Category Archives: Automobiles

The Impact of Electric Vehicle Rise on Automotive Rubber Manufacturing: Trends, Challenges, and Innovations

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The automotive rubber manufacturing industry is undergoing significant transformations due to the rapid rise of electric vehicles (EVs). As the automotive landscape shifts towards electrification, manufacturers are adapting to meet the unique demands of this new technology. This blog explores the key trends, challenges, and innovations in automotive rubber manufacturing as it responds to the growing prominence of electric vehicles.

Key Trends in Automotive Rubber Manufacturing

  • Specialized Rubber Components for EVs
    Electric vehicles require specialized rubber components tailored to their unique operational needs. For instance, battery packs demand high-performance seals and gaskets to ensure safety and prevent leaks. Additionally, components such as electric motors and inverters necessitate rubber parts that can withstand high temperatures and vibrations. The evolution of these specialized components is crucial for maintaining the efficiency and reliability of EV systems.

Moreover, as EVs incorporate more complex electronic systems, manufacturers are focusing on producing rubber parts that can integrate seamlessly with these technologies. Innovations like smart seals with sensors to monitor wear or potential leaks are becoming increasingly common, enhancing safety and performance.

  • Lightweight and Durable Materials
    To enhance range and efficiency, electric vehicles focus on reducing weight. Consequently, rubber manufacturers are developing lightweight yet durable rubber compounds that meet these requirements. Advanced technologies such as nanotechnology are being employed to enhance properties like strength, flexibility, and heat resistance. These innovations ensure that rubber components can perform effectively under the demanding conditions present in electric vehicles.

Additionally, the automotive industry is witnessing a shift towards low-rolling resistance tires designed specifically for EVs. These tires utilize specialized rubber compounds with optimized tread patterns to maximize energy efficiency, further contributing to the overall performance of electric vehicles.

  • Sustainability and Eco-Friendly Practices
    As environmental concerns grow, sustainability has become a central theme in automotive manufacturing. Rubber manufacturers are increasingly exploring eco-friendly alternatives, such as recycled rubber and bio-based materials. This shift not only reduces the environmental impact of production but also aligns with consumer demand for sustainable products.

The emphasis on sustainability extends beyond materials; manufacturers are also adopting greener production processes. This includes implementing circular economy principles by recycling used rubber products and investing in research to develop renewable alternatives that maintain high-performance standards.

Challenges Facing the Automotive Rubber Industry

  • Supply Chain Disruptions
    Despite advancements in technology and increased global connectivity, the automotive rubber industry faces ongoing supply chain disruptions. Factors such as geopolitical tensions and natural disasters can significantly impact the availability of raw materials. As a result, manufacturers must proactively manage their supply chains to mitigate risks associated with material shortages.

With approximately 90% of rubber produced in Asia, U.S. and European manufacturers may find it increasingly challenging to source necessary materials due to trade embargoes and tariffs. To address these challenges, companies are turning to smart manufacturing technologies that utilize machine learning algorithms for accurate demand forecasting. This allows manufacturers to better predict supply levels and adjust their procurement strategies accordingly.

  • Increased Demand for Synthetic Rubber
    The growing popularity of electric vehicles has increased the demand for synthetic rubber due to its versatility and performance benefits compared to natural rubber. Synthetic rubber offers greater flexibility in properties such as heat resistance and durability, making it ideal for various automotive applications. However, this increased demand places additional pressure on manufacturers to innovate continuously while ensuring sustainable sourcing practices.

Innovations Shaping the Future

  • Advanced Manufacturing Techniques
    The adoption of advanced manufacturing techniques is changing the way rubber components are produced. Technologies like 3D printing enable manufacturers to create complex rubber parts with greater precision and efficiency than traditional methods allow. This capability not only speeds up prototype development but also facilitates customization options that meet specific customer needs.

Furthermore, innovations in material science are leading to the development of custom rubber compounds designed specifically for electric vehicle applications. These advancements ensure that manufacturers can provide solutions tailored to the evolving requirements of modern vehicles.

  • Focus on Safety and Reliability
    As electric vehicles become more prevalent, ensuring the safety and reliability of rubber components is paramount. Manufacturers are investing in rigorous testing and quality control processes to meet stringent safety standards. This commitment not only enhances product quality but also builds consumer trust in EV technology.

