Advantages Of Sheepskin Seat Covers Ror Your JCB Backhoe

Author : Ian Partridge
If you are a backhoe operator tired of uncomfortable seats, consider that when medical researchers report on the best padding available for increased comfort and reduced stress, they are referring to sheepskin.

As a backhoe operator, your day is spent sitting on a vibrating seat that rocks back and forth causing friction, and in extremely cold, hot, or humid environments. For you, there are many advantages of sheepskin seat covers for your JCB backhoe.

One of the advantages of sheepskin seat covers for your JCB backhoe is the padding provided by the soft, high-density, springy wool fibers in natural sheepskin. As your backhoe vibrates and bounces, these fibers redistribute your weight over a larger surface area than do other materials, much like tiny springs.

Another of the advantages of sheepskin seat covers for your JCB backhoe is temperature regulation. On chilly days, the fleece keeps the cold air away from your skin. On hot days, you remain cooler as air circulates between the sheepskin fibers. The sheepskin will also draw perspiration away from your skin and into its fibers, keeping you dry. In fact, sheepskin can hold between 30 and 36 percent of its own weight in moisture without feeling damp to the touch.

You will find no better combination of comfort and durability. The sheepskin's treated leather backing blocks fluids and resists damage. Just wash your sheepskin seat cover with soap that includes lanolin-sheepskin's natural oil-to keep your backhoe sheepskin seat cover in great shape for years.Ian Partridge owns a number of websites specialising in Australian Sheepskins, due to interest in seat covers for earthmoving machines a website was created called http://jcbsheepskincovers.com which has more info and links
Keyword : sheepskin seat covers, jcb, backhoes, tractors

Cadillac SRX 2004: The Weekly Driver Review

Author : James Raia
The naming of new cars must be a curious process. Animals are popular
choices for various makes and models, and those selections often make
sense.But in recent years it seems manufacturers have one only criteria -- the
more obscure the name, the better.Volkswagen has its Touareg and Phaeton. Toyota has the Prius. Pontiac
has the Vibe. Oldsmobile has the Alero.So when Cadillac introduced its first car-based SUV this year, couldn't it
have taken the lead from either the name traditionalists or the new
breed of name-makers?The Cadillac Deville, Seville and Escalade are well-established
vehicles, but who's going to remember the SRX?Fortunately, an odd name is about the only thing not right with the new
Cadillac. It may be the most comfortable, well-equipped and stylishly
appointed SUV available.For my weekly drive, I tested the 4.6-liter, 320-horsepower, 5-speed, all-
wheel drive, automatic transmission SRX. The vehicle's light platinum
exterior was well-matched with an ebony interior and the car nicely
continues the manufacturer's reputation. In short, the SRX, like other
Cadillacs, has a commanding road presence.More impressive is the vehicle's performance and its features.
Acceleration to steering and handling, ride comfort to instrumentation,
the SRX has few weaknesses.With its sizable engine, the SRX moves briskly from a standstill and
while accelerating at any speed. The ride is firm and smooth and the
steering and handling couldn't be better. Turns are handled with
confidence and the steering has a natural feel. The steering wheel, by
the way, a combined leather and burled walnut trim, is elegant yet
sturdy.The driver, front-seat passenger and all other second and optional third-
row seat passengers have ample head and leg room, and the list of
standard safety and performance features is impressive. They include:
rear window defogger, daytime and twilight running and fog lamps,
power and heated front seats, rear air conditioning, power and heated
outside mirrors, AM/FM radio, cassette and CD changer with seven
speakers and the Onstar safety and security system.The base price of the SRX is $46,595. But my test vehicle also included
three additional options, The added costs represent the potential
downside of vehicle -- financial considerations.The all-wheel drive transmission, for example, included among standard
features on many vehicles, is a $1,900 option. Likewise, the eighth-
speaker Bose audio system ($1,100) and third-power seat ($1,000)
features, plus a $325 additional for the XM satellite radio, catapults the
vehicle's cost past the $50,000 plateau.The estimated gas mileage of 15 mpg (city) and 20 mpg (highway) are
not great numbers, either.Still, it's hard to find fault with the SRX. It may be the best SUV on the
road today, and it would be even more popular -- if it only had a
memorable name.2004 Cadillac SRXSafety features -- Driver and front seat passenger, front and side impact
and curtain side impact and front to to second row curtain side impact air
bags. Tire pressure monitor.Fuel Mileage (estimates) -- 15 mpg (city), 20 mpg (highway)Warranty -- Bumper to bumper, 4 years/50,000 miles; Corrosion, 6
years, 100,000 miles; Roadside assistance, 4 years/50,000 miles.Base Price -- $46,595.00James Raia is a syndicated journalist in Sacramento, Calif., who writes
about sports, fitness and business topics as well as the syndicated car
review column, The Weekly Driver.To read more car reviews, visit: The Weekly Driver
Keyword : Cadillac, Cadillac SRX, 2004 Cadillac SRX, Cadillac, Cadillac Car Reviews

