Category Archives: Manufacturer

The History of Barbed Wire

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Life in the American West was reshaped by a series of patents for a simple tool – barbed wire – that helped ranchers tame the land. Patents for improvements to wire fencing were granted by the U.S. Patent Office, beginning with Michael Kelly in November 1868 and ending with Joseph Glidden in November 1874, that shape the history of this tool.
Barbed Wire

THORNY FENCE VS. WILD WEST

The swift emergence of this highly effective tool as the favored fencing method changed life in the Wild West as dramatically as the rifle, six-shooter, telegraph, windmill, and locomotive.

 

Without fencing, livestock grazed freely, competing for fodder and water. Where working farms did exist, most properties were unfenced and open to foraging by roaming cattle and sheep.

 

Before barbed wire, the lack of effective fencing limited farming and ranching practices, and the number of people who could settle in an area. The new fencing changed the West from vast and undefined prairies/plains to a land of farming, and widespread settlement.

 

WHY USE WIRE?

Wooden fences were costly and difficult to acquire on the prairie and plains, where few trees grew. Lumber was in such short supply in the region that farmers were forced to build houses of sod.

 

Likewise, rocks for stone walls were scarce on the plains. Barbed wire proved to be cheaper, easier, and quicker to use than any of these other alternatives.

 

MICHAEL KELLY – FIRST BW FENCING

The first wire fences (before the invention of the barb) consisted of only one strand of wire, which was constantly broken by the weight of cattle pressing against it.

 

Michael Kelly made a significant improvement to wire fencing, he twisted two wires together to form a cable for barbs – the first of its kind. Known as the “thorny fence,” Michael Kelly’s double-strand design made fences stronger, and the painful barbs made cattle keep their distance.

 

JOSEPH GLIDDEN – KING OF THE BARB

Predictably, other inventors sought to improve upon Michael Kelly’s design; among them was Joseph Glidden, a farmer from De Kalb, IL.

 

In 1873 and 1874, patents were issued for various designs to compete against Michael Kelly’s invention. But the recognized winner was Joseph Glidden’s design for a simple wire barb locked onto a double-strand wire.

 

Joseph Glidden’s design made barbed wire more effective, he invented a method for locking the barbs in place, and invented the machinery to mass-produce the wire.

 

Joseph Glidden’s U.S. patent was issued November 24, 1874. His patent survived court challenges from other inventors. Joseph Glidden prevailed in litigation and in sales. Today, it remains the most familiar style of barbed wire.

 

BW IMPACT

Living patterns of the nomadic Native Americans were radically altered. Further squeezed from lands they had always used, they began calling barbed wire “the Devil’s rope.”

 

More fenced-off land meant that cattle herders were dependent on the dwindling public lands, which rapidly became overgrazed. Cattle herding was destined to become extinct.

 

BW & WARFARE & SECURITY

After its invention, barbed wire was widely used during wars, to protect people and property from unwanted intrusion. Military usage of barbed wire formally dates to 1888, when British military manuals first encouraged its use.

 

During the Spanish-American War, Teddy Roosevelt’s Rough Riders chose to defend their camps with the help of barbed fencing. In turn-of-the-century South Africa, five-strand fences were linked to blockhouses sheltering British troops from the encroachment of Boer commandos. During World War I, barbed wire was used as a military weapon.

 

Even now, barbed wire is widely used to protect and safeguard military installation, to establish territorial boundaries, and for prisoner confinement.

 

Used on construction and storage sites and around warehouses, barbed wire protects supplies and persons and keeps out unwanted intruders.

 

Jiu Tai Precision Industries Corp offers barbed wire machine, welding equipment, and welding machine etc. If you have any barbed wire machine or welding machine questions, please fill out our information form and we will send you any additional information you may need. Enjoy your visit

 

Article Source: https://www.thoughtco.com/history-of-barbed-wire-1991330

Public Seating Is Not Only For the Public but Also For Your Business

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Public seating serves only one function, and that is to seat the public. It can be in open or closed spaces, indoors or outdoors. The public cannot be expected to think that having seating is a guaranteed right, but it does help if the seating is comfortable and made memorable by its construction and design.

