Material Handling Companies Guide 101


Material handling or bulk material handling is a branch of engineering that deals in designing equipments for transporting materials in large quantities in a planned and effective way. In simple terms material handling is all about creating the products that help in moving things from one place to another. However various other tasks such as assembly line management, waste handling and storage etc. also fall within the purview of material handling. All in all the material handling systems have several strands working collectively to make business functions more efficient and cost-effective. As technology is advancing day by day the techniques in material handling are also increasing.

Today there are quite a few material handling companies that offer material handling equipment and material handling systems. One of the recognized names in this area is FedEx. FedEx Freight comprises of three freight companies that have generated incredible and revenue of $ 29.4 billion in 2005. Everyday FedEx handles around 65000 shipments and there are more than 27,000 people working in the company. Right now FedEx aims at enhancing its market share by offering "just in time" service.

Another remarkably performing material handling company is Clark. Located in Lexington, Kentucky, Clark Material Handling Company or CMHC manufactures forklift trucks. Recently the company has come up with a collection of around 20 different models of forklift trucks. Clark is till date credited with having invented the world's first truck with a hydraulic lifting mechanism, the Truclift, in 1920. Truclift is the forerunner to contemporary forklift trucks.

Nestled in Southern California is the holistic solutions provider in logistics, Logistics Edge Company. Along with transportation and shipping warehousing, storage, fulfillment, assembly, labeling and packaging are other Third Party Logistics solutions provided by the company. The company offers facilities for online inventory tracking and provision for customized warehousing solutions. Logistics Edge makes use of latest web based software applications and warehouse management software systems. Moreover the company has an ideal location on the West coast. This feature is not just beneficial for the company in terms of easy access to many significant ports but is also a boon for its clients as the services of the company are offered at affordable rates.

In case of companies manufacturing material handling systems, the SSI Schaefer Company ranks first. SSI Schaefer Company is globally acclaimed to be the world's largest supplier and manufacturers of best quality material handling systems. Storage and workshop equipment, waste management systems, commissioning and conveying engineering solutions, planning and logistics systems, office furniture etc., are the various other tasks handled by the company.

Another certified manufacturer of material handling equipment is Banyitong Science and Technology Developing Company in Yaohai Industrial Park, China. The company has earned great recognition in the making of hydraulic and electric stackers, drum handlers, electric pallet trucks, electric tow tractors etc. Besides these non-standard products as per the need of customer are also made here.

Not to forget is the Yale Materials Handling Corporation (YMHC). Being a part of the Nacco Materials Handling Group (NMHG), YMHC is a global organization that is a leading provider of high quality performance lift trucks.


Source by Mansi Aggarwal

Absorbent Drink Coasters – The Good, the Bad, and the Stains


People love absorbent coasters. They are some of the most functional home accessories that you can purchase. Acting as a shield, a barrier against stains, they soak up the moisture from a sweaty glass, and hold it within themselves, keeping water damage from spreading to your possessions. However the problem is who protects the coasters from those stains? Can you purchase a permanent set of absorbent drink coasters, or are you relegated to the fleeting functionality of less sophisticated disposable models.

First a quick overview of disposable coasters; these consist of paper, cork, sponge, and other low cost material coasters. Their purpose is to be cheap, and effective, once or twice, and then to be tossed. This is the most common choice for a bar or restaurant, because they are easy to replace and purchase in bulk. You can even get them printed up with a particular logo or graphic.

The problem with these coasters is that they get soggy and nasty pretty quickly. They are also obviously cheep, and do not have much decorative style to them. In a bar, where everything is disposable and made to order this works, but in a home, which is supposed to be your custom environment, it can be a little embarrassing.

The alternative to these temporary accessories are the new absorbent sandstone and slate coasters which are available. These coasters are made from natural stone materials, which have existed since the earth was formed. Natural properties in these materials, allows them to absorb the moisture from a liquid spill or drip, taking the water into its pores, and holding it inside of the stone. While the water is trapped in the stone, air can and does still reach it, and this causes the liquid to evaporate away.

These by stone coasters are On great, Because they 're Theoretically can last forever. The water goes into the coaster, but it will always evaporate away, without causing much damage to the piece.

The problem is that stone is just a natural material, and sometimes, it can stain. When a colored liquid such as juice or sauce falls on the surface of the sandstone, suddenly that absorbent property is a liability, because it will allow the stain to soak down past the surface of the stone, discoloring it from the inside.