Chevrolet Trailblazer 2005: The Weekly Driver Review

Author : James Raia
With the addition of the 5.3-liter, 325-horsepower V8 extended cab
(EXT), eight Chevrolet Trailblazer models are on the road in 2005.
And as the largest and most powerful Blazer available, the new EXT
has plenty to offer.It's comfortable and provides a confident drive. It offers vast cargo
space, has an attractive two-tone interior, a well-designed console
and boasts of plenty of impressive option packages.But sometimes subtle qualities or subtle deficiencies are more
impressive or problematic than a vehicle's overt characteristics.So it is with the new Blazer. While recently showing the car to several
friends, one sat in the second row of seats. Surprisingly, his head
easily hit the roof. My friend is 6-foot-3, and while that's tall, he's not a
giant by any stretch."I've got a Scion and there's plenty of rear seat headroom," my friend
commented.The quick analysis made a good point. As the largest and most
powerful Blazer available, shouldn't a 6-foot-3 person sit comfortably
in the middle of the car's three rows?Conversely, an SUV hardly seems like a vehicle for a remarkable
sound system. But the Bose premium sound system available in the
Blazer's Sun, Sound and Entertainment Package is superior. The
combination AM/FM stereo, six-disc changer, XM satellite radio and
eight speakers are arguably the finest music package I've
experienced in any test car in the past two years.Beyond a curious space limitation and a wondrous sound system
options, the Blazer offers an odd mixture. It's a well-designed SUV
with plenty of space for family and cargo. It has adequate steering
and handling, and it offers a quiet ride considering its status as a
large SUV with 17-inch tires.Yet, the Blazer falls short in other key areas.The vehicle's braking system seems uneven - fine in some
circumstances, soft in other scenarios with far-too-long response time.
The Blazer maneuvers well in traffic and its turning radius is
surprisingly tight and efficient. But again, for each vehicle strength
there's a weakness. The Blazer's fuel rating of 14 mpg (city)
and 19 (hwy) is hardly impressive.Standard features are adequate: power mirrors, heated daytime
running lamps, remote keyless entry, tinted rear glass, 65/35 second
and third-row folding seats and a rear window defogger, among other
standard items.Three options packages, the aforementioned Sun, Sound and
Entertainment, as well as the Luxury and V8 Power Play packages,
can add nearly $7,000 to the base sticker, pushing the total price to
more than $41,000.Some options are worthwhile, including the OnStar Emergency
System (with one year of free service) and leather-appointed seats.
Other options – cruise control, leather-wrapped steering wheel and
steering wheel audio controls – are standard for other manufacturers'
SUVs.A Preferred Equipment Savings reduction of $3,150 lowers the top-
of-the line Blazer's price, after a $685 destination charge, to $38,515.As such, the Blazer isn't the most expensive or most economical SUV
on the market. But certainly, for nearly $40,000, good brakes and
sufficient second-row headroom shouldn't be issues.2005 Chevrolet TrailblazerSafety features -- Dual-stage driver and front passenger
airbags. Antilock brakes.Fuel Mileage (estimates) -- 14 mpg (city), 19 mpg (highway).Warranty -- Bumper to bumper, 3 years/36,000 miles; Power
train, 3 years/36,000 miles; Corrosion, 6 years/100,000 miles; 24-hour
free roadside assistance, 3 years, 36,000 milesBase price -- $34,270.00James Raia is a Sacramento, Calif., journalist who writes about sports,
travel and lifestyle topics as well as the automotive column, The
Weekly Driver Review.To read more of his car reviews, visit: The Weekly Driver
Keyword : Trailblazer, Chevrolet, 2005 Chevy Trailblazer, James Raia, The Weekly Driver Review