 

Public seating can be used for many different purposes. It can be used to make a statement, and this is one of the areas where design firms can use public seating to their advantage. In open outdoor spaces, where there is little concern for matching or complimenting decors, a strategically placed custom- designed setting can be used as to drawn attention to design capability, products or services. While there are no legal requirements or legislation for seating in the public sector, there are some regulations that should be followed when seating is installed in commercial enterprises.

 

Since public seating is not a guaranteed right, there can be some open discussions concerning the use. If it is installed indoors as a courtesy to your visitors, you are free to do whatever you wish with it, but there are a few precautions. Your primary concern will be that of the quality. Over the life of your establishment, there may be thousands of people who will visit your premises, and your seating should be constructed to handle the heavy use.

 

In the U.S., seating that meets the Business and Institutional Furniture Manufacturer’s Association American National Standards Institute/ (ANSI/BIFMA), is certified as meeting performance requirements. Metals such as steel and aluminum usually last longer, and injected-molded foam cushions are likely to retain their shapes for longer periods. It may be better to avoid cloth or similar fabrics, because they are difficult to clean, and degrade quickly with frequent use.

 

There is no reason why your seating should not be comfortable. Although your concern may initially be that of durability, your visitors will be impressed and retain a more favorable impression with comfortable seating. You can offer as many accessories that you consider appropriate, such as matching end tables, and arm rests. Many of your visitors may also appreciate attached cup holders and a special touch can include power outlets for charging and operating mobile electronic gadgets such as cell phones and tablets.

 

The arrangement and layout of the seating governs the functioning. Some degree of flexibility may be desirable, as changes may be sometimes necessary. Your system should be easy to re-arrange in different configurations, and one of the most efficient ways to do this is to use a modular design that allows you to place or replace parts independently.

 

What is achieved with your public seating system will depend on your supplier. A solid trusting relationship forms the base for achieving satisfactory results. Many suppliers may have the expertise in design architecture, engineering and manufacturing of seating for public places, but they may lack the necessary skills that relate to developing relationships. As a result, you may not feel comfortable, working with ineffective communications or poor explanations.

 

You can help the perception of your business with public seating. There should be some careful planning when buying public seating for your business. You can try to visit the website of VOXIM Co., Ltd., the professional manufacturer of public seating.

 

Ergonomic design and comfort with vast range of options makes this the ergonomic public seating choice for any type of facility requirement. VOXIM offers various types of public seating to satisfy different needs!

 

 

Article Source: http://EzineArticles.com/8181128

How Does a Surface Grinder Work?

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Basics

A surface grinder is a device that is used to accurately and intricately remove unneeded layers from a surface in an effort to smooth the target layer. The reason that a surface grinder is used is that it provides a great level of accuracy and detail that is sometimes difficult to achieve by hand. The use of a surface grinder is concentrated in heavy industry, especially in the automotive industry. Surface grinders are used on various types of metal and woods. The surface being worked on is directly related to the blade being used as they are specialized for different surfaces. This is a better option than trying to grind a surface by hand as it is less time consuming.

 

The amount of time it takes to grind a surface depends on the skill of the user and the surface being ground. The best safety guideline with a surface grinder is to take your time. Most accidents happen by using the wrong blade with the wrong material or running the blade on the grinder faster than the speed it was meant to run at. A surface grinder can be used to prepare surfaces such as floors and sheet metal for cars.

 

How It Works

The typical surface grinder has a table that is capable of moving forward and backward as well as side to side. When moving side to side, the table uses hydraulics to move. The machine also has a grinding wheel that rotates and has an adjustable height. The grinding wheel is generally made of diamond, aluminum oxide, silicon carbide or cubic boron nitride. The majority of surface grinders used in the modern era are at least partially automated. The work material is held on the table of a magnetic chuck and sometimes an electro-magnetic chuck depending on the specific machine.