If a staining agent does fall on your coasters there are certain things you can do. Soaking the stone in warm water will often allow you to extract the coloring agent. You can also use heat to try and melt the agent. These methods will be most effective, by far; if they are done immediately after the stain occurs.

Another absorbent alternative is to purchase slate coasters. Slate is another natural stone, and it does have absorbent properties, however slate is less absorbent than sandstone, cork, paper, or just about anything else out there. When a wet glass is placed on a slate coaster, drips of water will fall on the surface and sit there, slowly seeping into the stone. It will not be immediate, but it will have enough suction to keep the water from spilling off over the side of the coaster onto your furnishings.

The fact that they are less absorbent means that they are also resistant to stains, and can survive staining agents much better, and for a much longer period of time, than most of their counterparts.

Absorbent coasters are some of the most useful and functional accessories that are available for your home. They can protect your possessions, while still being stylish, elegant, and customizable. However they do have several drawbacks, most notably of which is their ability to get stained by certain liquid agents. This can make some absorbent coasters more permanent then others. In the end, you will have to balance functionality with durability, to find the perfect set for your situation.


Source by Joey Pebble

The Wheelbarrow – Components, Structure and Materials


The ubiquitous Wheelbarrow consists essentially of three component parts using commonly available materials of steel or hardwood. These components are characterised by,
• The frame (with handles)
• The carrying receptacle
• The wheel (s)

Each of these parts plays their own essential role in the efficacy or fit for purpose, ease of operation and durability of the tool.

The Structure

The Frame
The materials used for the frame consist of either of two principle materials, one being a hardwood and flat steel bar (bolted together) or secondly, combinations of both steel tubing and flat steel bar, (bolted or welded together) the use of each of the two principle materials dependent on availability and ease of processing at the region of manufacture.

The Carrying Receptacle
The carrying receptacle will be of a metallic or polymeric (plastic) (rigid or flexible) material usually dependent on usage and manufacturing technique. Metallic receptacles may be galvanised, powder coated or painted. An open box shape (with or without sloping sides) will almost always be utilised to facilitate conveyance of particulate materials, however a flat platform may also be used for the conveyance of self supporting stack-able materials, for example, baked-bricks.

The Wheel (s)
The wheel (s), single or double, will consist of a variety of manufactured configurations, these could be, various diameters of a moulded, solid, round section, polymeric material permanently affixed onto (usually) suitably pressed steel rims with an axle system , or pneumatic tyres contained in the classical configuration which would allow for removal of the tyre, for repair, in the event of a puncture.

The design and engineering of each of the above components contributes, as stated above, substantially to the efficiency, effectiveness and durability of the wheelbarrow

The Materials

The Frame
The two differing construction materials of hardwood and steel and their individual assembly each contribute in their own unique way to the efficacy and durability of the tool.

The traditional wood construction consisting of a strong, straight, load bearing beam allows for greater loads and greater leverage with comparably less mass than an equivalent steel counterpart but requires a greater number of constituent parts than a steel tube construction. Whereas the use of tubular steel, which can be die pressed in one operation enables the lower cost manufacture of a one piece construction wheelbarrow frame albeit with lower carrying capacity because of the restriction on the length of the one piece tube.

The die pressed tubular steel frame has induced in itself an inherent weakness in that due to the structure of the die and the press the resultant frame shape can result in excessive stress at the resultant bends, whereby the outer circumference wall is unacceptably thinned and the inner circumference is compressed resulting in a ripple skin. This results in poor flex resistance and is often the cause of frame failure during robust use, this is particularly so when thin walled tubing is used. Internal rust also attacks these stressed areas, contributing to premature failure. The pressed steel frame size of itself restricts the size of the carrying receptacle to a 65l (3.2 cu ft) bin whereas the wood section allows options ranging up to 300l (11 cu ft)

The Carrying Receptacle
The carrying receptacle construction material (commercially) consists of either pressed steel or a moulded, ridged polymer or a woven flexible tear resistant fabric. (The latter is an aberration used for wheelbarrows whose frame can be folded down to facilitate convenient storage)

Pressed steel has been the traditional norm but commercial cost pressures have resulted in ever thinner metal gauges and hence reduced wear and tear resistance. The advent of polymeric substitutes to steel has resulted in cost competitive alternatives. An additional benefit has been a product that withstands environmental attack, such as rust and acid / alkali. With a density considerably lower than that of steel a lighter pan results.