The Top 5 Ways To Add Extra Ponies To Your Nissan 300ZX Twin-Turbo

Author : Taylor Bamber
The Nissan 300ZX Twin-Turbo has one of the most powerful engines created for the best Nissans.The VG30DETT has huge amounts of potential. This engine is putting out 300hp and almost 290 foot Lbs. of torque stock! The twin turbocharged and inter-cooled engine lacks very little. Read on to find the 5 most cost effective modifications to give you the most horsepower for your hard earned dollar!#5
Throttle body modification:
The throttle body modification isn't going to be the biggest gain in hp in the world, but the best part is, it's FREE! In case you missed that, yes, its completely free! All you need for this modification is a metal file or a 10mm wrench (depending on what year 300zx). All you have to do is simply remove a nut or a bump of molded aluminum that is sitting right by your throttle cable. This bump or nut is preventing your throttle from being able to open completely. By allowing it to open completely you've increased your air flow which increases your horse power.#4
Upgraded air filter:
An upgraded air filter is the most basic of all modifications. Adding a higher flow filter is going to allow your Nissan cars engine to consume a much larger amount of oxygen then the stock air box. Imagine attempting to run a mile while using a straw to breath. It's not a lot different for your car if you modify the car and not the air filter.#3
Upgraged exhaust system:
An upgraded exhaust system is the same concept as upgrading your air filter. All the air that is being consumed by the engine needs to be evacuated. The problem that many people run into is they go about doing this the completely wrong way. BIGGER IS NOT BETTER! Having an exhaust that is to large for your car is actually going to hurt your 300zx's performance. You should have no more than a 3 inch system unless you plan on running somewhere around 1000hp! This problem is somewhat obvious, but one that very few people think of; the bigger exhaust drops exhaust temperatures considerably. Having a lower temperature means the air traveling through the exhaust system is going to be much heavier and thus harder to move, which hurts your engines performance. Installing the correct exhaust size is going to give you the correct temperature of exhaust and will evacuate the air effectively. Contrary to what many think, a car doesn't actually lose horse power because it has a large exhaust because of a loss of back pressure. It looses horsepower with a large exhaust because of turbulence and the cold dense air.#2
Upgraded computer chip:
An upgraded computer chip is one of the easiest modifications. Upgrading the chip will enrich the fuel curve. This gives your car a bit more fuel to support the added power. Some also say it will help cool the pistons. In addition to the added fuel, the JWT chip maximizes the engine's ignition timing and also tunes the cam timing. Most of the chips out there will have a couple additional features like raising the rev-limiter 200 rpm, and eliminating the top speed governor. Having an aftermarket ECU is nice because of the ease of calibration for future modifications like higher boost levels.#1
Boost controller or boost jets:
Boost controllers and boost jets are the recommended way to increasing your boost pressure. Adding a boost controller essentially tricks your waste gates, waste gates vent boost allowing the car to just run at 8 psi. The boost controller or boost jets trick the waste gates into thinking that there is less boost than there really is meaning you will have a quicker spool up time and a large increase in total boost pressure. Boost pressure equals power. Running higher boost pressure is only capable after an ECU upgrade. Investing in a turbo timer is also a good idea when running higher than stock boost, as a turbo timer will help cool your turbos when its time to shut down.There are many other upgrades to the 300zx but this will get you down the road with the least pain to your pocket!Taylor Bamber is a proud owner of a 300zx turbo and belongs to many 300zx clubs in Northern Colorado. Being waist deep in the import world, he knows where to find all the best online JDM deals. He has scoured the web and has found the best sites for your import car needs. Check out his site at http://www.jdm-4u.com
Keyword : jdm, Nissan cars, auto enthusiasts, jdm engines, fast cars, hyrbrid cars