 

What a Surface Grinder Does To Material

A surface grinder produces a high level of heat which will create stress on the material. After being run through a surface grinder, a material will be more apt to breakage or fracture than before it was run through the machine. A material can also lose its magnetic properties if its temperature is raised too high.

 

Tong Yi Machinery Inc. is the professional surface grinders manufacturer in Taiwan. Kinds of surface grinding machine series all can be provided by them. If you need further details about surface grinders, welcome to browse Tong Yi’s website or contact with them via email or telephone!

 

Article Source: http://www.ehow.com/how-does_5315080_surface-grinder-work.html

Protect Your Diesel Forklift Trucks from ‘Bad’ Fuel

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Tackling chemical effects, water and microbes

Diesel is one of the materials handling industry’s most basic requirements, but like other fuels it deteriorates with age. Chemical degradation, contamination with water and infestation with microbes can turn it into an unhealthy cocktail that damages your forklift trucks and your operation.

 

At best, ‘bad’ diesel reduces the efficiency of your lift trucks’ performance. At worst, it causes serious and expensive damage. If you think you can avoid this by buying only ‘good’ diesel, you are mistaken. The changes that turn good diesel bad usually take place on your own premises.

 

Suppliers of diesel in the EU and other economically developed regions are governed by rules on its quality, content and storage, so you can expect it to reach you in good condition. Always buying from a supplier with a good reputation lessens the risk of careless handling and storage in the supply chain from the refinery to your business. The differences between brands of diesel tend to be in the mix of additives used.

 

The problems

Even under the best conditions, chemical activity will eventually change the nature of stored diesel. The products of that chemistry include solid materials which form a slimy layer on surfaces and sludge at the bottom of tanks. Water is bad news for engines on its own, but it also encourages microbial growth which speeds up the chemical degradation.

 

Let’s look at each of those interacting factors in turn to see where they come from and what effect they have. As soon as diesel is exposed to air it reacts chemically. This starts off chain reactions that result in more and more undesirable molecules and solid breakdown products. As well as causing blockages, these substances are often corrosive. If you store diesel, they can become a problem within a few months – and even sooner if water and microbes increase their production.

 

Diesel can become ‘wet’ through leaks in storage tanks and absorption from a moist atmosphere. Water in diesel is directly damaging to some engine components and it interferes with fuel combustion. It also reduces the fuel’s lubricating effect, exposing engines to excess wear and damage. In a metal storage tank, water can lead to corrosion and further contamination. In addition, the presence of water helps microbes to thrive.

 

Diesel is an organic substance which can be used as food by a variety of bacteria, fungi and yeasts. Arriving via the air, in moisture or from a contaminated supply, these microbes can multiply hugely. Their acidic by-products, along with the slime created by their own biomass and by breakdown of the fuel, can be highly damaging. They form a layer or biofilm on surfaces, often collecting in pits and crevices where their corrosive effect becomes even more concentrated.

 

Slime and sludge produced by these factors blocks filters and fuel lines, while the acids affect engines, fuel systems, storage tanks and any other vulnerable surfaces coming into contact with them. Combustion efficiency decreases, engine life is shortened and bills for replacing components become more frequent. Once microbes have infected a diesel forklift truck they are very difficult to eradicate.

 

For completeness, it should be mentioned that other materials can contaminate fuel. Abrasive particles of rust, dirt and sand are particularly to be avoided in engines.

Before discussing solutions to diesel problems, it is worth noting that the composition of this fuel has changed over the years and is likely to continue changing.

 

Regulations on reduction of sulphur, to clean up exhaust emissions, have led to the use of ultra-low sulphur diesel (ULSD). Sulphur increases the lubricant properties of diesel, so engines using ULSD may wear more quickly.

