China is the world’s biggest exporter and manufacturer of a wide variety of goods. As a result, Chinese companies have become known to produce everything from computer chips to clothes to toys. In addition, Chinese manufacturers are known to produce in bulk at cheap prices, which is why Western companies have flocked to China in order to either set up their own production plants or outsource their manufacturing costs to a wide market of Chinese manufacturers. Due to government policy, China has acquired highly sophisticated foreign production facilities and through “localization policies” and also built a number of advanced engineering plants capable of manufacturing an increasing range of sophisticated equipment, including nuclear reactors and satellites. However, most of its industrial output still comes from relatively ill-equipped factories.  A report by UBS in 2009 concluded that China has experienced total factor productivity growth of 4 per cent per year since 1990, one of the fastest improvements in world economic history.

One of the predominant industries in China is the chemical industry, which produces a large output of chemical fertilizers, plastics, and synthetic fibers. The growth of this industry has placed China among the world’s leading producers of nitrogenous fertilizers. In the consumer goods sector the main emphasis is on textiles and clothing, which also form an important part of China’s exports. Textile manufacturing, a rapidly growing proportion of which consists of synthetics, account for about 10 percent of the gross industrial output and continues to be important, but less so than before. The industry tends to be scattered throughout the country, but there are a number of important textile centers, including Shanghai, Guangzhou, and Harbin. China is also the largest producer of steel in the world producing 45% of the world’s steel in 2011, 683 million tons, an increase of 9% from 2010. As a result, 6 of 10 of largest steel producers in the world are in China. However, profits are low despite continued high demand due to high debt and overproduction of high end products produced with the equipment financed by the high debt.

As of 2010, China has become the world’s largest automotive vehicle manufacturer as well as the largest consumer. China’s automotive industry has been so successful that it began exporting car parts in 1999. As a result, multiple international automotive car manufacturers have set up large production facilities in China in order to take advantage of manufacturing costs and the consumer market. In addition, their is a huge Chinese manufacturing industry that is involved in producing car parts. Due to the high level of manufacturing activity that occurs in China, international trade makes up a sizeable portion of China’s overall economy. As a result, China’s global trade exceeded $2.4 trillion at the end of 2008, even at the height of the global recession.

Due to the high number of Chinese manufacturers, the level of competition in China is fierce. This has resulted in a high barriers to entry into the Chinese manufacturing market. While it was relatively easy to start a factory in China not long ago for any enterprising businessman, conditions have changed drastically in the last 10 years. The availability of credit for start-ups is low, due to the high level of funding that state owned enterprises capture from the state owned banks. As a result, many businessmen look to underground loan markets in order to help them meet their debt obligations. These loan markets charge outrageous interest rates ranging from 20-50% on loans, adding further pressure on Chinese manufactures. In addition, due to the low cost-bulk production system of China, Chinese manufactures hardly make any profits on the products they sell, and many Chinese manufacturers struggle to keep costs low and increase profits. Furthermore, the cost of labor is going up in China due to less people migrating to the cities from the countryside. Which adds another burden to Chinese manufactures.

Overall, while you can find a Chinese manufacturer for virtually any kind of product that is produced in bulk. It is quite hard to become a Chinese manufacturer. However, if you are looking for Chinese manufacturers, then you have come to the right place, and should consider check out our Globial B2B network. We have a business to business platform that lets you search for any kind of business in any country on the planet, including China. In fact, we have thousands of Chinese manufacturers that are looking for businesses to sell to. To get in touch with these businesses, all you have to do is log onto your Globial account, and in the Search tab, type in China under the Location tab. In seconds, you will have the largest and most comprehensive list of Chinese manufacturers on the web, for absolutely free. So come on down and start doing business in China today!

When people think of foam, they usually think of the stuff that is on top of their cappuccino or the bubbles a washing machine creates. However, they forget about the type of foam that is put in things like surfboards or soccer balls, in order to allow them to float on water. This type of foam is known as synthetic foam, since it is a complete product of human science rather than nature. This type of foam has a wide variety of applications, and many times most people do not even know that they have foam in the products they are using.

