Battling China on Price

Battling China on Price-Pete Engardio, BusinessWeek

Businesses say Chinese-made items are pricier than Mexican if you consider costs associated with quality, logistics, and engineering changes

Like many U.S. purchasing managers, Fred Heegan found himself under pressure over the “China price.” Heegan is vice-president for global parts sourcing for the North American manufacturing operations of Takata, the Japanese maker of automobile air bag, seat belt, and steering-wheel assemblies. Over the past couple of years, U.S. customers often pressed him to cut costs by pointing to a lower-priced part from China.

But Heegan pushed back. He would patiently counter with PowerPoint presentations showing that many Chinese-made items aren’t such bargains when one considers the costs associated with quality, logistics, and engineering changes. That’s why he argued to have most parts made near Takata’s factories in the U.S. and Mexico. “There are significant hidden costs to having supply lines that extend to China,” he says.

Heegan now looks like a visionary. Rather than only considering factors like labor and shipping rates and raw material prices, companies are increasingly calculating the “total cost of ownership,” tallying all of the direct and intangible costs and benefits linked to buying something in one place compared to another. Under this light, the China Price, which always seemed to be at least 40% below U.S. costs for everything from electronics products and bedroom furniture to high-end telecommunications gear, has not been as low as it seemed.

Dramatic Shift
Over the past three years, in fact, the once-formidable China Price edge has all but disappeared for a number of manufactured goods, according to a new study by Southfield (Mich.) consulting firm AlixPartners, To illustrate its point, Alix assessed the total cost of ownership of five categories of machined products, such as large, cast-aluminum engine parts requiring significant labor and small mass-produced plastic components requiring little labor.

Alix found there has been a dramatic cost shift since 2005. Then, the “total landed cost,” meaning price after an item had arrived at a West Coast shipping port, was 22% cheaper on average for Chinese parts than those American-made in the sample AlixPartners studied. By yearend 2008, however, the average price gap with the U.S. had dropped to a mere 5.5%, which is often not large enough to be worth the hassle of sourcing something from halfway around the world.

The more surprising reversal is the comparison with Mexico. While China was around 5% cheaper on average than Mexico in 2005, China is now 20% more expensive. Compared with the U.S., the Mexico Price edge widened to 25% from 16%. “A couple of years ago, outsourcing to China was a no-brainer” says AlixPartners Managing Director Stephen Maurer. “Right now, Mexico looks super attractive.”

To illustrate the change, Maurer cites a machined aluminum engine part, for which labor typically accounts for about 30% to 35% of the manufacturing cost. It would have cost $25 in 2005 to make that part in the U.S. The same part would have been made in China for $17. Today, he says, the U.S. price will have risen to $29. But the Chinese-made part will be $25. The Mexico Price? Around $20.

Currency Shifts
The biggest factors behind that sharp shift are currency and labor. The Mexican peso has lost nearly 20% against the U.S. since late 2005, while the Chinese yuan has appreciated by around 11%. On top of this, Chinese wages have steadily risen some 7% to 8% a year. Mexican wages also rose in peso terms, but measured in U.S. dollars Mexican labor rates plummeted.

Of course, some cost trends have shifted back in China’s favor since the onset of the global recession. Ocean shipping rates skyrocketed early last year as oil prices soared to $140 a barrel, but they have since crashed. But because AlixPartners’ calculations account for that because they are based on data at the end of 2008, by which time oil prices had already dropped. China’s price edge could improve some more this year, but only by around one or two percentage points, Maurer says: “not enough to change your decision.”

China isn’t losing its export edge in every industry, of course. For example, the mainland still dominates the global garment, shoe, and toy industries, where abundant cheap labor is the biggest factor.

China also is still the king of consumer-electronics and personal-computer manufacturing. “What makes this industry sticky is that the entire supply chain is now in Asia,” says Michael Andrade, North America manager for Celestica, a giant Toronto electronics contract manufacturer. Transplanting that ecosystem to Mexico would take years. However, Andrade says production of higher-end electronics such as telecom switches and computer servers is returning to the Americas in order to be closer to U.S. customers.

Taxes and Shipping Time
Beijing policies have played a part in changing some sourcing patterns. One reason products involving metal-casting and chemical processes are pricier in China is that the government has stopped exempting exports from value-added taxes as part of a strategy to shift Chinese industry away from polluting factories. That decision added around 16% to the cost of work performed in China.

The 45-day average shipping time from China to the U.S. also has become a bigger issue because it adds to the inventory costs of suppliers and American importers. Inventory costs have become an even bigger issue during the recession, when it became more difficult for manufacturers to predict U.S. demand, forcing them to stash unsold products in warehouses for longer times.

The long lead times needed by Chinese factories can result in other unanticipated expenses. If a factory runs behind schedule on a badly needed component, for example, bulky items must be shipped by air at huge cost rather than by boat. Once they land in the U.S., the importer must pay premium trucking rates. “People were chasing nickels at the expense of huge supply-chain costs,” Maurer says.

That’s a major reason Heegan would rather buy parts close to where final assembly is done. He cites the example of automotive wire harnesses, insulated bundles of electrical conductors that can cost as little as $1 and are churned out by the millions. Heegan says he might be able to buy a harness from China for 15% less than would it would cost in Mexico.

Sluggish Design Changes
Trouble is, changes in wire-harness designs are required frequently. If a design change is required after a big batch of Chinese-made harnesses already was loaded on a boat from Shanghai, “that means four or five weeks of shipping and inventory costs are wasted on obsolete parts,” Heegan says. “That could eat up whatever we saved.”