Conclusion
The rise of electric vehicles is reshaping the automotive rubber manufacturing landscape, presenting both opportunities and challenges for manufacturers. By focusing on specialized components, lightweight materials, sustainable practices, and advanced manufacturing techniques, the industry is well-positioned to meet the demands of this evolving market.

As automakers continue to embrace electrification, the role of high-quality rubber components will be vital in ensuring vehicle performance and safety. Through innovation and adaptability, automotive rubber manufacturers can play a crucial role in driving the future of transportation while contributing to a more sustainable world.

4 Factors to Consider When Buying Car Wash Hose Nozzles

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Best car wash hose nozzle makes you enjoy all washing tasks.

4 Factors to Consider When Buying Water Hose Nozzles

Washing your car at home can help save a ton of money and can make for a pretty fun time for you and your family. That being said, there are a ton of different car wash hose nozzles on the market and it is important that you find the right nozzle for your needs.

 

What might seem to be the right features for some may not fit the needs of others and taking the time to consider what you want can mean the difference between a nozzle that works and one that you will ultimately need to replace.

 

When looking for the best water hose nozzle, you have to consider few aspects of what you need in a water hose nozzle. Some of the important things to research on before buying the hose nozzle include:

 

  1. Durability

The first thing to consider before buying a water hose nozzle for cleaning your car is durability and the overall build quality.

 

You have to check on the material used so that the nozzle will not jam or break down after using it for some time.

 

  1. The Number Of Moving Parts At The Nozzle

The number of moving parts at the nozzle is also an important aspect to consider before purchasing your water hose nozzle.

 

Since water hose nozzles are often wet and dropped, it is important that a hose nozzle should not start to corrode as well as start experiencing fast wear and tear.

 

  1. Ergonomics

Since washing your car or watering your garden can require you to hold your hose for a long period of time, the water hose nozzle should be easy to hold especially for those who do not have the strong grip.

 

  1. Functionality

Some of the things to consider in a water hose nozzle include ease of use, a locking mechanism, and the spray pattern.

 

Buying a water hose nozzle before checking on its functionality, you may end up disappointed at the end.

 

Buy The Best Water Hose Nozzle

Search for the best water hose nozzle for cleaning your car, try to use AquaHung car wash hose nozzle and you will enjoy all your washing tasks with no regrets.

 

AquaHung produces more than 1,000,000 garden hoses each year and exports them in the international horticultural market. Manufactured by premium material to guarantee the best quality of water garden hoses and also provide a short lead time, cost-effective for all shipments they made. If you have requirement of garden watering tools, please do not miss AquaHung.

 

AquaHung car wash hose nozzle that may just be what you need to get your car sparkling clean.

 

Article Source: Speed Final, PressureWasherToday.com

Something You Should Know About Rubber Oil Seal…

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What is Rubber Oil Seal?

 

If you ever notice dark smoke coming from the tail pipe of your car, chances are the rubber oil seals in your vehicle are leaky. The rubber oil seals are also called as oil seals, car oil seals, automotive oil seals and oil seal rings. Leaky oil seals fail to prevent liquids and gases from escaping, and thus oil begins to leak into places in your vehicle where it is not supposed to be. For instance, oil enters the fuel mixture and burns, resulting in the smoky combustion. Thus, we see that these rubber oil seals or oil gaskets are nothing but components that fit on valves and pipes for sealing oil inside the required compartments in your vehicle. Their design features a flexible lip that rubs against a shaft or housing and prevents the leakage or ingress of fluids and dirt from/ into the sealed compartment.

 

Advantages of Rubber Oil Seals:

 

Now rubber oil seal rings perform two important functions: they hold the oil in place, lubricating the moving machine parts, thus reducing friction, grinding and heat in the process. Additionally, these car oil seals keep foreign contaminants from entering and ruining the oil in your car. However, though these automotive rubber seals are popularly referred to as “oil seals”, they are used to retain or confine any form of fluid inside a particular device, especially devices such as hydraulic systems that feature a host of moving parts.

 

Types of Rubber Oil Seals:

 

  • U-Ring Seals
  • V-Ring Seals
  • Rotary Oil Seals
  • Labyrinth or Clearance Seals
  • Bearing Isolators
  • Spring-Installed Seals

 

Why Rubber is the Preferred Material for Oil Seals?