 

Throughout Europe, biodiesel (biologically produced diesel) is now blended with the fuel to improve lubrication. Unfortunately biodiesel breaks down more quickly, absorbs more water and is more hospitable to microbes. With biodiesel, even greater care must be taken to protect the fuel from contamination.

 

The solutions

The first steps toward avoiding diesel quality problems are to buy it from a reputable supplier, as already mentioned, and to store it in suitable, well-maintained tanks. Regulations on storage of diesel vary a little between countries in Europe and mainly concern the potential environmental impact of leaks reaching water bodies and other natural habitats. For diesel users, avoiding the loss of expensive fuel should be a strong enough incentive to ensure vigilance against leakage.

 

Safety legislation is stricter for petrol than for diesel, but it must always be remembered that all fuels are flammable. Keeping storage tanks away from sources of heat is essential, and a cool environment also helps in maintaining the diesel’s condition.

 

Some people may believe that the fuel filter in their diesel forklift truck’s engine will remove any contamination. This is unlikely. The fuel you put into the truck must be kept clean and in good condition within the storage tank. If diesel is stored at a low temperature, and certainly below 70 ºF (21 ºC), and care is taken to avoid contamination, it should last for a few months. To extend its life further, fuel stabilisers, biocides and other treatments may be needed.

 

A storage tank should be regularly checked for any defects that could let diesel leak out or water leak in, while openings should be water-tight and caps should be secured. The space between the fuel and the top of the tank is filled with air, which can be a source of moisture. Ideally that space should be kept to a minimum, allowing only enough for expansion of the fuel. This is another good reason for topping up frequently with fresh diesel from the supplier rather than storing large amounts.

 

A variety of fuel stabilisers can be bought for use if diesel has to be stored for relatively long periods. Regular, routine testing of stored fuel for water and microbial contamination is a sensible precaution. Simple-to-use test kits are available for this. The sooner these problems are detected, the easier and less costly they are to tackle.

 

If fuel is heavily contaminated by microbes, a large dose of biocide can be used to kill them. The dead bodies of the microbes, along with the solid material they have helped to create, need to be filtered out before the fuel is fit to use. Killing all of the microbes is difficult when they are living deep within slime and sludge, so biocide treatment will not work unless the storage tank is thoroughly cleaned.

 

Simple measures to reduce contamination risks include using a filter whenever moving fuel from one storage vessel to another, or into the tank of a forklift truck, and always doing this in a dry, dirt-free place. At the other end of the scale, for operations that really do require long-term storage of diesel in large quantities, there are specialists who can supply automatic systems for cleaning and removal of solids, water and microbes. Having invested heavily in your diesel forklift trucks and your business, it makes absolute sense to protect them.

 

Tailift is the professional manufacturer of producing diesel forklift trucks. If you are interested in learning more information about forklift truck series, welcome to visit Tailift website to see what products we can offer you!

 

Article Source: http://eurekapub.eu/fleet-management/2015/04/14/protect-your-forklift-trucks-from-bad-diesel-fuel

How to Clean Different Outdoor Furniture Fabric

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Outdoor furniture is designed with durability and longevity in mind, as it has to battle the elements of a patio, backyard, or deck. Designers have created unique fabric blends to resist fading, tearing and to be easy to clean after long periods of storage. There are several types of materials commonly used in outdoor furniture, and each requires a different level of care and cleaning routine.

 

Solution-Dyed Acrylics

 

Commonly used for softer, more pliant pieces of furniture, solution-dyed acrylics are commonly used for outdoor pillows, umbrellas, and awnings. To create this type of fabric, the acrylic is formed in to colored fibers prior to becoming thread and dyed prior to being woven into cloth. This chemical treatment makes the material water-resistant and provides a better colorfast, which means the fabric is far less likely to bleed color when wet. According to a home-guide on SFGate, to properly clean this soft, breathable material, use a mild, soapy solution in warm water. Easily wipe away any dirt or mildew with a soft sponge or cloth.

