Tag: <span>food processing</span>

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One of life’s cruel jokes is being diagnosed as a diabetic. Diabetes is insidious in it’s machination of the body. After all diabetes is a chronic sickness with serious consequences and complications. Watching food intake, getting regular exercise,and proper medication can keep it under control. Is reversing diabetes possible then?

Applying Stringent dietary principals is one valid path to reversing diabetes. Blood sugar elevations are a condition of diabetes. Diabetic therapeutic diets keep blood sugar levels in check. Elevated levels of glucose in the blood outweigh the kidneys ability to reabsorb glucose. The glucose is excreted in the urine along with needed nutrients. These nutrient losses are a major contributor to complications that hinder a lot of diabetics.

In type 2 diabetes there is insulin resistance when there is cell resistance to signals of insulin to let more glucose in. The pancreas produces more insulin to clear glucose from the blood. Obesity, hypertension, and heart attack are some end results.

A guideline for reversing diabetes- diets

Carbohydrates! Most times that word passes right through the head of a diabetic without slowing down. That shouldn’t be the case since a basic understanding would go a long way in helping the diabetic understand his condition and reverse it’s affects. Carb rich white flour products are bad news. Vegetables, fruits, beans and whole grains are important to a diabetic therapeutic diet.

Carbs are broken down into glucose and other sugars. This is called it’s metabolization. The rate at which these carbs are broken down varies from fast to slow. The type of carb and it’s fiber content determines where a food is within the rate of metabolization. Food processing and how long it has been cooked are other determinants.

A valuable tool that has been used to determine where a food is in relation to it’s metabolization is called the glycemic index. The Index has been tweaked to include the glycemic load or the number of carbs per serving of food and glycemic index. This gives the diabetic an indication of a particular food on blood sugar.

When selecting your carb foods the glycemic index and glycemic load aren’t the only considerations. For example white sugar has no nutrients, is high in calories, and moderately high on the glycemic level has no place in a healthy diet. Low processed,nutrient rich,fiber rich, low glycemic index veggies,beans,fruits, and whole grains should be the bottom line to a good blood sugar control reversing diabetes diet.

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Source by Kenneth R. Ignacio

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A healthy diet is paramount to any healthy lifestyle, but for those who are trying to modify their diet to target a specific geographic tongue cause should be aware of the impact of processed food on geographic tongue. There are a number of foods that cause the affected areas of the tongue to become sore or irritated once symptoms appear, but recent studies have shown that overly-processed food, especially those that have a high sugar content, might also be a cause of it as well. While there is no guarantee that avoiding processed foods will keep geographic tongue from developing, as there are many other factors involved (gender, race, age), knowing which foods that negatively affect the tongue will significantly reduce the risk.

Processed foods, such as pre-packaged meals, bagged flour, and a great many snack foods like potato chips, (especially flavored chips,) canned nuts, and ready-to-eat foods like lunch meat and hot dogs, contain many preservatives and additives that have been marked as a geographic tongue cause. This is because if individuals who are already prone to the oral syndrome consume a lot of processed food, the extra chemicals that are put into them during the processing stage can begin to irritate the tongue over time. When geographic tongue occurs, the surface of the tongue loses areas of its papillae, leaving them smooth and reddish in color. The additives may contribute to this process by wearing away the tiny nubs that contain taste buds. The more processed a food is, the harder it is on both the tongue and the taste buds.

While it may be difficult to avoid this geographic tongue cause, as processed foods are such a huge part of daily life, especially in America, it is possible. People who want to try and avoid this harmless yet chronic condition can make some easy changes, such as replacing white bread with whole grain brands, choosing fresh fruits and vegetables instead of buying the canned variety, and avoiding overly-processed meats. Roasted chicken and lean beef are better choices. Bagged snacks, especially those that are labeled as hot or spicy, should be cut from the diet altogether. Plan meals more carefully so that ready-made meals have to be used less often, as the more processed a food is, the more unnatural chemicals and preservatives it contains. There is no one food choice that will keep geographic tongue from appearing, but processed foods are most certainly a culprit when symptoms begin to appear.

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Source by George Levins

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Conveyors have become an integral part of modern industry. These material handling systems attend to a whole spectrum of activity, which otherwise would have to be done by human labor or beasts of burden. An overview of a synchronized factory-wide Industrial Conveyor system shows raw materials being unloaded and delivered to the stores, and from there, to the start of the manufacturing operations and then through the different stages of production to inspection, packing and dispatching. Some Industrial Conveyors could be only a few feet long. Others could stretch out for miles.

