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The Uniqueness Of The Chevrolet Cruze In India

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Reliability, low maintenance, excellent mileage, and superb handling are the key features that a car buyer gives first preference when buying a car. And when the exterior looks automatically fit in with the said lineaments, the effort is further rewarded. General Motors, with its research on changing market trends and taking into account car lovers preferences, designs its cars incorporating all the aforesaid features. This is the reason why GM cars are so popular not only in India but also in some 200 countries. The latest cars by GM to hit the Indian market are the Chevrolet Cruze and the Beat. The Chevrolet Cruze in India is introduced in the diesel version, a lacking feature in the mid sedan category. And GM has filled the gap in the right time. No wonder the car will have many takers; it is just the launch and it has already registered good sales records. The future is yet to come!

The Cruze Chevrolet in India has been launched with a budget friendly price tag Rs 10.99 lakh for the Cruze LT variant and Rs 12.45 lakh for the LTZ variant as per Thane ex-showroom prices. The latter variant has additional features compared to the former model and hence the increased price. The 2-litre VCDi 1,991cc inline-4 diesel engine is operated by a single overhead cam. And the power and torque figures are well appreciated in many a car review. It delivers a remarkable 150PS @ 4,000rpm of maximum power and 327Nm @ 2,600rpm of maximum torque. It comes with a single 5-speed manual transmission option. What more can you ask for when you have no maintenance overhead costs for three years or 100,000 kms the warranty that it comes it. And as confirmed by the maintenance aspects of all other Chevrolet cars, you will hardly need to spend on maintenance on your Cruze even after the warranty period is over.

A keyless entry is one of the distinctive attributes in the Chevrolet Cruze. So, you need not use keys to get in the car. The door opening mechanism involves the use of sensors on the doors. If you have the keys in your pocket, a gentle touch on the door handle will let you experience the opening of the gate. Again locking is also as simple as opening; all you need to do is to pull the handle gently and the doors will automatically lock! Isnt the Cruze designed the smart way in sync with the up-to-the-minute technology? And there is no key hole for the ignition! A start/stop button is fitted towards the left of the steering column on the dash. Once you give a gentle push to the button at the same time pressing the clutch, the engine will instantly start. The insulation features inside the car wont even let you hear the roar of your Chevy Cruze.

An all-time electronic stability program and a standard ABS in the Chevy Cruze have generated rave reviews on web. Users speak volume about the said features including other aspects.

Automotive Shop Equipment Los Angeles- Multimeters

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The multimeter is an Automotive Shop Equipment Los Angeles used to check almost any circuit on the car, but caution must be used when selecting one for purchase. It should be an automotive meter of high impedance and preferably digital. A high-impedance meter is used to protect electronic circuits during testing. It will have two regular leads: a black and a red. Automotive multimeters have additional leads for temperature, engine speed, and other measurements exclusive to the automobile. The controls on most multimeters include selections for the three basic electrical measurements: voltage, current, and resistance. Some meters require the operator to select the range of measurements. The better and more expensive ones have automatic ranging. Ranging is the scale of measurement. For instance, if voltage is being read, the operator may have to select a 0-20-volt scale or a 20-100-volt scale. Automatic ranging meters do this automatically.

Automotive multimeters have selections for revolutions per minute, temperature, frequency, and others depending on the make and model of the meter. Additional leads are required to make the most of these measurements. There are meters that measure only resistance (ohmmeter), voltage (voltmeter), or current (ampere). Meters of this type are not common in the automotive field. There is one meter, however, that is common to almost every tire, parts, and repair facility. It is a volt/ampere tester. The VAT 40 is dated technology because it is an analog type of meter, butmany still exist and work as good as new. An analog meter is similar to the speedometer on a car where a moving needle points to a number for the measurement. Its replacement, the VAT 60 performs the same tests, but the display data is in a digital format. Both are used to test batteries and charging systems. This is one automotive meter that is capable of reading high current. On a starting system, the current may be as high as 400 to 500 amperes.

Most multimeters Automotive Shop Equipment Los Angeles can read no more than 10 amperes. None of the VAT testers will test a dead battery. There is a test with the VAT 40 that allows the battery to be charged for 3 minutes and then tested. This particular test does not mean the battery is good, but it can tell the technician if the battery will accept a charge. A battery should have at least 12 volts before testing to achieve a correct test result with a vat-40 or vat-60.