Synthetic foam, is essentially composite materials synthesized by filling a metal, polymer or ceramic matrix with hollow particles called micro-balloons. The complex chemical process allows foam manufacturers to create foam materials to create foam that can be tailored according to requirements, while still maintaining its original chemical structure. Tailor-ability is one of the biggest advantages of these materials. The matrix material can be selected from almost any metal, polymer or ceramic. The compressive properties of synthetic foams primarily depend on the properties of microballoons, whereas the tensile properties depend on the matrix material that holds the microballoons together.

One of the key properties of foam is its buoyancy. Which is why it was developed early on, and why it is used in a wide variety of flotation devices.  The other characteristics of foam, led these materials to aerospace and ground transportation vehicle applications. Current applications for syntactic foam include buoyancy modules for marine riser tensioners, boat hulls, deep-sea exploration, autonomous underwater vehicles (AUV), parts of helicopters, airplanes, and sporting goods.

Other application include;

• Deep sea buoyancy foams
• Thermoforming plug assist
• Radar transparent materials
• Acoustically attenuating materials
• Blast mitigating materials

The industry for foam manufacturers, is somewhat concentrated with medium to high barriers of entry. Some huge chemical manufacturers engage in foam manufacturing, as well as some more smaller suppliers. It really depends on what kind of industry you are supplying foam for. The foam manufacturers for foam used in automobiles are smaller, but competition is a lot more fierce. Similarly, suppliers for marine applications for foam also compete fiercely, yet this section of the foam manufacturing industry is more concentrated. Due to the increasing applications of foam, the demands for better quality and more durability are requiring foam manufacturers to invest more and more in  R&D, in order to maintain competitiveness. Due to the investment heavy nature of this industry, it is harder for new entrants to break into the market. However, if your looking for foam manufacturers, then try using our Globial business to business social network. All you have to do is log onto your Globial account, and type in Rubber & Plastics. Immediately, you will get a list of all the businesses involved in that line of work, including foam manufacturers. So come on down and start doing business today!

Bricks have been at the very foundation of human construction since humans began constructing more stable shelters, since ancient times. Even today after thousands of years, bricks are still part of the primary foundation of building all across the world. They have been regarded as one of the longest lasting and strongest building materials used throughout history. While bricks are still used in construction today, the processes of brick manufacturers have changed significantly. Today, bricks are made in a variety of colors, using a variety of materials, in order to add more durability to the bricks as well as more customization.

“Bricks” for building may be made from clay, shale, soft slate, calcium silicate, concrete, or shaped from quarried stone. However, true bricks are ceramic, and therefore created by the action of heat and cooling. Clay is the most common material, with modern clay bricks formed in one of three processes,

• Soft Mud
• Dry Press
• Extruded

The soft mud method is the most common, as it is the most economical. As a result, modern brick manufacturers, usually make bricks by continuously pushing bricks into a  fired tunnel kiln, in which the bricks move slowly through the kiln on conveyors, rails, or kiln cars to achieve consistency for all bricks. The bricks often have added lime, ash, and organic matter to speed the burning. However, since this is a capital intensive process, brick manufacturers in poorer countries rely more on labor. In India, brick making is still typically a manual process. The dry press method mentioned above is similar to mud brick but starts with a much thicker clay mix, so it forms more accurate, sharper-edged bricks. The greater force in pressing and the longer burn make this method more expensive.

One of the most simple ways to manufacture bricks, with the use of cheap materials, is through the use of concrete. Bricks of concrete with sand aggregate can be made using a simple machine, and a basic assembly line method. A conveyor belt adds the mixture to a machine, which pours a measured amount of concrete into a form. The form is vibrated to remove bubbles. The form is then raised to reveal the wet bricks, spaced out on a plywood sheet. A small elevator then stacks these palettes, after which a forklift operator moves them to the brickyard for drying. This method is used in many developing countries, where there is high demand for cheap construction materials. Due to to the cheaper manufacturing costs, their are a lot more brick manufacturers in developing countries. However, bricks made from this method are not as durable as other methods, and are more prone to cracking due to chemical composition of concrete.

Overall, this is very fragmented industry globally. Since, brick manufacturing is a much more adaptive process, since both labor or capital can produce bricks. As a result, local brick manufacturers are active in practically every country in the world, where there is demand for construction materials. However, the quality of bricks and dimensions of bricks vary across countries, due to different building codes and regulations. So if your looking for brick manufacturers in your country, try using our Globial network. We have thousands of businesses that are looking to buy or sell services. All you have to do is log onto your Globial account, and in the Search area, type in Construction in the categories area. In the blink of an eye, you will have access to a long list of businesses all involved in construction, including brick manufacturers.