 

Though oil seals also come in materials like plain felt, leather and metal, the best ones are the oil seals made of different varieties of rubber. Seals fashioned from Nitrillic rubber is used with mineral oils, grease, diesel and water. Polyacryllic and silicon seals on the other hand are used for sealing motor oils, while flour elastomer rubber oil seals that have the capacity to withstand a wide range of temperature are normally used in different variety of fuel-related oils. Enlisted below are a few reasons that make rubber the most suitable material for manufacturing oil seals or oil seal rings:

 

  • Can easily withstand high temperature and pressure.
  • Have superior ozone resistance.
  • Feature excellent mechanical strength.
  • Can be easily shaped into different contours and patterns.
  • Are comparatively easier to install.
  • Require less maintenance and provide years of hassle free service.

 

Factors to Consider While Buying Rubber Oil Seals:

 

  • Type of polymer used in manufacturing
  • Shaft outer diameter
  • Seal inner diameter
  • Maximum operating speed
  • Maximum operating temperature
  • Maximum operating pressure
  • Vacuum rating

 

Are you going to look for the high quality rubber oil seals manufacturers and products? I recommend that you can try to visit Chain Yeeh Industrial Co., Ltd. (PHLE). They provide many kind of materials and types rubber oil seal for your choosing, and they also doing customize according to customer’s requirement.

 

 

Article Source: http://www.silentblocbush.com/rubber-oil-seals.html

How Do You Choose an O Ring?

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When installing a pressure sensor, especially on units with parallel threads, such as BSP, UNF etc, it is necessary to use an O ring on the external face of the hexagon mounting face to ensure complete sealing.

 

It is important to choose the right sealing gasket to give long-life performance. Several factors must be taken into consideration when you choose an O ring, including compatibility with the fluid under test, the temperature range of the application, mounting torque, size, pressure ranges etc.

 

There are many types of seals on the market, from gaskets in copper, lead, Viton, nitrile, Teflon etc. The following are some of the more commonly used seals.

 

Viton O Rings

Viton O rings are oil resistant and are capable of operating in temperatures between -15 and +200°C.

 

Teflon O Rings

Teflon O rings have similar properties to Viton, but are used for pressure ranges above 500bar (7000psi).

 

Dowty Bonded O Rings

Dowty bonded O rings are versatile but relatively expensive. They comprise a metal annulus to which a medium nitrile elastomeric ring of trapezoidal section is bonded. Dowty bonded O rings are commonly used with hydraulic fluids or mineral-based engine lubricating oils. Temperature range is -30 to +110°C, and maximum pressure is 1500bar.

 

Nitrile O Rings

Versatile and economical, nitrile O rings are suitable for temperatures from -40 to +110°C, and are resistant to mineral hydraulic oils, greases and certain chemicals. Nitrile O rings are available in imperial and metric sizes.

 

In addition there are now many different adapter ranges available that have built-in seals. Alternatively there is the option of choosing a thread that self-seals or has a cone sealing arrangement, such as Swagelock, -3 fitting etc.

 

Need more information about O rings? Do not hesitate to visit the professional manufacturer of vehicle and mechanical oil seals – Lian Yu Oil Seal Enterprise Co., Ltd.

 

You can find high quality oil seals, rubber parts, bonded seals, swivel kits, o rings, and much more products at Lian Yu. Feel free to send inquiry or contact them directly to get further details.

 

 

Article Source: https://appmeas.co.uk/resources/pressure-measurement-notes/how-do-you-choose-an-o-ring/

How to Choose the Right Oil and Grease for Your Equipment

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With the Environmental Protection Agency (EPA) emissions regulations, the use of higher-grade engine oil is mandatory to maintain proper engine performance. A benefit of the newer oils is that they’re compatible for use in earlier engines.

 

There are two characteristics to look for when choosing the right engine oil for your compact equipment: classification and viscosity rating.

 

Oil Classifications

Oil categories for use in diesel engines begin with “C.” The American Petroleum Institute (API) CJ-4 category was introduced in 2006 and was intended for high-speed, four-stroke diesel engines. It was designed to meet 2007 model year on-highway exhaust emission standards, and is uniquely formulated to avoid impacting new diesel engine technology durability.