Finding The Perfect Car For You

Author : Kevin Schappell
Your car may be the second largest purchase you make in your lifetime. You must take your time and not let it become an impulse decision. Before you go out browsing dealer lots consider the following:How will I use my new car, truck or sport utility vehicle? A mini-van will fit fine in a large family but might be out of place in a singles life. Do you go off-road a lot but still like to carry more than 2 passengers, go for the SUV. Trucks have come along way with most comforts available in today's truck rivaling luxury cars. But do you really need that to carry construction equipment to the job site?If you do not go off-road, do not buy a 4 wheel drive truck. The extra weight will only decrease gas mileage and increase maintenance costs. Afraid of the snow? Look to the variety of AWD vehicles on the market which provide excellent traction in the snow and also more economical operation. Take a serious look at your life and find the vehicle that most compliments your lifestyle.Color choices. This is a personal preference but rational can come into play. In warmer climates, a lighter colored car will stay cooler. Certain cars are easier to keep clean. White and black are the worst while tan, silver, and brown hide dirt quite well.Interior options. Do you need the heated seats? Well that depends on where you live and how much winter driving you do. Leather seats can be unbearable in the summer months and generally harder to maintain. Do you listen to music often? The premium sound system might be a great idea if you do, however if you only listen to talk radio then the standard system will be more than enough.Insurance rates. Take into consideration the insurance rates before you start you car buying quest. A Honda may be significantly cheaper to insure than the Ferrari that caught your eye last week. Talk with your insurance agent to find out about how cars are classified. Sports cars generally raise premiums while family cars tend to lower them.Who will service the vehicle? Having a dealership close by can be a blessing. If there are no dealerships nearby, buy a domestic car which most mechanics can work on. It is also important to examine the warranty offered before making a decision.I hope the few comments and suggestions above have given you some things to think about. Never rush into a new or used car purchase. Always take some time to think it over. If it helps, get out a piece of paper and write down the pros and cons of all the vehicle you are considering. Writing down this information is often all you need to get you thinking practically and on your way to making a good selection.Good luck,About The AuthorKevin Schappell maintains http://www.autoeducation.com where he gives advice on car maintenance, buying, selling, insurance, and financing. A mechanical engineer and car guy, Kevin has decided to spend his online time helping others learn about automobiles.
Keyword : article submission, articles, writers, writing, publishing, ezine, email marketing, email newsletter, email

Using Materials With Memory to Assist in Propulsion of Autonomous Vehicles in Any Medium