 

Acrylic-Coated Polyesters

 

Polyester is a durable, man-made material which is commonly used in protecting outdoor furniture, especially due to the availability of many color choices. Unlike the solution-dyed acrylic fabric, this type of fabric is woven prior to being dipped into a colorful acrylic coating. This type of material is also available as a polyester-cotton blend, and most commonly used in protective covers for automobiles and watercraft. To clean this material, shake or vacuum loose dirt or debris from the fabric before using a mild soap with lukewarm water to wash and rinse clean. The fabric should be allowed to air dry and properly breathe in order to prevent growth of mold or mildew.

 

Vinyl-Coated Synthetic Fibers

 

Also known as PVC mesh, this type of fabric is most commonly used in outdoor hammocks and sling-style chairs due to its strength and durability. PVC mesh is created from polyester or acrylic yarns which have been coated in vinyl for a strong, non-stretching material that is intended to support the weight of an individual. Vinyl-coated synthetic fibers are colorfast and easily cleaned with a cloth, lukewarm water, and a mild powdered soap solution. Avoid acid-based or vinegar-containing cleaning solutions, as these may damage the mesh. Never use an iron or heat exceeding 150 degrees as this may cause melting or warping of the material. Due to the combination of durable, water-resistant fabrics, PVC mesh is also mildew-resistant.

 

Synthetic Fabric

 

Other types of pliable, synthetic materials used in outdoor furniture include those designed to protect from fading and sun damage. Furniture covers and umbrellas take the brunt of the elemental beating, and have been designed to stand up to the harsher conditions which affect an outdoor space. According to Terra Patio, who specialize in outdoor furniture, to properly clean these types of fabrics, immediately brush off accumulated dirt and spot-clean spills quickly to avoid staining. Avoid cleaning products which contain bleach, as they may discolor the fabric, and do not use detergents. Mild dish soap and lukewarm water should suffice in caring for the area. Avoid using an iron or steamer on the synthetic fabric as it may warp or melt. Air dry for best results.

 

Olefin

 

Olefin is a man-made material related to plastic which is created by heating polyethylene (or other petroleum-based compounds) and pressed in to a spinneret to create long fibers. Olefin is manufactured in a similar style to other man-made fabrics such as nylon or polyester, but has a much smoother texture. Olefin is used in furniture such as lawn chairs and outside carpeting due to its quick-drying and weather-resistant properties. It is also stain and mildew-resistant, making it a great fabric for the outdoors. To clean Olefin, wipe off or vacuum dirt particles before using a mix of bleach, dish detergent, and warm water. Saturate the fabric with the solution and rinse well.

 

Properly caring for outdoor furniture increases the longevity of the pieces, protecting against mold, dry rot, and damage due to adverse weather conditions. Although the fabric used in the manufacture of outdoor furniture is more durable than those intended for exclusive indoor use, homeowners should properly clean and store their patio furniture when not being used for an extended period of time.

 

Jiunn Jang Textile Co., Ltd. is the professional PVC mesh manufacturer in the industry. If you are looking for mesh fabric, welcome to check out Jiunn Jang’s website to find you need. Feel free to contact us via email or telephone!

 

Article Source: http://EzineArticles.com/8913803

What is a Pressure Control Valve and Why Do You Need It?

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Pressure control valves are found in virtually every hydraulic system, and they assist in a variety of functions, from keeping system pressures safely below a desired upper limit to maintaining a set pressure in part of a circuit.

 

Every pressure control valve switches (or controls) at a predetermined pressure setting. The switching pressure is generally a variable setting on the valve itself. A change in position of the pressure control valve (i.e. open or closed) occurs either gradually (by control) or suddenly (by switch). Pressure shut-off valves and pressure sequence valves are hydraulic valves with a fixed throttle whereas relief and reducing valves are hydraulic valves with a variable throttle.