Multimeter is one of the most popular auto shop equipment which is used to check the circuit of the car.

Removing Scuffs and Scratches on Your Cars Plastic Bumpers!

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Your cars plastic bumpers dont always need replacement when minor damage crop up such as scuffs and scratches. Repairing these scuffs and scratches are not as difficult as you imagined or as complicated as fixing up scratches on sheet metal that are likely to form rust.

Save time, money and effort repairing your damaged bumper with these simple and convenient steps:

Materials Needed:
Automotive Clear Coat
Automotive Paint
Automotive Primer
Dish Soap
Grease and Wax Remover
Paper Towels
Sand Paper

Step 1:Clean the scratched area with dish soap to get rid of any wax or dust particles on the surface. Use a piece of cloth enfolded around a finger to get hold of the scratches and scuffs. Wash the soap entirely and pat dry the surface using paper towels before proceeding to the next step.

Step 2:Check the intensity of the scratches and scuffs. Run your fingernail tip across the scratch and if it can hold the rut, this means that the scratch is deep, otherwise, the scratch is shallow.

Step 3:Polish the scratch with 120-grit sandpaper until it becomes smooth, even and free from tough edges. Bear in mind that plastics are softer than metal so ensure not to sand too much in one spot to avoid having a low part on the surface.

Step 4:Spray about two light coats of automotive primer on the polished spot. Wait for about 30 minutes allowing the coat of primer to dry.

Step 5:Polish the automotive primer evenly with 300-grit sandpaper until it becomes soft to touch. Swab the spot with grease and wax remover to take away oil and dust elements.

Step 6: While holding the spray can about eight inches away from the exterior, spray two to three lean coats of automotive paint straight on the scratch. Let each coat dry for 30 minutes prior to applying the next coat.

Step 7:Using the same procedures as with spraying the paint, apply two coats of automotive clear coat. Let the automotive clear coat dry completely which takes up to 24 hours before attempting to drive the car.

Getting rid of the scuffs and scratches from your cars plastic bumper can be costly especially when the job is done at a professional auto care clinic. However, you can save a lot if you do the repair yourself.

Many Problems Are Faced By The Auto Industry Due To Online Counterfeiting And The Gray Market.

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Counterfeiting is such a menace that even the Federal Bureau of Investigation has termed it the crime of the 21st century. If you dont believe this, perhaps some number crunching can shed some light on the kind of hazards that this activity creates for automotive businesses worldwide. For example, the global automotive parts industry suffers losses pegged as high as $12 billion a year, $3 billion of which is in the U.S. The total global counterfeit market is pegged at a whopping $350 billion. The Motor and Equipment Manufacturers Association (MEMA), realizing the grave situation of counterfeits affecting its businesses, formed the Brand Protection council to take matters of fake counterfeit products in the automobile sector seriously.

What are fake automotive parts? How does one distinguish them from the originals?

Some counterfeits are simply imitations of real automotive parts and look exactly like the original so as to fool the buyer into believing that they are buying the original. Other times, fake or counterfeit automotive parts are simply packaged to look like the original. Counterfeiters often utilize the same brand image, colors and font sizes to ensure that the packaging looks similar to that of the real product. Some of the most common counterfeit automotive parts are things like fan belts, spark plugs, engine mountings, wheel covers, alloy wheels, air filters, fuel filters and oil filters. Sometimes the products carry the logo of the original. Other times counterfeiters simply use outdated parts that have been thrown out by the original company or dealer, renew them with some work and sell them again in the grey market.

There are many problems associated with fake automotive parts.

Such grey market products affect the brand and the reputation of the original manufacturer. Despite being made to look like the original, these products are not the original product. Even though they may be sold at perhaps 1/4th of the original price, the worth is much less than the real product. The safety of your vehicle could be compromised, and it could have many different kinds of problems, from part failure to higher fuel consumption to higher levels of pollution. The most pressing problem with using fakes is that, while you might feel you have gotten a great deal in terms of price, you will never get the intended effect that the original product can offer. In terms of quality and durability, you will always be at a loss if you opt for counterfeit products.

Boyce Activated Carbon Products For The Automotive Industry

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Our granular activated carbons have a wide range of uses for the automotive industry. Boyce Granular Activated Carbon (GAC) is excellent for low pressure drop, high-efficiency purification of liquids, gases and vapors. Available in several grades, it covers a range of pore size distributions, surface chemistries, particle size distributions and purity levels. Granular activated carbons are used for gasoline vapor recovery, air purification, catalysis, and decolonization/deodorization/contaminant reduction of chemicals.