Author : Lance Winslow
Birds flap wings, sharks move vehicle fins. Each of these organisms is naturally equipped for forward propulsion using the most efficient system possible against the medium through which it moves. In studying such a perfect model of motion, it's worth pondering whether human engineers can't put these same mechanical concepts to use in the construction of their aircraft machines. One idea worth testing is the incorporation of materials with memory into future design plans.Memory Materials and Wing or Propeller Construction:Memory comes into play when one considers the repetitive pattern of wing-flapping or fin propulsion. A moving mechanical object can easily mimic this same movement, provided the materials it's manufactured from are light enough and flexible enough. The fin or wing of said movement machine must ideally be designed, as is the muscular-skeletal makeup of a bird's wing, to return to normal position when bent. Relative water flows, created current from AUV, or increased back pressure from forward momentum against the artificial fin or wing, would force it back to its position. The forward propulsion of a propeller would cause it to bend out of shape and then it would once again correct itself. Clearly, in order for this to work, the lightness of the machine, the force by which it propels itself, and the density of the wing structure must all be taken into account. The "flying or swimming machine" will inevitably undergo many experiments before optimum physics and ultimate success is achieved.Memory Materials, Self-Propelling Air/Water Crafts and Energy-Efficiency:In our hypothetical memory-material model, the propulsion apparatus would wiggle and move forward and thus be less detectable... with less mechanism or springs and therefore less controlling surfaces, less murphyism, less wear and tear and less energy to propel. Thus weight savings-- not that it's a huge issue in water of 8.2 lbs per gallon, but every amount saved is an amount of efficiency.Materials with memory are nothing new; look at a paper clip, spring, slinky, etc. A nickel titanium stint, when forced, could cycle some 100 times a second if I am not mistaken; and also cause a frequency and electricity. Think of how an electromagnetic pulse might confuse the enemy; and in a small mini UAV, act like a humming bird as it literally hovers to the target. The addition of a self-activation feature might allow your UAV to fly to the target, hover, send you pictures, GPS coordinates for smart bombing, larger UAVs for Hell Fire Missiles... and then finally drop on the target.Memory Materials in Achieving an Unpredictable Flight Pattern:Now let us take this into the contexts of a UAV or flying unit. The propeller or propulsion system moves the vehicle forward. The horizontal stabilizer, whether a canard or conventional tail, could force the aircraft down or up. The dihedral could have a somewhat memory of the way the grain in material is manufactured, causing it to flap like a bird with a muscle above the wing. The force of the relative wind would cause the wing to bend downward until it sprung back, and thus you have an unpredictable flight pattern. You could have several vehicles flying in a swarm of flock, which were manufactured slightly less or more so they would be nearly impossible to hit. Yes, with the same propulsion output they could fly at similar if not exact speeds since the ups and downs would equal out. The flapping of the wings would reduce the amount of energy needed for sustained flight.Memory Materials in UAVs:Memory materials might also be used to build a motor in a UAV that would allow water to flow through, such as a diaphragm membrane, which might drive single piston. "Ferromagnetic" memory materials can be shaped for this type of use; for example, manganese or gallium. One might fit small units into capsules that are inserted into a tube and placed inside of a Navy Seal or fighter pilot suit. If one discovered a way to set these capsules to vibrate, the sound would give away their position for extraction or rescue.Remember the movie Core when they found the craft, which was at the bottom of the ocean near a vent which caused the whales to find it? Polymers have also been used in cars and automobiles like the Saturn where you punch the door and it pops back out. Some polymers can stretch up to 12 times their length, again stretch Armstrong and flex back, whereas