 

Pressure valves are hydraulic valves that gradually (control) or suddenly (switch) change in position.

 

The most common types of pressure control valves are the pressure relief valve and the pressure reducing valve. Pressure relief valves control the system pressure by relieving part, or all, of the flow to tank. Pressure reducing valves reduce the pressure supplied to a sub-system of a hydraulic system. Sequence valves are used to direct the flow to a secondary circuit. Unloading valves are used to direct flow to tank at pre-set system pressure.

 

Type of Pressure Control Valves

 

  • Pressure valves, relief function
  • Pressure valves, reducing function
  • Pressure valves, fixed throttle

 

A hydraulic system can only function – as per requirements – by using valves. Thus, you should always look for the correct type of hydraulic valve to serve your intended purpose. You can try to browse the website of ASHUN, the professional hydraulic valves manufacturer in the industry, to get more information about pressure control valves. If you have any questions, welcome to contact with ASHUN via email or telephone!

 

 

Article Source: https://dta.eu/hydraulics/hydraulic-valves/pressure-controls/

Article Source: http://www.hydraulicspneumatics.com/200/TechZone/HydraulicValves/Article/False/6411/TechZone-HydraulicValves

Difference between Manual Thermostats and Electrical Thermostats

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A thermostat is a temperature–sensitive device that turns HVAC systems on and off when the temperature of an environment reaches a preset level. Essentially, it turns on the air conditioning when it gets too warm, or the heating when it gets too chilly. Thermostats control the workings of comfort systems by directing energy to the appropriate system when needed. When selecting a thermostat, property owners can either go for simple manual thermostats or sophisticated electronic thermostats that provide improved functionality and highly efficient operations. Thanks to the easy to understand packaging and universal compatibility, choosing a thermostat is easy.

 

Systems that Use a Thermostat

Single–stage heating systems have one electrical or gas heating device, which may consist of a heater or an AC device as well. Most units that use natural gas provide single–stage heating. Usually, a single–stage thermostat should have room for three wires if the system handles heating only. However, if the system handles heating and cooling, the thermostat will have to accommodate five wires or less.

 

Multi–stage systems have a standard electrical or gas heating device as well as an emergency and/or auxiliary heating device. The emergency or auxiliary heating kicks in when temperatures drop faster than the standard heater can handle, or if the standard heater fails. Line voltage systems, on the other hand, use direct current. Homeowners should choose line voltage thermostats that can handle additional conducted power.

 

Difference between Manual and Programmable Electrical Thermostats

 

Electromechanical or annual thermostats are the traditional mercury units that have internal coils to contract and expand in response to changes in temperature. They are becoming obsolete because of two main reasons:

 

  • Products containing mercury are banned or restricted in most states
  • Programmable thermostats are more accurate and sensitive to temperature changes

 

However, manual thermostats are still popular due to their ease of use, low cost, and the familiarity of their controls.

 

Digital manual thermostats use an electronic sensor to register temperature changes in an environment and then compare those changes to the preset settings. If there is a difference, the thermostat sends a warning to the cooling or heating system that immediate action is required. However, users still have to physically adjust the settings to their preferred level.

 

Programmable electrical thermostats are an upgrade from the manual thermostats. In addition to saving energy costs, they allow homeowners to program their preferred temperature settings into the unit’s memory, along with the time of day they would like the changes to occur.

 

For most homes, a pre–programmed electrical thermostat does not need any adjustment. Homeowners simply need to install it and they are ready. When determining the right thermostat, homeowners should consider the flexibility and functionality they need from day to day.

 

Alpha Brass electrical thermostats are manufactured and calibrated with precision to provide accurate temperature points. These thermostats are snap-acting and the temperature is controlled by signal interrupting the gas flow to the burner. If you need further details about our electrical thermostats, welcome to browse our website or contact with Alpha Brass directly!