Except for the common material handling chores, each industry may require conveyors specifically designed for its operating procedure. In the same industry, individual factories could have different systems. Take an example from automobile tire production lines. One plant may have floor-level arrangement for moving green carcasses from the tire building machines to the vulcanizing presses. Another might opt for an overhead system.

There are several types of conveyors. These include mechanical, belt, chain, screw, bucket, and pneumatic. The base equipment and its parts can be manufactured from steel, stainless steel, brass, aluminum, plastic or rubber. The selection of the raw material would depend on various factors like the type, size and weight of the material to be handled, the speed at which the system is to run, and the operating conditions.

Choosing a complex Industrial Conveyor system is often a job meant for experts. They study all aspects of the industrial unit concerned, including expansion potential, weigh the pros and cons of different systems, and give due consideration to the raw material options, comparative costs, and numerous other details before designing an integrated system. Many conveyor manufacturers take on turnkey jobs, which mean engineering, production and installation of the system.

Stringent specifications are in force for Industrial Conveyors and their parts. Often more than one set of the standard applies. Take the case of food processing industry for example. Apart from material and manufacturing specifications for the conveyor, safety regulations and Food and Drug Administration (FDA) rules also would be applicable.

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Source by Kristy Annely

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Industrial sectors, ranging from product manufacturing to food processing and from construction to packaging industry, are highly reliant upon variety of electronic and electrical supplies. There are many categories of electrical and electronic tools and related tools that are critical for various processes in industrial sectors.

Operated using batteries or electricity, there are tools that make many tasks easier for the industrial workers. Besides, there are tools and supplies that lay the foundation for different types of set-ups. Also, there are tools that are used to make electrical and electronic goods functional. The following discussion provides information on different categories of electrical and electronic supplies commonly found in industrial workplaces.

To begin with, wires and cables are the common electrical supplies that constitute the skeleton of different industrial setups. These electrical components are installed to transport electricity from one industrial unit to another. In addition, wires and cables are used to set up networks in the computer and IT industries. Telecommunication industry is among the prime users of these supplies to install communication networks.

Switches and lighting fixtures are other important examples of electrical goods used at industrial workplaces. There are many electrical supplies that are used to ensure safety while using electrical and electronic appliances. Load controllers, for example, are the essential components that must be installed in industrial units that require electrical load management.

There are many tools that are operated upon electrical components to ensure that they are properly installed. Wire crimpers, screwdrivers, wire strippers, pliers, fish tape and many such small but essential products are included in the list of electrical supplies that are useful for industrial working.

Lighting equipments, ranging from bulbs to light rods and lamps too are counted among electrical supplies that every industry needs to have. Voltage and current detection tools are required to ensure that the circuits are working in the desire manner. Voltmeters, for example, are the tools that check voltage level in the high load circuits installed in industrial units.

Electrical and electronic batteries are the fundamental goods to provide industrial units with adequate and uninterrupted power supply. Inverters and generators are useful goods that are used at industrial units to handle the situations like power shortage. Electronic motors are the electrical machines that are used to convert electrical energy to mechanical energy and have importance in variety of industrial operations.

Expensive electronic appliances like refrigeration appliances and food processors are of great importance in food manufacturing industry. Computers and many related electronic devices need no introduction for their importance in different industrial sectors. From small electrical supplies like wires to big electronic devices, the smooth working of most of the industrial sectors can’t be imagined in the modern setups.

Considering the importance of electrical and electronic good and supplies, it is important to purchase them from reputed manufacturers and suppliers. Look for companies supplying these supplies, tools and equipments at online business directories. This will help you obtain right components and goods at competitive prices from companies located in different parts of the world.

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Source by Vaiv Jais

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For centuries Hong Kong has been known for its desirable coastal location, and to this day it is regarded as one of the world’s top bases in the financial world. Highly populated with currency that is traded worldwide, this area enjoys low taxes and free trade in a variety of industries. The success of this region in business is due partly to a healthy economy fueled by exports, with mainland China, Japan, and the United States serving as their major buyers. Businesses interested in acquiring quality product at a good price often look to Hong Kong to stock their inventories.