 

In December 2016, API introduced a new heavy-duty oil engine category: CK-4. The new formulations help protect engines from high-heat, high-load conditions typical in non-road applications. CK-4 oils are backwards compatible with all trucks and non-road equipment that use CJ-4 oils.

 

Always use premium oil that meets or exceeds the API service classification of CK-4 for EPA-compliant engines.

 

Viscosity Matching

It’s important to properly match the viscosity rating of your engine oil to the outside temperatures at your work environment. Always refer to the Operation & Maintenance Manual to determine the weight of oil that is recommended in various conditions.

 

A 10W-30 weight oil is a common factory-fill for many current production machines. It offers top performance in temperatures typically ranging from zero degrees F to 90 degrees F and above. A 15W-40 weight performs well from 25 degrees F to 110 degrees F and above.

 

Synthetic or synthetic-blended oils are formulated with additives that can extend oil change intervals and promote longer engine life. A 5W-40 weight synthetic oil is usually capable of providing protection in harsh conditions as cold as minus 40 degrees F and as hot as 120 degrees F.

 

Hydraulic and Hydrostatic Oils

Hydraulic and hydrostatic oils are formulated to meet the growing demands placed on hydraulic components, and there are several different types of these fluids for various applications:

 

  • High-performance — Typically, a custom blend of high-quality lubricants designed to provide peak flow at subzero temperatures while maintaining stability during periods of high-temperature use.
  • Synthetic — An advanced liquid technology designed to optimize cycle times and productivity, and provide good cold weather fluidity for seasonal changes.
  • Biodegradable — Introduced to meet customer demand as federal, state and local governments set environmental-related project restrictions. It’s biodegradable, non-toxic and formulated to reduce the potential for environmental damage.

 

Grease

Many machines require grease as a lubricant in pivot points where pins and bushings are located. The lubrication points need greased at various intervals specified by the machine manufacturer. If used correctly, the right type of grease will help extend the life of components:

 

  • Multi-purpose #2 — Developed for normal applications, it provides lubrication to prevent rust and corrosion and protection under heavy and shock loads.
  • Heavy-duty — Containing moly for better adherence to all surfaces, it offers water resistance, extreme pressure capabilities, pump ability in cold temperatures and good seal compatibility.
  • High-performance — Formulated to provide high-temperature performance in severe operating conditions, it’s intended for lube points with sliding and pivoting movements.

 

In view of above, if you want to choose the right engine oil and grease, I recommend that you can visit the website of Min Jung Hong. They are the professional manufacturer of specializing in high performance motor oil, heavy duty machinery oil, agricultural lubricants, MoS2 grease, fuel injector cleaner and more. Learn more information about lubricant and oil, try to check out Min Jung Hong’s product pages and feel free to send inquiries to them.

 

 

Article Source: https://blog.bobcat.com/2015/01/how-to-choose-the-right-oil-and-grease-for-your-equipment/

Tell You Something About Semi Synthetic Engine Oil

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Semi synthetic engine oil also frequently referred to as “synthetic blends”, are blends of conventional or “mineral” oils typically containing no more than 30% synthetic oil. Semi-synthetics have the ability to provide engine defense for somewhat higher temperatures and fairly heavy loads and they are not as subject to evaporation as the typical mineral oil.

 

Synthetic blend oils can be a good choice for drivers who put heavy loads on their engine during intensive usage situations like towing or off-roading. Semi-Synthetics are designed to have many of the benefits of synthetic oil such as extended lubricant life and improved viscosity indexes but are generally lower cost than full synthetic oil.

 

Min June Hong Inc. is the high performance engine oil manufacturer in Taiwan. We offer clients excellent quality semi synthetic engine oil which compliant with the highest level regulation SL/CL in API American Petroleum Institution.

 

Our semi synthetic engine oil contains cleaning synthetic additive that can prevent carbon deposition and keeping your parts as new as possible. Besides, outstanding wear-resistance, quick starts up at low temperature, and gives full scope to lubrication effect. And it made from special synthetic polymer with feature of highly oxidation-resistant. Endurable for running at thermal environment while keeping the slick touch.