The chemical manufacturing industry is made up of the companies that manufacture industrial chemicals. It is a critical part of the modern world economy, since it converts various raw materials such as oil, natural gas, air, water, metals, and minerals into thousands upon thousands of different products. Complex chemicals such as Polymers, plastics, polyethylene, polypropylene, polyvinyl chloride, polyethylene terephthalate, polystyrene and polycarbonate  about 80% of the industry’s output worldwide. Chemicals are used to make a wide variety of consumer goods, as well as thousands inputs to agriculture, manufacturing, construction, and service industries. The chemical industry itself consumes 26 percent of its own output, since many of the chemicals it produces are part of the products that chemical manufacturers produce.

Chemical manufacturing is approximately a $3 trillion global industry, with European and American chemical manufacturers being some of the world’s largest producers. The chemical manufacturing industry can be divided into three basic categories

• Basic Chemicals
• Life Sciences
• Specialty Chemicals
• Consumer Product

Basic chemicals, are a broad chemical category including polymers, bulk petrochemicals and intermediates, other derivatives and basic industrials, inorganic chemicals, and fertilizers. Life sciences include differentiated chemical and biological substances, pharmaceuticals, diagnostics, animal health products, vitamins, and pesticides. Specialty chemicals are a category of relatively high valued, rapidly growing chemicals with diverse end product markets. Consumer products include direct product sale of chemicals such as soaps, detergents, and cosmetics. Each of these categories has various different aspects to its production and market size.

The overall market for chemical manufacturers is quite competitive and heavily dominated by large international companies. As a result, the barriers to entry are high due to the competitive and technologically intensive nature of the field. The largest corporate producers worldwide, include chemical manufacturers lik BASF, Bayer, Braskem, Celanese/Ticona, Degussa, Dow, DuPont, Eastman Chemical Company, ExxonMobil, Givaudan, INEOS, Mitsubishi, PPG Industries, SABIC, Shell, and Wanhua along with thousands of smaller firms. Historically and presently the chemical industry has been concentrated in three areas of the world, Western Europe, North America and Japan. The European Union remains the largest overall chemical manufacturer followed by the USA and Japan. However, the dominance of these countries is being  being challenged by changes in feedstock availability and price, labor costs, energy costs, different rates of economic growth, and environmental pressures. Instrumental in the changing structure of the global chemical industry has been the growth in China, India, Korea, the Middle East, South East Asia, Nigeria, and Brazil.

While smaller companies in emerging markets are giving the bigger chemical manufacturers a run for their money, the overall chemical manufacturing industry is difficult to operate in. This is a very technologically intensive industry, which requires high R&D budgets. In addition, even emerging markets are starting to implement more stringent environmental regulations, which will eventually have an impact on the overall profits of chemical manufacturers. However, if your looking to do business with chemical manufacturers, you should check out our business to business social network, Globial. All you have to do is log on to your Globial account, and in the categories area, type in Chemicals. Immediately you will have access to a long list of Chemical manufacturers, that are all looking for companies to do business with. So come on down and join the Globial community!

Food production is possibly the world’s largest industry, depending on how you measure the products and at what stages. The food industry is a complex, global collective of diverse businesses that together supply much of the food energy consumed by the world population. Only subsistence farmers, those who survive on what they grow, can be considered outside of the scope of the modern food industry. Yet even then, subsistence farmers can technically be considered food producers. This is a rapidly evolving industry that is growing at very high growth rates, due to the increasing demand for food around the world, especially for meat.

The Food Production industry can be broken down into several categories.

• Actual food producers such as farmers and the industries that link to them.
• Those links include makers of farm equipment and chemicals.
•  As well as firms that provide services to agribusinesses, such as providers of transportation and financial services.
• Food marketing industries that link farms to consumers.
• Food and fiber processors
• Wholesalers
• Retailers
• Finally restaurants and eateries

So the definition of food producers is quite broad and can include a number of individual actors, that are part of a much larger complex system. In the U.S., consumers spend approximately US$1 trillion annually on food, or nearly 10 percent of the GDP. Over 16.5 million people are employed in the food industry. Agriculture is the process of producing food, feed, fiber and other desired products by the cultivation of certain plants and the raising of livestock. The practice of agriculture is also known as “farming”, while scientists, inventors and others devoted to improving farming methods and implements are also said to be engaged in agriculture. More people in the world are involved in agriculture as their primary economic activity than in any other, yet it only accounts for a low percentage of GDP due to many of these people engaging in subsistence level farming.

