary component creating the chemical change) is one of the following precious metals: Platinum, Palladium, or Rhodium. It is the use of these metals that creates one of the negative aspects of the converter: theft.

Theft, along with the emission of carbon dioxide gas (one of the chief greenhouse gases often attributed to global warming) in larger than necessary amounts, represent the two primary downsides to converters. With the price of precious metals seemingly on the rise with no ceiling, these valuable pollution control devices are becoming even more precious. Many motorists are noticing upon starting their vehicles that an important, mandatory, and expensive-to-replace part of their car is now gone. Unfortunately, these are the times we live in. The positives of the catalytic converter, however, far outweigh the negatives: cleaner air, cleaner emissions, and more fuel efficient vehicles in most cases.Before the harmful effects of petroleum-fueled exhaust (i.e., smog) were known, there was not yet a need to control the primary source of these exhaust emissions: automobiles. As history has taught us, however, with the rise in use of gasoline and diesel-fueled motor vehicles, the subsequent exhaust gases produced began to create a major problem in the air quality of many metropolitan areas; thus leading to the research and ultimate development of the first exhaust gas inhibitors: commonly known today as the catalytic converter.

The first converter was developed in the 1950s by French mechanical engineer, Eugene Houdry as a result of poor air quality reports of the day. Subsequent improvements on Houdry’s initial design continued over the years resulting in the first, production line converter reaching the public market in 1973. Since then, almost all local and federal emission laws mandate converters on motor vehicles in order to reduce the amount of noxious exhaust emissions. The results thus far have been positive. So, just what is a catalytic converter and what does it do? The answers to these questions, and others, are rooted in chemistry.

The basic premise behind a converter is the conversion of harmful petroleum-based gas emissions, such as carbon monoxide and unspent hydrocarbons (both of which are toxic to oxygen-breathing animals), to the less-harmful emissions of carbon dioxide and water; both of which, of course, are NOT harmful. In essence, these small, canister-like mechanisms change potentially lethal gas emissions to non-poisonous emissions. It’s as simple as that. The science of how they perform such a switchover is beyond the scope of this article; however, the main catalyst (or the primary component creating the chemical change) is one of the following precious metals: Platinum, Palladium, or Rhodium. It is the use of these metals that creates one of the negative aspects of the converter: theft.

Theft, along with the emission of carbon dioxide gas (one of the chief greenhouse gases often attributed to global warming) in larger than necessary amounts, represent the two primary downsides to converters. With the price of precious metals seemingly on the rise with no ceiling, these valuable pollution control devices are becoming even more precious. Many motorists are noticing upon starting their vehicles that an important, mandatory, and expensive-to-replace part of their car is now gone. Unfortunately, these are the times we live in. The positives of the catalytic converter, however, far outweigh the negatives: cleaner air, cleaner emissions, and more fuel efficient vehicles in most cases.

Environmental Green Cars

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