 

Min June Hong’s semi synthetic engine oil specially designed for engine structure used in new automobile models so that it gives full scope to the best engine performance. Suitable for gasoline and diesel engines with turbo charge, fuel injection, multi valve and computer-controlled for new automobile models in Europe, America and Japanese brand.

 

If you are interested in learning more information about high performance engine oil, welcome to visit the website of Min June Hong to see what products we can offer you!

 

MIN JUNE HONG INC.

No.39, Tou Kung 6 Rd., Industrial Area, Touliu City, Yun Lin Hsien, Taiwan

TEL: 886-5-5576016

FAX: 886-5-5576015

E-mail: info@maxlubeoil.com

 

 

Article Source: http://petrochoice.com/semi-synthetic-oil

Overview and Basic Design of Valve Stem Oil Seals

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Valve stem oil seals are small relative to other gaskets and seals in an engine, but play an important role in lubrication. What makes valve stem seals different than almost every other type of seal? The answer is simple – they are designed to leak. Seals designed to leak may sound counter-intuitive, but the amount and way in which they leak is precisely controlled to achieve a specific goal.

 

Valve stem seals provide a controlled leak of oil to allow the valve stem to be lubricated as it slides in the valve guide. The amount of oil that passes by the valve stem seal must be precisely controlled, as too little oil causes stem and guide wears. Too much oil causes carbon buildup leading to valve seat damage, decrease in volumetric efficiency, increased emissions and excessive oil consumption.

 

There are two basic valve stem oil seal designs:

 

  1. Deflector seals – also called umbrella seals, deflect oil away from the valve stem. They are secured to the valve stem and move with the valve to shield the valve guide from excess oil. Umbrella type seals were commonly used prior to the development of positive type seals.

 

  1. Positive seals – attach to the valve guide boss and function as squeegees, wiping and metering oil on the stem as they pass through the seals.

 

AOK supplies high quality Valve Seals for cars such as Alfa Romeo valve seals, BMW vehicle valve seal and motorcycle’s, etc… In order to maintain high quality, the valve stem oil seals from AOK are all inspected thoroughly, therefore, AOK has won worldwide recognition.

 

If you are looking for various rubber parts, oil seal, or others, please don’t hesitate to contact with AOK via phone call or email. Let us know your requirements to find what you need.

 

 

Article Source: http://www.felpro-only.com/blog/valve-stem-seals_/

What Is The Synthetic Brake Fluid?

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Synthetic Brake Fluid is easily one of the most neglected fluids in most vehicles around the world. Manufacturers recommend that you change your brake fluid every 3 years. The Brake Fluid possesses lifesaving qualities yet people often check everything except the brake fluid.

 

So, in order to help understand the importance and to find the best brake fluid we will learn about the chemical properties and what is the purpose of brake fluid.

 

All Brake fluid is synthetic hydraulic fluid that helps apply pressure to the brake components.

 

Hydraulic fluids are the mediums used to transfer power throughout hydraulic components. Hydraulic fluids are known for transferring force into pressure which is how your foot applying pressure to your brakes stops your vehicle.

 

This is important because new brake fluid is incompressible, which helps apply quality pressure to the brake mechanism.

 

This is especially important for:

 

Those who commute long distances in warm weather. When brake fluid is overheated it puts your brake mechanism at risk. Once the brake fluid begins boiling the fluid turns into a gas and makes the gas compressible. Leaving your brakes very soft and will lead to “cadence braking”.

 

Cadence braking is also referred to as stutter braking, meaning repeatedly pressing the brake to prevent the brakes from locking up.

 

Most modern vehicles have anti-lock brakes or “ABS” if there is no pressure in the brake lines this system will not provide too much assistance. There are a few braking techniques here.

 

Brake Fluid Types:

So as you may or may not notice there are 4 different types of brake fluids.

 

Viscosity Limit

 

The brake fluid grade comes from the different temperatures that the fluid maintains while it’s stable and the corrosion characteristics. There are more characteristics taken into consideration but we are going to just focus on those two.

 

Viscosity is important to those that have ABS systems because the pressure and volume of fluid is not transferred. This means manufacturer’s suggested viscosity is important to take into consideration.

 

DOT3

 

Is one of two brake fluids that are capable of absorbing water from the air. DOT3 is Glycol Ether Based. The benefit of using Glycol Ether is its high boiling point with a lower molecular weight. DOT3 is a very commonly used synthetic brake fluids because it is the most economical when it comes to meeting the government standards.