When layman think of Asian exports to the United States, one is likely to assume the majority of products shipped into American ports are electronics and computer-related. It is true that in 2007 this region shipped over half a billion dollars’ worth of telecommunications equipment, computer accessories, and similar items, yet Hong Kong provides the world much more. They don’t necessarily limit trade to the United States, either: in 2009, the region ranked third among trade partners with China, and accounted for nearly three percent of total global exports among the leading manufacturing nations.

In 2009, Hong Kong’s gross domestic product (GDP) enjoyed a growth rate of 2.4%, with the total value of their goods and services trade equivalent to more than 400% of their GDP. Presently, their GDP is worth over 200 billion dollars of the overall global trade economy.

Everyday items in your home, and the materials needed to make them, might have just come from here.

• Precious Metals – The demand for gold and silver is always strong, and those who specialize in bullion trading are looking more to Hong Kong for these types of currencies
• Ferrous Alloying Materials – Such raw metals, which are iron-based, are sought after for their flexibility and durability. Importers seek un-manufactured stainless steels, cast irons, and carbon steels in bulk which are then shipped to domestic plants to create household items or construction goods.
• Food Processing Machinery – Hong Kong is hardly an agricultural region, yet the equipment they produce is used to help companies around the world process and package foods.
• Hair – While an unusual product to consider exporting, demand for hair from Hong Kong is rising steadily since 2006. Hair is used for wig and toupee production, hair and braid extensions, and similar pieces.

Of the “Asian Tigers,” powerhouses of the East in global trade, Hong Kong is one worth watching if you rely on foreign trade for the success of your business. For importers, this region represents one of the most financially secure in the world, with millions of dollars monthly exchanged in various goods. Connecting with Hong Kong companies through a reliable global forum or supply chain network can put you in touch with the product you need at a cost that suits your budget.

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Source by Natalie Doherty

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Cider usually refers to beverage made from apple extract. The taste is sweet with a blend of little alcohol. Fermented and unfermented versions exist but the first dominates the market. Acetic acid fermentation convert it to cider vinegar.

Dragon fruit is popular for its many health benefits. Many farmers engaged in dragon fruit production due to high demand and high market price. However, almost half of the produce is wasted due to low quality fruits. Wastage problems could be solved by processing.

A series of process can turn dragon fruits to cider and cider vinegar.

1. Good quality fruits are the best option but fruits with scar and broken peel can be selected as ingredients. Dragon fruits are expensive commodity. Choosing fruit with peel damaged reduces recipe cost by half.

2. Wash the fruit with running water. Cut into quarters. Remove the flesh by pulling of the peel with bare hands. Blend it in a waring blender using low speed setting. High setting breaks the small seeds resulting in an ugly looking product. Electric juicer can also be used draw out the juice.

4. Place it in a wide mouth stainless steel pot. Cover and leave for approximately 24 hours to allow floating of pulp. Scoop out the pulp carefully and get the clear settled juice. Filter through cheesecloth to remove the remaining fibers. Use the pulp to make jam or puree.

5. Adjust sugar content to 20%. Dragon fruit usually taste blunt so sugar adjustment is necessary. Use refractometer or sugar hydrometer to do it accurately.

7. Transfer it to fermentation bottle and ferment for three to four weeks or until it reaches the alcohol content of six percent. Start monitoring after two weeks using alcohol hydrometer. The natural microflora of clear extract can be used to ferment it naturally. Or, it can be pasteurized for 15 minutes at 70 degree centigrade and added with wine yeast.

8. Fill into clean sterilized bottle. Pasteurize for 15 minutes at 70 degree centigrade and cap immediately.

9. To further processed it to vinegar, skip step eight. Transfer cider to wide mouth container. Leave about five inches of head space. Allow natural acetic acid fermentation for one week. A small amount of mother vinegar can be added to hasten the process.

10. Pack the product as described in step eight.

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Source by Marvin Vicedo

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Nigeria’s once-thriving palm oil industry is often cited as one of the most miserably failed economic opportunities in Africa.

Use of the oil palm fruit to extract edible oil has been in practice across the continent for centuries, and it remains an essential ingredient in much of West African cuisine. Farmers in the region, who inter-cropped palm oil with other food crops like yam and maize, started the first export trade early in the nineteenth century. Before its close, the industrial revolution in Britain had created a huge demand for palm oil, which by then had found its way to use in candle making and as an industrial lubricant. The economic importance of palm oil grew steadily because of its high yield, leading European colonists to start plantations in Central Africa by 1900. As palm oil found wider use in food-processing and industry, global demand for the commodity surged. By 1982, worldwide palm oil exports had grown to a staggering 2,400,000 million tonnes per annum1.