Automotive Industry Applications

Automotive Evaporative Emissions

Vehicle activated carbon canisters are designed to capture fuel emissions generated by the evaporation of the fuel tank vapors during day to night temperature variations. Emission regulations vary throughout the world. In the United States (US), requirements call for capturing fuel vapors generated during a 72-hour test, while in the European Union requirement are for a 24-hour test. Fuel vapor generation rates are approximately 25 to 30 grams a day for a mid-size vehicle. Our granular activated carbons are used by leading industries for this application because of their superior volumetric cost, performance and proven durability.

Automotive ORVR

On-Board Refueling Vapor Recovery (ORVR) is a U.S. regulation that requires the capture of fuel vapors generated during vehicle refueling events. ORVR presents a unique challenge for the vehicle by requiring the canister to have high fuel vapor capacity at fast loading rates and low pressure drop. ORVR canisters are typically two to three times the size of a standard evaporative emissions canister because of these capacity requirements. Our carbon pellets are the industry standard for this application due to their high capacity, durability and low pressure drop. Further, our special grade of Boyce carbon helps to reduce canister size due to its industry leading capacity.

Automotive PZEV

Partial Zero Emission Vehicle (PZEV) is a California initiated emission category that is expanding across the country. PZEV requires the vehicles fuel system to have no more than 54 mg of emissions during a 72-hour test. PZEV presents a unique challenge to control canister bleed emissions to very low levels, typically less than 10 mg. Boyce special grades gives solution to control canister bleed emissions.

Two-Wheelers

There is a global expansion of canisters on motorcycles to control fuel tank evaporative emissions generated by the evaporation of the fuel tank vapors during the day to night temperature variations. These canisters are typically much smaller than an automotive canister. Our granular activated carbons are chosen for this application throughout the world for their superior volumetric cost and performance and proven durability.

Air Induction Systems

Vehicle regulations in the U.S. sometimes necessitate the control of vapors emitted through the vehicles air induction systems. Unique solutions are required to solve these emissions because of the high airflow within the AIS and the potential to affect engine performance if these airflows are inhibited. Our uniquely designed granular and powder carbon are used to reduce hydrocarbon emissions to targeted levels.

Small Off-Road Engines Fuel tanks for weed trimmers, leaf blowers, lawn mowers, generators and similar products are being mandated to control fuel evaporative emissions. Our granular activated carbons are chosen for this application for their superior volumetric cost and performance and proven durability.

Marine

The U.S. Environmental Protection Agency (EPA) is evaluating evaporative emission control regulations for recreational boats.

Cabin Air (Vehicle Interiors)

Exposure to volatile organic compounds that off-gas from interior components in new vehicles is of increasing concern in many parts of the world. Recent tests have demonstrated significant reductions of VOCs in the cabin by the use of activated carbon sheets. Boyce supplies special grades of activated carbon to make activated carbon sheets. This confirms ACS as a low-cost and effective method for reducing VOC content in the cabin before delivery to the consumer.

Hybrid Electric Vehicles and Plug-in Hybrid Electric Vehicles

Automotive equipment manufacturers are increasingly turning to advanced engine technology to increase fuel economy. HEV and PHEV, while allowing for improved fuel economy, present a unique challenge for the activated carbon canister primarily due to severely restricted purge volumes. While our carbons are recognized for their superior purge performance, to meet the challenges of HEV and PHEV our carbons are typically combined with activated carbon honeycombs to meet emission targets.

Gasoline Direct Injection Engines

Gasoline Direct Injection Engines (GDI), while allowing for improved fuel economy, present a unique challenge for the activated carbon canister primarily due to reduced purge volume. Our carbons are recognized for their superior purge performance to meet most global GDI canister challenges. Additionally, our carbons are combined with our activated carbon to meet PZEV level emission targets.

Fuel Loading/Transfer Facilities

Bulk fuel and chemical transfer facilities use large-scale activated carbon absorbers to capture the vapors that are displaced or generated during the liquid transfer. The characteristics that make Boyce products the premier activated carbon for automotive evaporative emissions control apply to fuel loading as well.

To know more about us please visit www.carbonsuppliers.com contact us on +91 9842091301 Email: [emailprotected]