Food processing is the methods and techniques used to transform raw ingredients into food for human consumption. Food processing takes clean, harvested or slaughtered and butchered components and uses them to produce marketable food products. A vast global transportation network is required by the food industry in order to connect its numerous parts. These include suppliers, manufacturers, warehousing, retailers and the end consumers. Food preparation is another area where change in recent decades has been dramatic. Today, two food industry sectors are in apparent competition for the retail food dollar. The grocery industry sells fresh and largely raw products for consumers to use as ingredients in home cooking. The food service industry by contrast offers prepared food, either as finished products, or as partially prepared components for final “assembly”.

Overall, competition in every aspect of the food industry is very intense and the food industry could easily be considered the least concentrated and most competitive industry in the world, where the barriers to entry are lowest. A little girl with a lemonade stand could technically be considered a food producer and in competition with the likes of Jamba Juice or Nestle. Which shows just how much competition can occur in the food industry. The level of competition will likely increase as more and more emerging market food companies and restaurants join the fray and as demand for food increases. The nature of food production is also very highly regulated and nationally monitored, due to safety concerns. However, due to the powerful lobbying capability of farmers around the world, national governments tend to impose tariffs on food importation in order to support domestic farmers. In essence, making food production a business that anyone in any country can engage in competitively.

To find out more information about food producers, you can ask more specific questions on our Globial network. So please come on down and join us on Globial and start doing business to business trade today!

Cultures are diverse and they differ from country to country. Cultural differences can be shown in language, religion, food habits, clothing, socio-economic statuses, and more. However, it’s possible to move beyond cultural differences with communication and awareness–with cross cultural business communication. If you know the local customs, you’ll be able to effectively navigate any business landscape. For example,  cleaning your plate in China is considered to be very rude, because somebody may think that you didn’t get enough food and you’re still hungry. Asking a chef for ketchup in France would be an insult meaning you didn’t like the food. In Japan, slurping your noodles is a compliment to the chef and shows it was so delicious that you couldn’t wait to eat it. Not finishing your plate in Pakistan is considered to be rude which means you didn’t like the food. Different cultures require different knowledge.

We communicate constantly everywhere–at home, school, work, in the groups we belong to, with our friends and with the community. No matter how well we think we understand each other, communication is hard. Culture is often the root of communication challenges. When it comes to doing business internationally, the importance of communication cannot be overstressed.

According to Jawaharlal Nehru, “It is not easy for a person of one country to enter into the background of another country. So there is great irritation, because one fact that seems obvious to us is not immediately accepted by the other party or does not seem obvious to him at all. But that extreme irritation will go when we think that he is just differently conditioned and simply can’t get out of that condition.  One has to recognize that whatever the future may hold, countries and people differ in their approach to life and their ways of living and thinking”.  In order to understand others; we have to understand different ways of life. When it comes to doing business, every country has a different way of tackling business matters. It is important to know how we can address the people from different cultures under one roof and give them due respect at the same time. Understanding cultural differences and overcoming language barriers is necessary in international business—those who don’t understand this will not be successful.

For example, Indians greet according to the age, therefore the eldest person in a business meeting would be greeted first. In Pakistan, dressing up for a meeting in a suit is not mandatory. People usually dress up in their traditional clothes (Kameez Shalwar) while in countries like China, India, Egypt etc, people have to dress up in a suit for a business meeting.

We must be careful when dealing with different cultures. Doing business with other countries offers its own unique set of challenges that must be taken care of if your international venture is to be a success. The ability to communicate and respect different cultural traditions leads to success. Today, these communities and conversations are more global than ever. People should explore similarities and communicate with each other more effectively. Get to know the culture. Communication will help us understand each other and see what the world has to offer.