The Wheel (s)
A significant contributor to the efficacy of a wheelbarrow is the type of wheel structure and the materials used.

If the tyre width is too narrow then any traverse over sandy soil will be extremely difficult due to the wheel sinking into the sand and rendering maneuvering equally difficult. The outside diameter of the wheel will likewise prove problematical. Too small and the rolling resistance will increase by orders of magnitude.

The wheel bearings used will determine the life of the wheel.
Synthetic bushes kept clean and not oiled will usually outlast the 'barrow, and provide a great service.


Source by P Bruce Jones

Concrete, Metal, Or Resin Garden Statues – What is the Best Choice For Your Garden


Garden statues come in many different materials. The most popular though are concrete, resin, and metal. Here are the benefits and differences between them.

Concrete garden statues: These are very affordable and are sold in both finished and unfinished styles. You can get almost any type of concrete statuary that you want in nearly any size you want. The big benefit of buying unfinished concrete sculptures is that if you decide to paint it then you will not only get it cheaper, but also get the exact colors you want.

The only bad part about getting concrete statuary for your garden is that they can get very heavy if the statues are big and they are not as detailed as resin statues. However, if you live in a high wind area, heavy can be a big advantage.

Resin garden statues: Basically resin is a hard plastic material. The big advantage of resin is that it takes on any shape in amazing detail. Because it produces very detailed results you will often see statues of animals, children, and Disney characters made out of resin.

Resin is very durable. It is often more expensive than concrete, especially when you get into larger pieces. These types of pieces look great in informal gardens.

Metal garden statues: These are generally both very beautiful and fairly pricey. But, if you have a formal garden then a metal statue may be just what you want. Be aware that many metals used in garden statuary develop a patina over time. Only you can decide if this is something that you want. Copper statues for instance turn a beautiful shade of green – think the Statue of Liberty.


Source by Heather Christman

History of Plumbing Pipe and Plumbing Material


The Roman's used lead and clay piping for potable water that serviced private homes, amphitheaters, and bathhouses throughout the Roman Empire. In fact lead was still the predominant metal used for water services servicing homes and businesses in the US up until WW II. Lead was very flexible and extremely durable which made it an ideal piping material. In fact "lead wiping" was considered an art form. The use of lead for potable water declined sharply after WW II because of the dangers of lead poisoning. There is still some controversy with regards to the harmfulness of lead water services being used. Some testing was done several years ago and it was found that the service calcified so quickly very little if any lead leeched through the calcification be that as it may lead services are no longer used and are still being replaced to this day in some of our larger older cities across the US.

Just after WWII copper became the material of choice for water services around the country and galvanized screw piping became the material of choice for interior plumbing piping. In the 70's, copper replaced galvanized piping for water piping supremacy. Copper is fairly easy to work with, comes in soft (annealed) and hard copper. There are several different grades of copper water, waste and vent piping; DWV copper tubing is the thinnest walled copper tubing and is only recommended in drainage waste and vent applications. Type "M" is the thinnest walled copper to be used for plumbing water piping. It is approved for water piping in most municipalities but it's more popular use is for drain, waste and vent (DWV) piping.

The next copper piping grade is Type "L" it is in the middle with regards to wall thickness and is the most popular type of copper to be used for potable water. Type "K" copper has the thickest walls and is usually used for harsh conditions.

Although PEX has been in use since the 1960s it has taken quite some time to gain popularity in the US only in the last 25 years or so has PVC and PEX tubing has been gaining popularity for use for water piping in residential applications its ease of use . Its durability and cost make it a very attractive choice. PEX piping can be bought in flexible rolls, hard lengths or wrapped in aluminum to hold its shape.

Another material used for plumbing pipes, particularly water main, was hollowed wooden logs wrapped in steel banding. Logs used for water distribution were used in England close to 500 years ago. In the US cities began using hollowed logs in the late 1700s through the 1800s. Interestingly enough in the early 1800s fire fighters began to realize that they could bore into the logs to get water thereby helping them fight fires more effectively. When the firemen were finished fighting the fire they would insert a plug closing off the water, that actually where the word "fire plug" got its origin. Eventually municipalities began tapping the water mains at a certain spot on each block so firemen did not have to dig down to find the main every time there was a fire on the block.

Wooden water mains remained the material of choice for water distribution until the early 1900s when plumbing piping took a huge leap in durability and flow characteristics with the advent of sand cast, cast iron water main. Although sand cast is not used today cast soil pipe is still a material used in today's plumbing systems. Cast iron had been used for water distribution in other parts of the world quite a bit earlier than when it became widespread in the US. In fact the very first complete use of cast iron for water distribution was installed at Versailles, France in 1664. It remains functioning to this day.

