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When it comes to interior design, glass balustrades are fast becoming a must-have feature. Whether it’s a residential, public or commercial property, glass balustrades are an elegant solution to the very practical problem of keeping people safe. But what’s the best way to firmly secure them in place? In this article, we believe glass clamps are the best solution. There are other options out there, however, so to help you make a decision, we’ve pulled together everything you need to know about glass clamps.

 

Glass Balustrades

The purpose of glass clamps is to hold the glass panels of a balustrade steadfastly in place. Glass balustrades can be used in a variety of ways inside and outside a property, including on staircases, balconies and around any decked area. Much of their popularity can be put down to the distinct advantages they hold over more traditional wooden or metal balustrades. Primarily, the fact that they don’t restrict the flow of light between two spaces. As a result, the area remains bright and airy rather than hemmed in and claustrophobic.

 

The transparent nature of glass also means that you can see straight through, making it a particularly suitable option for balconies and decking surround. You don’t have to compromise your property’s view in order to be safe. Installing a glass balustrade outside doesn’t mean loads of maintenance either, as glass is an easy to clean material. All you need is a cloth and some soapy water.

 

Finally, the glass that is used to create these balustrades is incredibly strong and durable. This isn’t the easily shattered material that you might think of from glasses and mirrors. Glass balustrades are created using tempered glass, which has 4 times the strength of standard annealed glass.

 

Why Use Glass Clamps?

Glass clamps are the very best option for securing glass balustrades because they carry a lower level of risk than the alternatives. We would certainly caution against drilling holes directly into the glass itself. With tempered glass, any attempt to drill through will almost certainly result in the pane shattering. The unique heating and cooling process that it undergoes introduces a high level of tension. It is this tension that gives tempered glass its amazing strength. If you do want your glass panel to be cut or drilled in anyway, this must be done prior to the tempering process. This approach relies on your being 100% confident in your measurements as there’s no going back.

 

Glass clamps on the other hand, do not cause any damage to the glass itself and can be adjusted during the installation process. Fitted correctly, they hold the weight of a glass panel firmly in place and prevent it from sliding or wobbling about.

 

What Do Glass Clamps Look Like?

There’ll be a slight variation between different models but generally, glass clamps are composed of two parts. There’s an L-shaped bracket which is screwed into the supporting surface, and then clamp itself. This is rubberized for additional protection and can be bought in a rounded or sharp edged style.

 

How to Fit Glass Clamps?

Glass clamps are relatively simple to install yourself if you follow the manufacturer’s instructions. Remember, glass balustrades have an important safety role to play as well as looking stunning so it pays to get it right.

 

When it comes to fitting glass clamps you first need to establish how many you need. This number will vary depending on the size and thickness of the glass but a rough guide is 4 clamps per square meter of glass. In order to ensure that the weight is evenly distributed, the glass clamps should be equally spaced.

 

Glass panels are available in a wide array of thickness and so there is similar variety available in glass clamp size. It is of the paramount importance that there is a snug and secure fit otherwise the glass may give way under pressure, completely defeating its purpose and posing a real danger. A huge advantage of using glass clamps is that they normally come with adjustable screws that allow you to tighten the fit as needed. Rubber gaskets provide additional leeway as they stretch around the glass without breaking it.

 

Rather than fighting one glass clamp and tightening it as far as it will go, we recommend that you attach them all and tighten them gradually. This technique ensures that the pressure on the glass remains evenly spread.

 

That’s pretty much everything you need to know about glass clamps, but if you have any further questions welcome to get in touch with Luju Enterprise Co., Ltd. – they are the company specializing in stainless steel glass clamps and kinds of building hardware. Today, contact with Luju for more details!

 

Article Source: Glass & Stainless Supplies

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Aquahung Flat Garden Hose

Are you tired of using poorly-made garden hoses that can make watering your plants or cleaning your car is an uphill struggle?

 

Your standard garden hose always kinks, the hose winder breaks, the length isn’t long enough to reach your beloved plants or vegetable garden, or the hose hanger simply falls off the wall. Worse still, the cold weather gets to the rubber hose and it starts to fall apart.