Changing designs also can be complicated. “If I need answers from China, I have to go through time changes and go through an interpreter. I might solve the problem or I might not,” Heegan says. “If our suppliers are in in Mexico, they can be in our plant in hours.”

Some of the same considerations are starting to drive production shifts in electronics. Mexico lost a huge portion of its electronics industry to China after Beijing entered the World Trade Organization in 2001. Consumer electronics aren’t coming back. Nor is Mexico gaining in high-volume components such as computer circuit boards. But more production of higher-end equipment is starting to return.

Manufacturing cost is not the big driver, says Celestica’s Andrade. Instead, “what is drawing work back to the Americas is that customers are gaining a more sophisticated understanding that electronics are mission-critical to their environment,” says Celestica’s Andrade. “And there are risks to having an extended global supply chain.”

Holding Off on Major Moves
Despite the evolving economics, don’t expect a rapid migration of manufacturing out of China. The mainland is a vital market itself. And because of the recession, consultants say, most U.S. manufacturers are holding off on any major moves right now. Whatever they can save by returning to Mexico may not be worth the cost and effort of relocating an established, modern, and efficient plant with experienced managers and well-trained workers. Besides, says Maurer, “you don’t want to shift everything to Mexico—and then see the yuan drops like a stone and that China is cheap again.”

But observers like Maurer do believe they are witnessing the start of a structural shift in corporate strategic thinking that could determine where they put future production facilities. “There was a herd mentality, with many companies going to China for only a marginal benefit,” Maurer says. “A lot of work that went from Mexico to China probably shouldn’t have.” That stampede is apparently over.

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World Energy Consumption Increased by 60 Percent

World Energy Consumption Increased by 60 Percent. World energy consumption increased by 60% during the last 26 years. Energy use in the U.S. increased by 81% during the same time period and continues to increase every year with new gadgets and appliances that require electricity to function.

The U.S. is now competing with emerging economies, such as China and India, for energy resources. Along with the demand increase, prices are increasing, too. Requirements to reduce greenhouse gas emissions are pressuring utilities to find alternate sources of supply. These costs will be added to the system. There are many ways to reduce energy use, thereby decreasing total energy costs and becoming more environmentally sensitive.

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Why use aluminum die casting? Many materials can be used in various metalworking processes including in the popular method of die casting. The most preferred materials for die casting are non-ferrous metals such as aluminum, zinc, copper, lead, magnesium and tin-based alloys. Many manufacturers, nonetheless, favor aluminum die casting because of several advantages.

By opting for aluminum die casting, manufacturers are able to parlay the metal’s beneficial characteristics. For one, aluminum is light in weight but possesses good mechanical properties. Parts with thin walls and complex shapes can be produced at excellent quality and strength by using aluminum. Even at high temperatures, the metal also retains its strength. Aluminum also offers good resistance to corrosion and provides high electrical and thermal conductivity needed in many parts of consumer and industrial products.

Owing to these basic properties, aluminum die casting can produce stronger and more durable components. The malleability of aluminum also allows the production of parts that could be applied with varying types of textures, resulting in fewer finishing touches needed for the end-products.

Aluminum die casting can likewise easily mass-produce parts already tailor-fit for assembly, complete with holes, bosses or studs. These features would contribute to less labor costs and a more efficient production line.

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Who uses aluminum die casting?

Who uses aluminum die casting? Producers of aluminum die casting are essentially upstream businesses which serve original equipment manufacturers. Among these companies downstream of aluminum die casters are car manufacturers which require carburetors, radiators, gas tanks, valve covers and other die cast auto parts.

The US military is one strategic customer for aluminum die casting manufacturers. There are armored vehicle units in the military equipped with aluminum enclosure housing that suppresses fires in a matter of milliseconds.

Other customers of aluminum die casting companies are the computer firms which need special components for their hardware. These special parts include aluminum heat sinks which are mounted on the printed circuit board. The good thermal property of aluminum helps prevent overheating of computers. The same property also makes aluminum die casting ideal for traffic light housing.

Hence, producers of lighting fixtures likewise belong to the client list of aluminum die casting companies. Lamps with aluminum lighting fixtures are favored by manufacturers and consumers alike because of these are less expensive in addition to the good thermal properties the metal part possesses.

Other consumer products that contain aluminum die casting parts include golf ball heaters, other golf products, refrigerators, guitar amplifiers and chocolate fountains. Indeed, aluminum die casts parts are just around, provide one just looks closely enough.

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Aluminum Lighting Fixtures – All You Need to Know. Prior to the invention of aluminum die casting, most lighting fixtures have been exposed to welding techniques so as to produce the essential parts to this type of electrical component. Not only does this system provide an expensive and prolonged process of making just a few outputs, welding also require a lot of hands to work, necessitating a huge amount of labor. With this limitation in the widespread need for lighting fixtures to be made in different dimensions and specific designs, the science of die casting has also incorporated the production of aluminum lighting fixtures.

Aluminum lighting fixtures, as with all other products of aluminum die casting, are made with net shape. In the process of making aluminum lighting fixtures, die caster do not need to perform heavy welding, and can simply mold dies to produce the best lighting fixture in accordance to the requests of their clients. One of the best things about lighting fixtures made from aluminum is that it upholds thermal properties, thereby making it easier for a lot of household equipments and electronic gadgets to diffuse heat. Shipping costs wouldn’t also be a problem for most die casting clients as the material used is guaranteed to be lightweight. Most of the lighting fixtures before used to be made with plastic, however are found not to last long when compared to the longevity of those made from aluminum. The electrically conductive components of these fixtures also compliment the main functions of the outputs made from aluminum die casting.

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