metals are not nearly as elastic, but can provide the rigidness and many are conductive of electricity.An Added Component: Memory Materials as "Fuel in the Wings":Another thought: include the insides of the wings themselves as part of the fuel. Meaning, the wing would ideally be constructed of a poly plastic that can be converted into engine power at the melting point. In essence, the wings dissolve upon arrival at destination... a problem, yes... but on a single no return mission of a UAV this would be quite acceptable. In the beginning of the flight, the structural integrity to fly in part would be the amount of strength to carry the fuel too. Here, the fuel and the wing are synonymous. The concept of the vehicle "eating itself alive" as it were, is similar to the marathons or ultra marathons I use to run when near the end of the race you were depleted and literally running on guts, body fat and sheer will power.As the aircraft eats the inside of the wing which is made of a poly type plastic, it is dissolved, thus the aircraft converts this into energy and the weight is decreased meaning it flies even more efficiently. The last leg of the mission is down hill, and it flaps its way in a slow glide to the target or mission end point. The goal line to win a victory point in the overall battle; thus, scoring points against the opponent.The reason we use the wing is that it can be hollow and it is at the C.G. point. If we take some from the tail then eventually a motor in the rear would deplete itself; however, the weight and balance would be out of check, unless a downward angle of attack and proper speed was continuous. One variation on this theme is to have the engine itself burn up like a Roman candle in the end, providing forward momentum and thrust. Since the chief purpose would be for multiple UAVs on a single mission, this might happen at different times and actually space out the mission and attack sequence. Meaning, the enemy would be under constant fire until the last UAV made its final death blow. This is of value when using UAVs as a diversionary force to keep the enemy occupied.The wing spars could be made of the same types of plastics that surgeons use to expand heart arteries during operations. We know these techniques work on metal, plastic, carbon fibers, resilient composite, rubber of all types even (stretch Armstrong). We pick the lightest material and go for it. Nickel-titanium stints are also easily adaptable metal, and you would not need much. If you use nickel and poly fibers you could made a battery or find a suitable chemical reaction for fuel or propulsion or even poison gas on impact (forget I said that).The engine in the rear might be made out of a clay type substance encased in cellophane which, once lit from the rear, would provide the thrust like a small C-65 Estes rocket engine. Once the engine was burned out, it could fall to Earth in cinders with a whistle on it so it made an intimidating sound and another diversion; a dud, or perhaps a small charge.Other Uses for Memory Materials:Tesla would enjoy this discussion immensely; he would laugh and come up with 50 other good uses... probably concepts a lot more noble since he was a proponent of strong defense as opposed to strong offense like Von Clauswitz. Nevertheless, the uses for UAVs are of supreme value and maybe in thinner mediums of fluid such as salt water, where the polymers might serve a more useful purpose without succumbing to corrosion over long journeys or long life missions. Another use would be in a fire hose which, if laid on the ground, would wiggle like a snake. Using the basics of fluid dynamics, the snaking hose could function like a pump for long distances. As the flow rate is lost with the increase in distance from the fire hydrant, the flow slows. Consequently, dynamic pressure is reduced as less weight behind the flow becomes available. Lining fire hoses with materials which are memory manufactured will also make the hose easier to roll up for storage.Material memory manufacturing will solve many future problems of mankind and add a safety cushion to emergency response, civil defense, scientific advancement and offensive military components.This article professionally edited by WordFeeder Copywriting and Content Services, http://wordfeeder.comLance Winslow - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/
Keyword : UAV material memory, manufactured material memory