 

DOT4

 

Is the next brake fluid that can absorb water through the air, when handling both DOT3 & DOT4, it is important to limit the exposure to the air. Also you don’t to spill any of this on your car because of the chemical properties of the Glycol Ether.

 

Only open the brake fluid reservoir when necessary, make sure you seal the plastic bottle tightly. DOT4 has a high stability and a high boiling point when it’s new.

 

If, water is absorbed into DOT4 the boiling point drops rapidly, even more than DOT3. DOT4 is referred to as a race or performance brake fluid because of the viscosity limit. Therefore when it comes to performance vehicle it is important to change your brake fluid more frequently.

 

DOT5.1

 

Unlike DOT3 and DOT4, DOT5 fluid doesn’t absorb water.

 

DOT 5.1 is also hydrophobic which means none absorbing and is used because of the lower chances of corrosion. DOT 5.1 used to be exclusively in the high performance industry because it requires so much attention.

 

DOT 5 has its benefits of being silicon based, it won’t chip paint if you spill it on your car. When pouring DOT 5 you have to pour slowly. Pouring too fast will create air bubbles and this will put gas in your brake lines which will leave your vehicle at risk.

 

If your vehicle is use as a Sunday driver it almost certainly will have to be bleed after every time you let it sits for a long time. The moisture in the brake lines pool at the lowest point which is normally in the caliper. This once again makes the fluid compressible and puts your vehicle at risk.

 

Min Jung Hong is the professional synthetic brake fluid manufacturer in the industry. We also provide agricultural machinery oil, fuel injector cleaner, MoS2 grease, air compressor lubricants etc. products. If you need more information about synthetic brake fluid, welcome to visit our website or contact with Min Jung Hong directly!

 

 

Article Source: http://www.autodeets.com/top-5-whats-the-best-brake-fluid/

 

Fuel Injector Cleaner – Tip for Saving Money

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Fuel injection cleaner or fuel injector cleaner is one of those often missed steps in tuneups for cars, trucks, and other automobiles. Because of the fact that it can get a little pricey to disassemble and replace or clean a fuel injection system, it’s often glossed over during regular tuneups. Either that, or a shop will charge you WAY TOO MUCH MONEY just to put an additive fuel injector cleaner into a tank of gas for you, when all you have to do is just buy a bottle and pour it in a full tank of gas yourself.

 

Clean fuel injectors are a definite must in the way of fuel economy, emissions, and peak engine performance. When fuel injectors are dirty, they can’t deliver the correct spray required for combustion, and as a result, fuel economy and engine performance suffers. This, in the long run, can be costly or can even begin to cause symptoms like a rough idle or misfires. That’s why I heavily recommend fuel injection cleaner. The reason I recommend fuel injector cleaner is because it’s one of those simple things a person can do without having to replace any parts or any under the hood work. Normally in a tuneup, lots of things get replaced, things like spark plugs, distributor caps, belts, and fluids. But with fuel injectors, running an additive through a tank of gas every once in awhile will definitely do the trick.

 

Over time, all fuel injectors will become clogged. This happens because the deposits come from the gasoline itself. Gasoline is a compound mixture of hydrocarbons, and includes waxy, heavy chemicals known as oilfins, which yield a lot of energy when burned. As long as a car is running, the fuel injectors and engine runs efficiently. The clogging occurs when the engine is shut off, and a process known as heat soak occurs. Residue of fuel in the injector nozzles begins to evaporate, and it leaves the oilfins behind, which don’t evaporate and some of which don’t get washed away, but instead get baked into hard varnish deposits, which ultimately will clog the injectors.

 

Newer injectors are more resistant than the old ones to this kind of clogging, and additives are added to gasoline to try and dissolve some of these buildups. But cars that make mostly short trips are still especially susceptible to fuel injection clogging, and every injector will ultimately become clogged over time. If the fuel injectors are never cleaned, as the car ages you’ll start to notice that your car shakes a bit while idling and eventually it will either stall or misfire, and all the while your fuel economy and engine performance will suffer. I was just in a car the other day that suffered from a very rough idle, and the driver had to keep a little pressure on the gas petal while stopped to keep the car from stalling.