For most of this period, Nigeria held centre stage as one of the largest producers and exporters of palm oil, accounting for more than 40% of global output in the 1950s. At the time of the country’s independence from British colonial rule in 1960, palm oil contributed 82% of national export revenue. However, the oil boom of the mid-seventies and the subsequent decline of farming proved catastrophic to the sector. By the end of the twentieth century, the Nigerian palm oil harvest had dwindled to just 7% of global production. More embarrassingly, the once-largest exporter had turned into a net importer of palm oil, sourcing 180,000 MT of the commodity from international markets to meet local demand2.

The fundamental flaw with the palm oil sector lies in Nigeria’s colonial origins, when British trade necessities dictated economic policy. Because of its primary export orientation at that time, planned expansion of the industry was slow in coming through and its future competitiveness had been compromised. As a result, the bulk of Nigerian palm oil comes from dispersed and semi-wild groves, and through the use of highly outdated manual processing techniques. Several attempts to establish large-scale plantations since the 1960s – including the Cross River State plan and the Oil Palm Belt Rural Development Programme – ended in miserable failure. Currently, 80% of production comes from scattered smallholdings spread over an estimated 1.6 million hectares of land. In contrast, plantations occupy only about 300,000 hectares – most of it coming up over the last decade with private sector investment.

Economic reforms initiated since the reinstatement of democracy in 1999 succeeded somewhat in nudging the sector out of stagnation. Between 2001 and 2005, palm oil production grew rapidly from 760 MT to 800 MT, while recording a corresponding rise in local consumption. Much of this movement can be owed to a ban that Nigeria imposed in 2002 on the import of palm oil and related products. However, the government of Late President UM Yar’Adua reversed the ban in January this year, prompting grave misgivings about the fate of the industry and impact on local production. The Plantation Owners Forum has gone so far as to say the move would severely threaten Nigeria’s Vision 2020 goals for accelerated economic development. Inconsistent policies like this are largely to blame for the fact that Nigeria’s palm oil industry continues to flounder despite the marked resurgence of agriculture through the last decade.

Palm oil owes its significance in the Nigerian scheme of things to several reasons. Besides conventional uses in food-processing, every part of the tree has economic value that can be employed in a variety of low-cost activities like roofing and wickerwork. Moreover, palm oil is a source of raw material for a whole range of industries; for instance, those involved in the manufacture of detergents, pomades, confectionary fat and margarine. By virtue of this alone it offers massive scope for employment generation and income distribution, to say nothing of other diversified products like palm kernel oil. The industry has therefore been widely regarded as a high-growth business by the private sector. In countries like Malaysia and Indonesia, which together account for 90% of current global exports, palm oil has proved to be a cornerstone of industrial growth.

For Nigeria, this dynamic crop represents an economic asset of incredible potential. It also represents huge opportunities for rapid SME development as a means to economic diversification, poverty alleviation and employment generation. The palm oil industry is unquestionably vital in Nigeria’s plans for accelerated growth and the establishment of a sustainable and closely interdependent economy. Reinvigorating the industry can very well spark off the enterprise revolution that the country need to turn its fortunes around. Government intervention in this sector must hence be guided by a number of critical considerations:

* Maximising productivity in existing plantations so that scattered smallholdings can be converted into viable agricultural ecosystems.

* Minimising cost of production by developing high-yield varieties and improving efficiency in basic processing and refining activities.

* Creating effective backward and forward linkages for palm oil production and processing activities with focus on the larger domestic economy.

* Directing investment at marginal farmers and cooperatives that rely on wild groves or practice mixed farming on small plantations.

* Facilitating research and development, promoting public-private joint ventures and encouraging foreign investment with tax breaks and financial incentives.

* Revamping distribution and marketing networks to export-orientated standards; entering bilateral counter-trade agreements to avoid high tariffs and import restrictions.

* Ensuring compliance with international regulations on safety and quality of palm oil and processed products through wider use of technology.

* Implementing policies to address negative social development issues; for instance, promoting backward migration from urban areas to plantations.

In 2008, the United Nations Organisation for Industrial Development (UNIDO) launched a $5 million programme to boost sustainable production of palm oil in Nigeria and Cameroon. Although relatively small in terms of initial outlay, the project aims to train farmers on more efficient methods of production and processing. Conservative estimates by UNIDO say at least a thousand news jobs will be created by the end of the four-year project.