Ductile iron replaced sand cast in the early 1960s. Ductile iron is a cast iron, but the way it's heated and enhanced by chemical compounds greatly improved its strength and improved on cast iron's tendency to be strong but very brittle.

With regards to waste and vent piping, cast iron and PVC are the materials used most especially for large diameter piping. Copper is also used for waste and vent but in smaller diameter applications. Because of copper's value it becomes cost prohibitive to use it with larger diameter pipe for reference, say 3 "and above.

There is one other area that we think needs to be touched upon and its acid waste piping. Acid waste, by definition, is any waste in which acids appear in higher concentrations than found in household waste. Although PVC has acid resistant properties, it is not recommended for use in situations where piping is continually exposed to higher than normal concentrations ie photo labs, science labs, chemical companies etc. In these situations acid resistant pipe and fitting are recommended.


Source by Sean Kavanaugh

Different Materials Used in Balustrade and Handrails


There are a number of different materials that are used in balustrades and handrails. If the balustrade is external like fencing a terrace, roof or any open space then the material used is concrete. Concrete can stand up to the weather and will not get destroyed. There are a number of different designs that are used in making balustrades. The balustrades are usually cast in a shape using a mould. This is done so that all the balustrades look alike. A rail is fixed on top of the balustrades.

If the balustrades are to be placed inside a building, like lining a staircase ten different materials can be used. Usually hard word is used on balustrades that line a staircase. The handrail is also made out of wood. Another material that is used in balustrades and handrails is cast iron or wrought iron. Balustrades made from cast iron or wrought iron have a fancy design. The design is selected by the home owner or by the architect. The design depends on the theme of the building.

Polyurethane is also used nowadays to make balustrades and handrails. Cast stone, polymer stone and plaster is also used to make balustrades and handrails. In some buildings marble has also been used to make balustrades. Marble is very expensive and is only used in palatial buildings.

The use of wood has also reduced in making of balustrades and handrails. People have become conscious about saving the environment and therefore the use of wood is frowned upon by some people. The use of polyurethane and polymers has increased. The material is cheap and can be made into very nice designs for balustrades. Most modern buildings have polyurethane balustrades as they match the design of the building.

No one is quite sure about the history of balustrades and who first used them. The most common shape in balustrades has been the oblong shape which resembles an egg. Brass and bronze has also been used in balustrades and handrails. They require cleaning and polishing regularly and are very expensive. Brass is used in handrails as it has a shining golden colour.

Some balustrades are painted with a motif to make them look interesting and to break the monotony. There are so many designs that are used in balustrades and some of them are quite simple. They may just be a series of straight pillars made of iron and topped with a wooden handrail. Or they may even have an iron handrail. Wooden balustrades may be carved with a design on them or they may just be a straight plank. People usually have wooden balustrades and handrails on the porch of their house.

The design of the balustrades and handrails depends on the design and architecture of the building or house. People usually do not give much thought to the design of balustrades and it's the architect who selects the design. The wood used in balustrades and handrails has to be well seasoned and should not warp or get misshapen or cracked. Wood has been the material that has been used the most for internal balustrades and hand rails in homes.


Source by Paul J Coleman

Materials Used in Making Windows and Their Advantages


Window is an essential structure in any room, since they provide light during the daytime and improves the ventilation of the room. Doors and windows are used as a barrier to close an opening and they are made using different materials. Some 30 to 40 years back, the windows that were installed were made up of aluminum, because they were considered to be economical and effective. But, today a material called vinyl is used for making windows.

Why people wish to install vinyl windows?

The following reasons make people to select vinyl windows

– Vinyl windows are cheaper than any other windows.
– Here the windows are made up of Poly Vinyl Chloride (a synthetic plastic), which is very strong and it has a tendency to shape or bend according to our needs.
– Vinyl is very light and easy to handle.
– They have great energy efficiency and provide insulation both under hot and cold conditions.
– Windows made out of this material needs less maintenance.
– The vinyl products beautify the home.


There are different types of wood which could be used for making windows. Wood give an elegant and natural feel to your home, gives structural expression and it is easy to work with wood. In general, there are two types; they are hardwood and softwood.

Softwood – It is easier to use this wood and had been extensively used in the construction of windows. It is vulnerable to damage and has a less durability.