 

There are a wide variety of fuel injector cleaners, one of the most common being gasoline itself! Cheap gasoline is often lacking in the additives that breakdown clogging and, over the long haul, can cost you more money than it saves. The best tip for keeping your injectors clean is to not buy cheap gas. This however, is only a preventative measure. My guess is that for people reading this article, it’s because your fuel injectors are already partially clogged and are causing problems to your engine performance. If that’s the case, then you still have quite a few options. There are many cheap fuel injection cleaners that you can add to your gasoline which will act like drano on a sink pipe and will dissolve many of the clogs in your injectors. When used semi-regularly (once every few months) it will keep your injectors nice and clean.

 

But this may not be enough for some engines. Older engines already experiencing heavy problems may need a bigger hand. To do this, you might actually need a fuel injection cleaner kit that lets you disassemble the fuel injection system and clean it. This, however, isn’t always a possibility, and some fuel injectors are delicate and difficult to tamper with. Before trying this, I would definitely recommend running a bottle of fuel injection cleaner additive or two through a tank of gas and see if that helps at all. It’s cheap and effective.

 

Min Jung Hong is an outstanding fuel injector cleaner manufacturer in the industry. We not only offer fuel injector cleaner but also manufacture motorcycle lubricants, agricultural machinery oil, heavy duty machinery oil and more. If you are interested in or need further details about our products, welcome to contact Min Jung Hong!

 

Article Source: http://EzineArticles.com/expert/Ben_Mester/42875

Article Source: http://EzineArticles.com/3324346

 

Comparison between Automotive Oil and Motorcycle Oil

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Oil is quite essential for the smooth functioning of engines in both motorbikes and automobiles. However, there are different types of oils which have different types of viscosities and it should be chosen accordingly. In the past, engine oils used in cars and motorcycles varied hugely due to various factors. Nowadays, both cars and motorcycles are manufactured with revving engines that can use automotive oil without any bad effects.

 

Motorcycle oil VS Automotive Oil

 

Although both these can be used in bikes, the engines of both cars and motorbikes function are different and their require oils are specifically formulated. Compared to the car engine and bike oils are expensive. Most of the motorcycles include some important factors which enable better performance and durability of the motorcycles. Car oil is quite inexpensive compared to bike. Some of the major differences between these two types are elaborated below.

 

Viscosity:

Compared to the automotive and bike is thinner even though both these oils are classified under the same viscosity. This is made thinner so that it provides better and easier lubrication for small internal parts in the motorbikes.

 

Price:

It is quite expensive compared to car oil as it is highly refined. Bike oil is thoroughly refined so that it provides better lubrication and passes easily through small internal components in the vehicle. As it requires an extended refining process, it is quite expensive than the standard types of engine oil. However, it is important to purchase motorbike engine oil for vehicles as it guarantees better performance and higher durability of the engines.

 

Reduction of heat:

In comparison to the automotive oil, this oil is designed to reduce the amount of heat generated in the internal parts of the engine. Moreover, heat is generated in focal points in these engines compared to car engines.

 

Specifically formulated oil:

As compared to cars, bikes require specifically formulated one as oil breaks down faster in bikes due to the continuous meshing of gears. So all the motorbike engine oils are designed and formulated specifically for bikes.

 

Different additives:

Automotive do not contain additives which are present in motorbike engine oils. Various types of additives such as PTFE or Teflon are included in these to reduce excessive heat and friction. This is coated onto the gears of the vehicle.

 

Friction:

The engine oils used in bikes helps to reduce friction and thereby prevents clutch slippage. It can therefore be used effectively in vehicles with oil-wet clutches. But car engine seldom can be used to reduce slippage or friction.

 

However, when exposed to extreme pressure and heat, both these types of engine oil breaks down which further causes thinning of the oil. It then fails to lubricate the engines effectively.

 

Today with technological developments in various fields, different types of engine oils are made available quite easily in most of the online stores. Synthetic oil is another type of automotive oil used in most of the vehicles today.

 

Min Jung Hong is a professional manufacturer of specializing in motorbike engine oil and various high performance motor oils. If you are interested in and need further information, welcome to visit our website and feel free to contact us!

 

Article Source: http://EzineArticles.com/expert/Anamika_Swami/720304

Article Source: http://EzineArticles.com/7127103