Considering the extent of its resources and human capital, Nigeria stands to reap much larger economic benefits from an optimally-expanded palm oil industry. Before that happens, however, the government must realise that where overdependence on fossil fuels caused most of Nigeria’s woes, another kind of oil holds the cure!

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Source by Peter O Osalor

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ABB robotics have been supplying us with many robots to work places all over the world for over thirty years. These include modular manufacturing systems as well as service, and axis robotics to a wide number of companies and businesses. ABB robotics provide strong solutions to all work places, and with future robotics technology, which allows them to focus on the improvement of manufacturers productivity, the quality of the company’s products, and most importantly, employee safety.

ABB robots are highly advanced in all fields, and have been proven in the large distribution, as well as a substantial amount of benefits in a large selection of applications to all companies and businesses in industrial work places world wide. Manufacturers have introduced these robots to their companies and have seen a large transformation to the productivity and efficiency of their work place.

As the leading company in automation technologies and power, ABB us with our industrial and utility companies and businesses to improve with their own productivity and performance of the work places, as well as lowering the impact on the environment. Most of the attention in this division is given to the development, the sales of automated and manufacturing systems, of which can be used in a number of fields, such as motor industries, general engineering and food processing industries, foundries, as well as robotic palletizing equipment.

This company allows implementation and integration of industrial and axis robotics as well as the manufacturing of automated systems. ABB has a large variety of types and sizes of robots for welding, material handling, finishing and coating, industrial assembly, material removal, packaging, painting, and machine tending applications. The advanced sizes and types of robotics can be used in your company or business’s work place to provide you achieve the most dynamic and well organized work flow your company will experience, not forgetting that the risk of for injury or accidents occurring will be minimized by a considerably large amount in the work place, as most of the employees will be working with or supervising the automatic machinery, which is easy and safe to do. ABB will install the machinery that your company purchases, and with 24 hour assistance teams on hand, should any problems with your new equipment occur, ready to come to your aid, so you as the company owner can rest assured that it will be taken care of, as there are automation that can be found in over thirty countries all over the world.

ABB robotics is an internationally, ever growing, recognized company, that offers one a great opportunity with a robotic engineering career to aspiring professionals who would like to get into this field. This company has focused most of its attention on business critical systems, systems like customer orders and product development, and on having many well though out solutions that can be fully put together, designed and delivered. By doing so, ABB is putting itself in an industrial company class of its own when it comes to customer satisfaction.

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Source by Lee Andersons

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One of the destructive environmental challenges on the earth that destroys its natural resources at an alarming rate in this 21st Century is plastic pollution. There is a pervasive use of plastics for domestic, industrial and commercial activities. It is estimated that every year, on a global scale, humans generate over 350 million tons of plastic waste. It is estimated that one-third of the global plastic wastes is from the packaging of products. These plastics are very difficult to decompose and ends up being haunting ghosts to the lives of humans. The decomposition lifespan of many of these plastics range from 50 years to 600 years! Unfortunately, many of these plastics end up being very destructive, destroying our rivers, oceans, forests and biological diversities. The health consequences of plastic wastes to human and animal life cannot be underestimated. The inhalation of burnt plastic wastes causes various respiratory diseases that take away several lives at skyrocketing rates than the deadly HIV/AIDS. Direct and indirect ingestion of plastic pollutants in water bodies results in slow strangulation, Amoebic Dysentery, Giardiasis and other life-taking diseases. Due to the devastating nature of plastic pollution, many international bodies, conservation agencies and governments are thinking of productive strategies in arresting it.

The canker of plastic pollution is so great in developing countries like Ghana. Aside from the locally generated plastic pollutants, Ghana imports over 100, 000 metric tons of plastic products every year. Many of these plastics become destructive pollutants in the Ghanaian environment. Ghana has to strategize ways of arresting the canker of plastic pollution. One way is to sensitize the Ghanaian populace of the negative health implications of plastics through environmental education programs. The mass media should be tasked by the Ministry of Environment, Science, Technology and Innovation to carry out plastic pollution sensitization and education programs. The government must cut down the importation of plastic products, while banning completely, plastic products with a high degree of antioxidants. Massive campaign on the use of biodegradable materials as alternatives to plastics must be intensified. Food processing companies and fast food vendors must be engaged in dialogues to start using biodegradable or organic packages for their foods. Great lessons can be learned from the biodegradable leaf plates used in India now. Food scientists and engineers must be assisted through funding to develop and produce sustainable locally manufactured biodegradable packages for their foods.