Hardwood – It is difficult to work with this wood to a certain extent. Life span of hardwood is more. Maintenance is easy; just wipe off the excess dirt from the window frames.


Aluminum is a metallic element, silvery in appearance and it is ductile. In those days, most of the houses used aluminum for their windows.

Advantages of using aluminum for windows – It is a lightweight metal with anti-rust property, it improves the life of the window, and it is cost effective.


Fiberglass is a material obtained from fine fibers of glass; here the glass is extruded into fine filaments. The important features of fiberglass are minimum thermal transfer and good noise reduction.

The fiberglass doors offer the following advantages

1. These doors reduce the pressure in its surroundings.

2. This material is very stable, which provides a good base for a full range of finishes and it is very tough so that it could withstand extremes of climate. Fiberglass also provides a superior strength when compared to polyvinyl chloride.

3. The doors made from this material are more resistant than wood doors and the fiberglass doors are famous for their versatility.

Before buying any product, it is good to know about its brand name and its quality. Various home improvement shops are present in Los Angeles and California which gives you lot of ideas in selecting the best window for your house. You can also buy these windows online.

Many people in California buy windows online because they do not have to carry those windows to home which is done if they buy from a departmental store.


Source by Peter J Michael

Benefits Of Material Requirements Planning


Material Requirements Planning (MRP) is a type of software based production planning, which uses an inventory system to organize different manufacturing processes. Basically when a company is going to manufacture something to sell, this software is in charge of organizing all inventories, while making sure that all the products and materials are in place in order for this to be possible. This is important for any kind of company that is using an assembly line or making something that requires a lot of different pieces in order for it to be completed.

There are three basic components that make up material requirements planning. The first is to make sure that all products and materials are all in line. In order for successful production, all the products have to be there. The second component a company needs to keep tabs on is making sure they have very low inventory. Companies want to be able to produce their product whenever they needed, but they do not want to have too much in excess in case the product should fail to sell. This is the concept of supply and demand. The third component is planning the manufacturing scheme. Companies need to know what exactly is getting produced by their company and where exactly it is being shipped to.

Companies are trying to maximize the amount of money they bring in so there needs to be a good balance between the inventory of materials and being able to meet the demand of the customers. If companies do not have the right balance then they will cost the company big dollars. Other important factors of material requirements planning involve ordering all the material's at the right time. If production can not begin at the right time, a company may fail to meet the deadline.

The main problem with MRP systems is that they are not 100% perfect. If there is any kind of error in the system, then it is going to throw off all the other numbers thus making the outputted data incorrect. Another problem is that MRP systems do not necessarily factor in other warehouses in other cities or states. Therefore, the system will tell you that you do not need to order anymore parts when in fact those parts are in other factories. The last and biggest factor that the MRP system can not take into consideration is manpower. Manpower is not consistent like a machine and thus creates inaccurate numbers. You can visit You Http:// for more information on material requirements planning.

Material requirements planning can be done by humans but it will take a much greater deal of time versus having computer software that's sole purpose is for maximizing the profits do all the work. Since there are flaws in the system, an MRP system can only be 98% accurate due to the inability to factor in certain variables. As great as an MRP system is, there are still factors that can not be fixed. There is new system (MRP II) that has new improvements but will still never be perfect. In the end, there will have to be a mix between the MRP system and human projections in order to get the most accurate numbers to maximize profit.


Source by Kelly Hunter

Authentic VS. Graded Material in Second Languages


As you all know, the main difference between authentic vs. graded materials is that in the latter, the materials almost always revolve around a particular structure that is presented to the student. For example, if the tense being presented is, say, "The Past Tense," every single speaker in the dialogs or even the texts given to the students are in that tense.
It seems as if there were no other tense in the whole world. In reality, when talking about the past, for example, native speakers may use a wider variety of tenses, sometimes even the present tense:

"Last night something very funny happened to me. I was walking down the street and suddenly a man comes and looks at me in the face and says: boy, you ARE ugly."

This is not uncommon in real life, but when it comes to graded materials, you will never find these types of situations that resemble real-life conversations. In spite of this, graded materials are very useful if you want to raise the students' awareness on a certain structures or patterns that may be important for them to learn. Every single context they see will contain many instances of the same structure which will enable them to make inferences on how they are used.