I recently came across an article in Forbes, called Duties on Chinese Solar Panels Will Imperil Employment in Downstream Industries by Dan Ikenson. Ikenson makes a good argument against US laws which prohibits dumping by foreign countries in US markets. He also provides a great link to a video by the Cato Institute, that describes in a very simple way, how US trade laws are in the end hurting the US economy and killing American jobs. You can see the video and I highly recommend it, since it will give you a more info on how free trade can actually help the economy, rather than hurting it. To give you some idea of what anti-dumping laws are, they are essentially laws that will prevent any kind of predatory pricing, especially in the context of international trade. It occurs when manufacturers export a product to another country at a price either below the price charged in its home market, or in quantities that cannot be explained through normal market competition. Dumping can force established domestic producers out of a market and lead to monopolistic positions by the exporting nation. For example, a glut of Chinese garlic exports in the mid 2000s forced many North American producers to switch crops and leave the market. When the price of Chinese garlic soared in 2009, the shuttered North American businesses were unable to quickly re-enter the local market due to barriers to entry.

The first question, someone may have about dumping, is that how is it bad if products are being sold at a lower price? My answer to that would be, that their is nothing wrong with it. The problem is that consumers have a much smaller voice in how trade laws are written, as opposed to businesses. The low prices that would result from “dumping” would essentially provide much lower prices to consumers, giving them more money to spend on other things and increasing their standard of living. However, by having anti-dumping laws, you are essentially protecting domestic industries that are inefficient. For example, as the video points out the case about the American Magnesium company that pushed to pass dumping laws against cheap Magnesium. As a result, the overall American economy lost a number of jobs as well as more revenue, all to protect a small company that had a few jobs. If the US economy was competitive at producing Magnesium, it wouldn’t need any anti-dumping laws, since it would be naturally efficient. The problem, is that politicians think that having a strong economy is all about producing jobs. But its more about increasing the standard of living, as any economist will tell you.

For example, their are a lot of jobs in China and the unemployment rate is a lot lower there. However, the average Chinese citizen still has the same general level of wages he/she had 5 years ago. So while their might be a lot of jobs, they have not really increased the standard of living. If American trade laws were more interested about increasing living standards rather than protecting producers, the US government wouldn’t mind dumping, because in the end that would just lower prices for consumers rather than artificially increase prices for producers. Also keep in mind, by passing laws that protect inefficient American producers, the US government reducing the efficiency of the US economy. For example,

• If Company A is protected from cheap exports by anti-dumping laws
• Then Company A is protected from competition and is automatically inefficient
• In addition, Company A wastes economic resources trying to compete in a area where it can’t really compete in
• Thus robbing, the economy of resources that could have been more efficiently used somewhere else

One of the biggest industries that is also the most protected is the Agricultural industry. The US government aggressively protects the domestic farmers from cheaper foreign Agricultural products. The most common reason used is that “the farmers have to make a living too”. But this living comes at the expense of consumers, who have to pay higher and higher food prices annually to get the same amount of food. While it probably would not be a good idea to just open the flood gates and let any kind of agricultural product through, it would not hurt the US government to slowly open up the American agricultural market to more foreign imports. In addition, a immediate opening would not give farmers any time to adapt to the new economic environment. Which they deserve, if you want to maintain a level playing field. The trade laws that the US government passes, should take into account not just the demands of producers, but also the demands of consumers. Since, producers always demand higher prices to protect their profits. However, by protecting producer profits, the US government ends up hurting the consumer standards of living. Keep in mind, that in the end the US government’s ultimate obligation is to protect its citizens not just from physical threats but also economic deprivation.

The concept of a Elevator, seems basic enough. However, the machinery involved in making a elevator work, is a lot more complex than it seems.  Elevators are generally powered by electric motors that either drive traction cables or counterweight systems like a hoist, or pump hydraulic fluid to raise a cylindrical piston like a jack. Most elevators are built to provide about 20 years of service, as long as service intervals specified and periodic maintenance/inspections by the manufacturer are followed. As the elevator ages and equipment become increasingly difficult to find or replace, along with code changes and deteriorating ride performance, a complete overhaul of the elevator may be suggested to the building owners. If the elevator has performed well throughout its service, the building owners usually choose to continue with teh same brand, in order to save installation costs that come up when installing a new type of elevator.