Automotive Plastic Repair Services

Author : Lance Winslow
Plastic Repair? What are the top considerations in plastic repair, we hear an awful lot about this in the detailing industry, especially in the last ten years. But really plastic is been used in automobiles since the 1930s when Henry Ford for started putting it in his automobiles Ford had built a deck lid made of plastic for one of his cars and actually jumped up and down on it to demonstrate its strength and quality into the world Expo he actually took a sledgehammer to it. Henry Ford Sr. always had a knack for drawing the crowd. Still, the public was really not convinced, because plastic at that time was For toy cars, not real ones. Henry Ford of course to get on is a challenge to convince the public that plastic was the way to go.By the 1940s the public had caught on. It wasn't so after Henry Ford died that the Next Generation of cars started using plastic. This is similar to the airline industry and composite material. In Ohio there is a huge research center which studies, researches and Tests composites. The military uses composites and their aircraft. In the 777 had nearly 12 percent made out of composites, this Next Generation of aircraft by Boeing the 7E7 will be made of nearly 50 percent composite. After Ford died Chevrolet, Chrysler, Ford in many foreign automakers would have plenty of plastic in their cars.Even Goodyear started making plastic for automobiles and those days, which supplemented the rubber industry after World War II. If you ever get chance in you ever get to Akron Ohio, may I recommend going to the world of rubber museum at the Goodyear plant downtown. There is so much rubber in today's automobile, along with so much plastic that is actually causing a real problem when these cars are crushed for metal recycling or end up in the junkyard. As a matter-of-fact the problem is so huge in Europe, that the EU, WTO and other organizations have formed the ELV – End of Life Program to fix this problem.http://www.parthe.net/_cwg0503/0000006f.htmhttp://www.parthe.net/_cwg0503/00000070.htmThe University of Chicago has been working on ways to meld down the plastic and the foams to reuse. I would say within the next decade we will have a similar program to the ELV program in Europe. Today if you look at the South every person living in a mobile home has a least five cars not running sitting out front rusting away. These are iron oxides get into the groundwater and can cause increased chance of heart attacks. When these vehicles catch fire the smoke from the plastic is quite toxic.These days when you detail a car you have no idea what the surface underneath that pain is made out of. It could be aluminum, steel, stainless-steel, composite, polypropylene, polyethylene or anyone of a number of plastics, mostly made from petroleum byproducts. Yes, that's right oil. What's good for Texas is good for America. What's good for General Motors is good for America. What's good enough for your car is good enough for us to detail or restore. This is why we've decided in some markets that plastic repair is an excellent add-on service for our wholesale detailing clients and perhaps in some instances good for our retail detail clients.There has been much talk in the trade publications on the subject of plastic repair, while I concur with most of what ever read, I along with many operators are quite skeptical as to the time and quality and skill required to repair plastic correctly. In mobile Tech News and on the Web sit MobileWorks several vendors who sell plastic repair kit's of all types. Some for the interiors of cars, some for the plastic lenses of taillights and others for rubber repair, and it appears that there is quite in art in a science to doing the job right. I cannot recommend to a novice detailer to jump right in and start offering plastic repair to their customers. On Auto auction vehicles, used car lots, wholesale detailing customers and on new car lots for used car trade-ins, this appears to be an excellent way to bundle services and at a little bit to the wholesale detailing price. In states like Arizona, California, Florida, Texas, Nevada, Oklahoma, New Mexico, and you know I'm starting to feel like that Dean character, where the wholesale detailing price floats between $55 and $70 there needs to be away to get the price up. If there are holes or problems with a plastic inside the vehicle adding another $35-$50 might just be the ticket, because now you got your price closer to $100.00, which is really were you want to anyway.Where bumpers used to be steel with sheet steel metal wrap now there is plastic. Plastic bumpers with Rubber and composite seem to trump alloys. I have seen plastic parts inside of transmissions operating as the overdrive gear, plastic parts inside of break components, engines, radiators, fuel tanks, as structural parts of the frame, as fasteners as well as just about every part of the automobile. The funniest part about this whole thing is there is a kid from MIT who is actually planning a composite/plastic building and in Japan there doing experiments in plastic bridge construction, saying that it will weather better than concrete and Rebar.With less contraction and expansion, let's face it plastic and composites are here to stay. They are stronger they weigh less an air just simply smarter materials to use especially when you're shooting for higher numbers in your MPG goals. We also saw a recently that the steely import tax raised the price of an SUV $800, prompting automakers to use even more plastics and more composites to save money and weight, not so good for the steel manufacturing which it one time was the backbone of this economy, but certainly good news for lightweight materials and fuel consumption. But is strong test plastic in his it is still easily damaged just like sheet steel metal. Of course the new Saturn commercials