Another innovate way of combating plastic pollution in Ghana is to encourage the recycling of plastic wastes into creative and usable products. This would transform the deadly plastic pollutants into economic gains for the country. Technological departments in the Ghanaian educational institutions as well as interested companies must be assisted to engage in intensive recycling projects of plastics. Lessons can be learned from the EcoDomum Company in Mexico that engages in the production of housing products through the recycling of plastics. Artists who engage in installation art and other innovative artistic projects using plastic wastes must be assisted through government funding. In addition, the government of Ghana must mandatorily instruct companies that generate many of the plastic pollutants to find ways of recycling their plastic wastes or risk being out of business. Taxes on the importation of machinery for the recycling of plastics must be scrubbed off or reduced to encourage food and beverage producing companies in Ghana to recycle their plastic wastes.

The polluter pay policy must be enhanced through the raising of the monetary penalty or fines, especially for plastic wastes. This would increase the resilient nature of government laws on plastic pollution. The Environmental Protection Agency must employ sanitary inspectors tasked with the responsibility of reporting persons, households or industries that pollute the environment through their plastic wastes and inappropriately dispose their plastic wastes so that they will be prosecuted. The government should set a law as part of the environmental laws to arrest and prosecute all persons who indiscriminately throw plastic wastes onto Ghanaian streets, gutters and so forth. The government of Ghana must collaborate with the traditional authorities in the various Ghanaian communities and task them with the responsibility of setting and enforcing environmental by-laws to combat the plastic pollution menace in their respective jurisdictions. Some countries are now funding scientific studies aimed at generating Genetically Modified Organisms that can decompose plastics at relatively faster time spans, within weeks by feeding on them. Ghana can think of funding similar studies, all aimed at fighting the canker of plastic pollution.

This is the time that Ghana must hold hands with the world in fighting against the plastic pollution canker. The government of Ghana must reduce the importation of plastics; promote the use of biodegradable materials, especially as packages for products, while funding projects for recycling plastic wastes and generation of GMO’s for consuming plastic wastes. Also, the government must beef up environmental laws and prosecution related to plastic pollution while intensifying environmental education on the hazards associated with plastic pollution. These strategies would help save the Ghanaian environment, save the earth which is the home and the everlasting treasure for all biological species.

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Source by Dickson Adom

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Air compressors are machines or devices that mechanically compress air. Most will run and provide air with very little maintenance, and most will work efficiently year in and year out without breaking down. However, any type of compressor will eventually need some type of maintenance and will require servicing and replacement of various parts. It’s important to properly maintain and store any type of compressor, so it can be very helpful to learn about the various compressor parts or how to get it serviced.

Some types make use of filters which remove impurities out of the air. This is extremely important for compressors which are employed in the medical industry because the air or oxygen is often sent to the lungs of a person. Inhaling purified air is important, and finding the correct air filter is worth the time and money when considering its applications.

There are many different types of nozzles and attachments that can be fitted to the end of the line or pipe that comes out of a compressor and these are known as air line fittings. These nozzles allow a varying degree of control over the compressed air coming out. There are nozzles that have power tool applications and nozzles for filling tyres to name just two. The range of nozzles and fittings are vast and it is important to obtain the correct type of fitting for the required application.

There are several different types of air compressor and some of these are:

o Reciprocating

o Rotary

o Centrifugal

Uses for them vary enormously and here are just a few of them:

They are used in the medical industry throughout the world. They are generally used to draw air in from outside the room and applied to the patient by the use of a mask as an aid for breathing. There are usually two types of medical compressor; a large unit that is powered by an electrical outlet, and a smaller portable unit that can run off some type of battery or mains power.

Industrial air compressors are used to power air tools, and these types of tools are used by construction workers and contractors all over the world. Industrial air compressors have many different purposes and are available in many different sizes and styles.

Air compressors are very often used at home and are generally smaller and less sophisticated than the types found in large industries. They are useful for inflating car tyres, bicycle tyres or even small paint spraying projects for do-it-yourself enthusiasts.

Maintaining an air compressor can keep it running smoothly and pro-long its lifespan.

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Source by John Cheesman