There are three type sof elevators, including cable borne elevators, mine-shaft elevators, and hydraulic elevators. Statistically speaking, cable-borne elevators are extremely safe. Their safety record is unsurpassed by any other vehicle system. A passenger elevator is designed to move people between a building’s floors. Passenger elevators may be specialized for the service they perform, including: hospital emergency, front and rear entrances, a television in high rise buildings, double decker, and other uses. Cars may be ornate in their interior appearance, may have audio visual advertising, and may be provided with specialized recorded voice announcements. Elevators may also have loudspeakers in them to play easy listening music. A freight elevator, or goods lift, is an elevator designed to carry goods, rather than passengers. Freight elevators are generally required to display a written notice in the car that the use by passengers is prohibited, though certain freight elevators allow dual use through the use of an inconspicuous riser. Freight elevators are typically larger and capable of carrying heavier loads than a passenger elevator.

Due to the technologically advanced nature of being a elevator manufacturer, it is a highly concentrated industry. The elevator manufacturing industry is not really fragmented, but controlled by a handful of companies. These are big companies have invested millions of dollars in research, and by now have highly sophisticated 3-D modeling systems and a computer-based information network, that allows them to build sophisticated elevators for almost any type of building imaginable. They have also developed web-based monitoring and feedback systems to remotely track installed elevator systems worldwide, in oder to be sure that their elevator systems are performing properly. As a result, there is very little need of data exchange between elevator manufacturers and building contractors. Due to the highly technological nature, the barriers to entry to this industry are quite high. This is due to the high research and development costs, as well as generally high compliance costs. If a elevator were to fail, their would be a number of lawsuits not only againist the manufacturer, but also the building owner. As a result, building owners tend to buy from brand name companies that can certify gurantee their products.

However, if you are looking for elevator manufacturers, then all you have to do is follow some quick easy steps. Try using our Globial network. We have essentially created a powerful but easy to use, business to business platform, that lets users connect with one another easily and build more business contacts. We have thousands of businesses that use our network, and are all looking for either buyers or sellers for their products. Plus, its totally free! So come on down and join the Globial business community today!

Diesel powered engines were among the first engines to come onto the stage, next to electricity powered motors. Today, diesel powered engines are mainly used for automobiles and trucks. Since, diesel can be a costly substance to produce. Diesel engines are manufactured in two-stroke and four-stroke versions. They were originally used as a more efficient replacement for stationary steam engines. Since the 1910s they have been used in submarines and ships. Use in locomotives, trucks, heavy equipment and electric generating plants followed later. In the 1930s, they slowly began to be used in a few automobiles. Since the 1970s, the use of diesel engines in larger on-road and off-road vehicles in the USA increased. As of 2007, about 50 percent of all new car sales in Europe are diesel.

The four-stroke type is the “classic” version. It is also the most commonly used form, being the preferred power source for many motor vehicles, especially buses and trucks. Much larger engines, such as used for railroad locomotion and marine propulsion, are often two-stroke units, offering a more favorable power-to-weight ratio, as well as better fuel economy. The most powerful engines in the world are two-stroke diesels of mammoth dimensions. Diesel engines can operate on a variety of different fuels, depending on how they are configured, though the diesel fuel derived from crude oil is most commonly used. The diesel engine can also work with the full spectrum of crude oil distillates, from natural gas, alcohols, petrol, wood gas to the fuel oils from diesel oil to residual fuels. The type of fuel used is a combination of service requirements, and fuel costs. Good-quality diesel fuel can be synthesized from vegetable oil and alcohol.

In terms of the diesel engine manufacturing industry, it is largely dominated by a a group of large international companies that can take advantage of economies of scale and technological expertise. One of the biggest manufacturers of diesel engines, is Deere & Company, also known as John Deere. While they specialize in tractors, they also have a big business in diesel engines, since tractors usually run on diesel engines. There are also other large companies that are involved in diesel engine manufacturing, companies such as Cummins, Kohler Company, Detroit Diesel, Caterpillar, and even the truck manufacturing unit of Nissan. These large companies have the resources to continuously fund technological innovation in diesel engines. There is tremendous pressure on the industry from governments around the world, to come up with more efficient and more powerful diesel engines, while keeping costs lower.