 

 

Article Source: http://cphac.com/blog/difference-manual-thermostats-electrical-thermostats

How to Use Metal Eyelets?

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Sometimes you see projects and they just don’t look finished. They are probably fine the way they are, but a little dressing up never hurt anything, right? One of the ways you can dress up plain punched holes is with eyelets. They aren’t hard to use when you know how, so here are a few tips to get you started!

 

There are several sizes of scrapbooking eyelets, such as 1/8″ and 3/16″. This size refers to the hole in the center of the eyelet, not the outside diameter of the design. They come in all shapes and sizes, similar to scrapbooking brads.

 

One question I get asked a lot is, “are these for use on cloth or clothing?” Certainly we all see metal eyelets all the time on curtains, hats, belts, and on shoes & hoodies where the strings go through. Generally, these are a sturdier type of eyelet than scrapbooking eyelets and they have to be attached with a special setter that can go through thick materials. So while you might be able to use scrapbooking eyelets on cloth, they probably won’t stand up well to the harsh environment of wear and washing for very long.

 

Scrapbooking eyelets are usually a weaker metal than clothing eyelets and can easily be attached with a simple metal setter and a craft hammer. There are even eyelets that can be set with a ball point pen tip. They are called Quicklets and are made by Eyelet Outlet. The metal is very soft and is scored so that the back flattens easily when pushed on firmly with a pen tip.

 

Depending on your budget, there are several types of eyelet setters available on the market. There are silent setters which are a spring-loaded type of setter, the crop-a-dile, a squeeze type of tool, but most common and economical is the eyelet setter tool. An eyelet setter is a metal took about 5″ long with a special tip that fits into the hole on the back of the eyelet.

 

To set a metal eyelet, simply make a small hole in your paper and place the eyelet through the hole. Then turn the paper & eyelet over onto a firm surface. Place the tip of the setter into the hole, Give the top of it a firm whack or two with a craft hammer. That’s it! The back of the eyelet will splay out holding the eyelet in place. If you need a neat appearance on the backside of your project, consider buying finishing washers or rivets. They are placed on the back of the eyelet before setting it.

 

Metal eyelets are often used for lacing ribbons just like on clothing. They make a great embellishment for the top of a tag and also work well for joining several pieces of paper together. They’re a great staple for any paper crafter’s supply closet, so hope you give them a whirl today!

 

Dyi Er Kang Enterprise Co., Ltd. is specializing in designing & producing all kinds of plastic accessories, metal accessory plastic snaps & buckles. If you are interested in learning more information about metal eyelet or other garment accessories, welcome to browse our website or contact with Dyi Er Kang directly!

 

 

Article Source: http://EzineArticles.com/5869445

Overview and Advantages of the Hydraulic Radial Drill

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Can you imagine the hassles of not being able to drill a hole through a work piece that is too large to fit in your drilling machine’s table? The limitations of your drilling machine may be inconvenient, but the radial arm drill press puts an end to this dilemma.

 

A hydraulic radial drill or radial arm press is a geared drill head that is mounted on an arm assembly that can be moved around to the extent of its arm reach. The most important components are the arm, column, and the drill head. The drill head of the radial drilling machine can be moved, adjusted in height, and rotated. Aside from its compact design, the radial drill press is capable of positioning its drill head to the work piece through this radial arm mechanism.

 

This is probably one of the reasons why more machinists prefer using this type of drilling machine. In fact, the radial drilling machine is considered the most versatile type of drill press. The tasks that a radial drilling machine can do include boring holes, countersinking, and grinding off small particles in masonry works.

 

Although some drill presses are floor mounted, the most common set-up of hydraulic radial drills are those that are mounted on work benches or tables. With this kind of set-up, it is easier to mount the drill and the work pieces. There is no need to reposition work pieces because the arm can extend as far as its length could allow. Moreover, it is easier to maneuver large work pieces with the radial arm drilling machine. Large work pieces can be mounted on the table by cranes as the arm can be swiveled out of the way.