Authentic materials, on the other hand, are real in the sense that they are not created for students as the target audience but for native speakers. The obvious advantage, of course, is that by using authentic materials you present students with actual everyday language, just as it appears in real life. The main disadvantage of these materials of course, is that sometimes they are not teacher-friendly, and you may need to spend several hours reading or watching videos until you finally find what you need in order to use in your class. In addition, on many occasions in a whole context or situation you may find just one instance of what you need to present your students with. This could be overcome if you provide students with several situations in which the patterns appears, but again, you need to have the time to research and gather the appropriate materials.

If time is no object to you, you may well spend some time doing this research and you will soon find out that there's myriads of information out there that is terrific for your classroom! However, if you have time constraints, as most teachers unfortunately do, a balanced approach maybe the solution for you. You can use your graded materials to present the topic and later on you may find samples of that structure in authentic materials. Mind you, this will not be difficult due to the fact that whenever native speakers talk about something or write about something, they make use of nearly all tenses and structures of the language. You can even tell your class to go over some authentic texts, videos etc. and find similar constructions. Sometimes a combination of both approaches yields the best of both worlds. It is up to you to decide what could be the best for your classroom.


Source by Julio Foppoli

Treadmill Belts – What's The Difference


Walking belts are known by many different names, but there is not a difference in the basic accepted design even though different people may not use the same term to name a walking belt. Other names are: treadmill belt, striding belt, running belt, jogging belt, bands (with the same descriptive variations), runner, and mat.

For simplicity, we call it a walking belt but our terminology does not limit the type of exercise that you can do. There are different grades of walking belts and they can vary widely in terms of quality and price depending upon the type of construction. Most walking belts are made with two different types of materials that are formed together to form the finished product you see. Most people assume the belt's top coat is rubber but most today have a PVC top coat. PVC tends to hold up better under a wide range of shoes and applications and due to its strength, many people are fooled into thinking that their belt is OK when the backing is completely worn out.

The backing of the belt is the most important area. The most popular backing materials are monofilament, polyester, cotton, and urethane. Of these backings, the softer the material the less noise the belt will make. So a cotton backed belt will be much quieter than a urethane belt. The trade off is that the softer the material and the less noisy the belt the quicker the belt tends to wear out. Many companies over the last 20 years that once used cotton have now switched over to a polyester blend. The main advantage is that the belt is still rather quiet but it is more heat resistant and is tougher over the long run in its ability to withstand wear.

A backing that is growing in popularity is monofilament. This uses a single type of fiber. Since it uses synthetic materials, it tends to be more heat resistant and can be formed more easily to a rougher backing that will have less surface contact with the deck. The reason this is important is that less contact area will result in less friction which puts far less strain on the motor and controller. The drawback to a monofilament belt is that it noisier than either cotton or polyester backing. Another drawback is that since it is a single fiber, it tends to have less tensile strength than woven or urethane fibers.

The most expensive backing is urethane. It also tends to be the noisiest but if you maintain a urethane backing properly, we've seen them last over 10 years in a light commercial setting. It is a very durable material that has the best ability to withstand the rigors of heavy use and the heat buildup that is normally associated with club use.

There is much confusion about layers of a walking belt. Most companies advertise a 2 ply belt but some claim as many as 4 plies. The confusion arises because more layers is not necessarily a better thing. As HealthRider found out several years ago, a very thick belt can be a disaster. HealthRider took a standard 2 ply belt and then glued a layer of carpeted neoprene to the top of a standard belt. The result was a 3 ply (or 4 ply depending upon how you interpret the final addition to the belt) which now had a nice insulation layer of neoprene that did an incredible job of holding in heat and emphasized the potential problem of using a multi- layered belt. Even in a residential setting, the HealthRider belts simply fell apart from the wide variance in heat they experienced. Fortunately for the consuming public HealthRider stopped using these belts a few years ago.

Other companies will advertise an orthopedic belt that has either additional layers or a thicker top layer that helps cushion the foot fall. Once again, our big problem with these belts is heat problems and the fact that many of these belts can weigh as much as 3 to 4 times as much as a regular 2 ply belt. The heavier the belt, the harder the drive system has to work to keep moving the belt around. Combine that with the heat problems inherent in a thicker belt – remember, its' better insulated – and you can quickly see why we are not big fans of the orthopedic belts.

If you are choosing a new treadmill pay attention to the walking belt. It is the heart of a treadmill despite popular opinion naming another part. If you already have a treadmill, maintain your belt and keep it clean and your treadmill will thank you for it in the long run.


Source by Brady Freeman