As a result, it is really difficult to become a successful diesel engine manufacturer. Unless, you are simply supplying parts, which is also a competitive process, since the biggest manufacturers tend to push parts costs down in order to be able to provide cheaper prices to their customers. As for the manufacturing process of diesel engines, most of that is done in China, due to the already large manufacturing base in that country. Due to the presence of large competitors, high capital intensive costs for manufacturing plants, high research and development costs, as well as high marketing costs; the barriers to entering this industry are quite high. In addition, getting automobile manufacturers or other manufacturers that use diesel engines to purchase your product, is quite difficult. This is largely because, large buyers tend to stick with diesel engine manufactures that they have worked with for a long time. Unless you can come up with a truly revolutionary design for a diesel engine, it is going to be a tough industry to break into.

However, if your looking for diesel engine manufacturers, all you have to do is log onto our business to business social network. We here at Globial, provide one of the best platforms for doing business, anywhere on the internet. For diesel engine manufacturers, all you have to do is log onto Globial, and under the search tab, type into the categories box, Automobile & Motorcycles . Immediately, you will be provided with a long list of businesses that all operate in that industry, including diesel engine manufactures. There is also a Tradebook feature, where you can ask further questions about diesel engines, if you need further clarification on the kind of engine you are looking for. We have thousands of businesses that are looking to buy or sell products, so come on down and join the Globial business community today!

Electric motors have been since their invention, one of the biggest drivers of industrialization around the world. The concept of the electric motor, while simple on paper, is easier said than done when it comes to actually building one. An electric motor is essentially, a electro-mechanical device that converts electrical energy into mechanical energy. Most electric motors operate through the interaction of magnetic fields and current-carrying conductors to generate force. The first commercially successful motors were made around 1873, and since then they have been used for a wide variety of tasks. Making the most basic of tasks more efficient and cost effective.

Electric motors are found in applications as diverse as industrial fans, blowers and pumps, machine tools, household appliances, power tools, and disk drives. Medium-size motors of highly standardized dimensions and characteristics provide convenient mechanical power for industrial uses. The very largest electric motors are used for propulsion of ships, pipeline compressors, and water pumps with ratings in the millions of watts. So the range of applications for electric motors is tremendous and has been increasing for the longest time, due to the increasing mechanization of the global economy.

As more and more developing countries begin to mechanize their economies in the fields of agriculture and industry. The demand for electric motors is increasing. This is largely due to emerging markets, with smaller populations buying more and more capital intensive machinery in order to power their economies. The East Asian markets are mostly responsible for this demand, due to the expanding manufacturing output in this region. But in fact, it is a Asian economy that is the biggest manufacturer of electric motors.

China’s electric motor industry has been developing for nearly 60 years. Most Chinese electric motor manufactures produce low powered and small-sized motors. These small motor manufactuers are mostly located in the Zhejiang, Fujian, and Guangdong provinces. Only a few electric motor manufactures in China produces high power and large-size motors, for example Wannan Motor. While there are numerous small electric motor manufacturers in China, some large foreign companies have also set up manufacturing plants in China, in order to capitalize on the skilled manufacturing labor and the incentives provided by the Chinese Government.

Companies such as the German engineering giant Siemens and ABB Group, were able to capture a huge part of the Chinese market for electric motors due to their capability to produce orders in bulk. The demand for electric motors is greatest in China, since it is also the biggest exporter of various products. As a result, Chinese factories are constantly buying new electric motors to not only put into the products they are making, but to also power the factories that are making them. But due to the high sales prices charged by Siemens and ABB Group, Chinese manufacturers shifted to more domestic sources of electric motors. Which bring me to the overall electric motor industry.

Becoming a electric motor manufacturer is a capital intensive business, which requires not only large amounts of capital such as manufacturing factories but also skilled labor that is necessary to operate the machines in those factories. This is essentially a mass manufacturing type of business. Where certain electric motor manufacturers specialize in making electric motors for specific products, ranging from toys to air planes.  The barriers to entry are somewhat high, since it usually takes a certain amount of capital to become a electric motor manufacturer. In addition, it is a very high volume and low margin type of business. Which is why Chinese electric motor manufacturers have been so successful in global markets.

If your looking for electric motor manufacturers, then you should check out our business to business social network. On Globial, we have thousands of businesses that are looking for either buyers or sellers. So if your looking for electric motor manufacturers, all you have to do is log on and type in Electrical Equipment & Supplies into the categories box. Upon which, you will see a large listing of businesses that are all involved in either buying or selling electrical equipment, including  motors. So come on down and join the Globial community, and start doing business today!