show a man kicking a door and it just pops back out again. But not everything pops back out again. Plastic repair kits are used in the auto body shop business more than the detailing business, but this is also changing as more and more detailers become aware of plastic repair.The idea of plastic repair is worthy of the body shop in the consumer because it lowers the overall cost of repairs, which means the cash customer coming into a body shop can save money and the insured customer will net the body shop more money since it costs less to repair the to replace. Also there could be significant time-savings in that to replace the part may not be possible because the part is not in stock at the dealership. In needs to come from the distribution center. I cannot tell you have many times the distribution center has been out of the , and he which you need. And there for your car sits there, not been worked on, taking up space, at risk of more damage in the parking lot or being broke into by Pablo Gonzalez' & Co. midnight auto supply or Joe Meth "need a stereo to sell to the fence tonight" good citizen. And before you tell me I'm stereotyping, BS, because both of those scenarios have happened to me personally.The technicians are also happier because they can make more money servicing the part if they're working on commission of the body shop. Many body shops are commission based. Another person makes quite happy is the garbage and man, because you are not over filling dumpsters with unneeded waste as we talked about before. The only difficult thing that with plastic repair is better requires lots of training. Luckily there it is an inter industry conference called I-CAR Collision Auto Repair which has seminars and vendors have stepped up to the plate who sell the products used to train how to use them. General Motors also offers courses in repairing plastics. Some of these in-depth technical information seminars and hands-on repair skills practice sessions in interior and exterior plastics and sheet molded compounds are very good. After having sit in on a couple I was amazed at how easy this stuff is and how easy it is to do it incorrectly. What I found most interesting was that you really have to look at the part and determine is this part were fixing or should I just shit can it and get a new one.This is a very logical decision, it takes time to get a part in, it costs money to buy the part, it takes time to repair it, it takes labor away from another job, there's a space consideration in your shop for the number of cars there, there is a customer consideration in of course the plastic kits are relatively cheap, but they ain't free. Sometimes you look a part and say well that would be hard to fix, is my technician qualified, will it come out right, is it worth the risk to try, or should I just order another part and put this individual on other car. One thing I found out in the seminars, is to never played the guessing game, instead follow the directions exactly.The most important thing in plastic repair is to thoroughly clean the surface and remove the petroleum substances on the surface of the part. The best way to do this is to remove the mold release agent is to use simple hot water and soap. Then you use the chemical cleaner that came with the kit and immediately begin your repair. The longer the part sets, the more chance that the mold release is still left in the plastic and that will rise to the surface and deteriorate the adhesion. The modern automobile has over 100 different types of plastic in its overall product. Wonderfully u say? So the first and most important thing to do is to identify what type of plastic this is. Not every type of plastic has a repair kit, said don't just think you can fix anything because you can't, well you can try, but it might turn out like crap. The choices of repair kit's generally correspond to the degree of flexibility of the part been repair. Classified in three categories; rigid, semi-rigid, flexible.Most automotive plastics belonged to, two different families; thermo-plastic and thermosetting. Thermoset repairs require the use of adhesion promoter or cleaner between each repair step, but for thermo-plastics you use is strong chemical cleaner, and if you do it the wrong step or stage of the repairs your repair will be an absolute failure. Although I will not go into the steps to repair all plastics but like to talk about a couple different methods. The methods include chemical repair, welded repairs and re-texturing and refinishing. If all the cells too complicated you can always remove and replace, the American plastics council APC; maintains a database of recycling centers.http://www.APC.orgBefore anyone tells you that plastic repair is a way to go in your mobile detailing business for automotive detail shop you may wanna start small, for instance try out when those cool kits to fix tail lights or go down to Home Depot and by a plastic repair kit and play around with it for awhile and ask yourself do you have the patients and will you follow instructions because I have seen some really blotched refinishes and some really botched chemical repairs. Occasionally you might be detailing a car any save yourself what happened here, why is this discolored, why is it rough here and smooth there, will I can tell you because in a practice session I went to just about everyone there are botched a couple, it takes a little practice and takes little time, do not expect to learn how to be an expert plastic repair technician overnight, it just won't happen.If you are a stickler for details and if you can follow instructions maybe you should look into the new and profitable world of thermo-plastic repair.Lance Winslow - Online Think Tank forum board. If you have innovative thoughts and unique perspectives, come think with Lance; www.WorldThinkTank.net/wttbbs/
Keyword : Automotive Plastic Repair