 

Here are some of the major parts of the radial arm drilling machine:

 

Column – the part of the radial arm drill press which holds the radial arm which can be moved around according to its length.

 

Arm Raise – adjusts the vertical height of the radial arm along the column.

 

On/Off Button – the switch that activates and deactivates the drill press.

 

Arm Clamp – secures the column and the arm in place.

 

Table – is the area where the work pieces are fed and worked on.

 

Base – the radial arm drill press part that supports the column and the table.

 

Spindle – the rotated part of the drill press which holds the drill chuck used in holding the cutting tool.

 

Drill Head – the part of the drill press that penetrates through the material or work piece and drill through the specific hole size.

 

Radial Arm – holds and supports the drill head assembly and can be moved around on the extent of its length.

 

There are a number of advantages of using the radial arm drill press. One of these advantages is the amount of area that it can cover which is only dependent on the length of the arm. Another advantage is the considerable size of work that it can handle since the arm can actually swivel out of the working area allowing cranes and derricks to place work pieces on the table. Finally, less effort is required during the drilling process because the arm assembly seemingly is doing all that is needed for specific tasks to be completed.

 

Top-One Machinery Co., Ltd. is a professional hydraulic radial drill manufacturer. The company provides high quality machinery for clients. If you are interested in learning further information about radial drill series, welcome to browse the website of Top-One or contact with them directly!

 

 

Article Source: http://www.brighthubengineering.com/manufacturing-technology/62030-radial-drilling-machine/

Growing Impact of Aluminum Die Casting Parts in Various Industries

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Die casting aluminum is mostly used in large manufacturing units. This process is very much acclaimed for its reliability and strength. Used in various industries they are cost effective in nature and immensely cater to the demand of users. Their advent can be seen more in aerospace industry where precision and quality is vital. Components made from casting aluminum are solid in nature and are resistant to harsh weather condition. Product crafted from aluminum is mostly used in aviation and commercial industries. Of immense potentiality these aluminum die casting products gel with other metals and offer flexibility by all means.

 

Aluminum die casting parts are comparatively better than plastic injection molded parts. Tag for quality, it bags excellence in all manufacturing endeavor. These aluminum parts are a natural shield for RF and EMI and prevent radio frequency. Stronger and stiffer casted aluminum parts are more stable dimensionally and are resistant to heat. With high degree of permanence these aluminum parts are with highest tolerance and finest finish. Ensuring more uniformity and dimension accuracy, aluminum die casting parts have drawn attention of the users. Its applicability in aircraft industry mark safety by all means. Light in weight and durable at high temperature these die casted products are of huge benefit to aviation industry which includes aircraft seats, components for the passenger cabin or baggage compartment etc.

 

This technology is marked for its high quality and utilitarian parts. Used in making electronic devices like cell phones and MP3 players, digital cameras and flat screen monitors and many others they also form an important part of construction industry. Aluminum casting is known for producing precision parts in high volume at low costs. While ensuring good surface finish they eliminate the need of post machining. Manufactured under strict supervision of experts, die casted aluminum parts ensure impeccability and comply with the international standard. Owing for superior attributes, these casted parts are commonly used in electrical, telecom, automobile and plastic industries. When it comes to strength and weight zinc casting parts offers best pact.

 

Aluminum die casting is used in number of industries because of its marked quality and excellent trait. Need of various industries this process lower cost and ensures productivity. As of you know how these aluminum die casting parts are useful, you can easily choose to avail them online. By browsing internet you can get handful suggestions and opt for the best that suits your need.

 

Champion H&C Inc. is an expert of Zinc, Aluminum, Magnesium Alloy tooling and mold design. We can provide superior quality aluminum die casting parts and various services to meet clients’ demands. If you need further information about our company, welcome to visit our website and send inquiry to Champion!

 

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