 

What if you had access to a convenient, reliable, and durable gardening solution for your needs? Well, there are many great choices at AquaHung to find the best flat garden hose for your home.

 

The kink free flat retractable garden hose design makes it simple to set up and store. Flat garden hoses have been developed to provide superior convenience and usability as well. They can easily double up as a flat soaker hose, a sprinkler, or even a pressure washer hose.

 

Choosing good tools when it comes to gardening tasks is important for your productivity levels and convenience as well. A good garden hose saves you the hassle of setting up and storing a hose with its superior design and material construction. An excellent consideration for you to start with would be these kink free flat garden hoses designed for impressive performance results.

 

AquaHung is producing more than 1,000,000 garden hoses each year and exporting them in the international horticultural market. Manufactured by premium material to guarantee the best quality of water garden hoses and also provide a short lead time, cost-effective for all shipments they made.

 

If you have requirement of flat garden hoses, no hesitation, contact with AquaHung (Hung Ta Garden) for more water hoses!

 

Article Source: Plant Care Today

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A tape gun dispenser is ideal for sealing boxes, cartons and makes light work of all heavy duty packaging jobs. Excell tape dispenser is able to quick and easy to load.

 

Follow 4 steps below, easily load a tape dispenser. Also, you can watch Excell video to learn the steps.

Step 1

Insert the roll of packing tape onto the large dispenser wheel on the top-right of the tape dispenser with its handle grip to the right.

 

Position the tape roll so that it will unwind with the sticky side facing down as the dispenser is pulled backwards.

 

Step 2

Pull the front end of the tape roll through the slot between the dispenser roller and metal guide.

 

The guide can be held open by pressing down on the extended metal tab. The sticky side of the tape should face down/ away from the edge of the blade. If you have the tape in the wrong way, the tape will stick to the dispenser roller, so make sure the sticky side is face down.

 

Step 3

Pull up the tape so the tape is over the cutting bar/ serrated blade, being careful not to cut yourself on the sharp blade.

 

To test the dispenser, pull a small amount of tape out and cut the tape with the serrated blade or by pressing it against a box and pulling back to make sure the tape unwinds and adheres correctly.

 

Step 4

Adjust the tension on the dispenser (in the center of the large dispenser wheel) to set a smooth and comfortable unwind mechanism.

 

Now, start to use your tape dispenser!

 

If you have requirement of tape dispensers which are quality and easy to use, please do not miss Excell Factory Inc. – they are the well-known tape gun dispenser manufacturer in global markets. To get more a wide range of tape dispensers, contact with Excell for more details now!

 

Article Source: https://rapesco.com/load-packing-tape-dispenser/

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EDMs, or electronic discharge machines, are computer controlled machine tools that use electrical discharges or sparks to create a desired shape in a metal. An EDM machine may be interchangeably called spark machinery, die sinking, spark eroding or wire erosion since metals are subjected to different electrical process to obtain the desired design or shape.

 

Two Main Types of Electronic Discharge Machines

 

A sinker EDM which uses an insulating liquid (oil or dielectric fluid) to apply electrical discharges and a wire EDM that uses a single strand of brass wire to make deep cuts in the metal. Other popular types include small hole and spark EDM’s.

 

There is a very long list of industries that use these machine tools. From manufacturing coins to fabrication of vehicle parts, these industries and more have benefited from the precision and effectiveness of various EDM machines. In mould production or the creation of prototypes of any machinery component, they are indispensable as a mould-making tool. Countless industries like automotive, electronics, mechanical and aerospace industries have used parts and components that are produced using these machines.

 

EDMs are also used in processes requiring precise and accurate cutting or forming. A small hole drilling EDM is used to create holes in metal parts so that large plats may be eroded to the metal without the need of pre-drilling. This method is used in many industries to create parts such as turbine blades in jet engines, different components for fuel systems, and many more.

 

Why EDMs Preferred Over Other Computer Are Controlled Cutting Machines?

 

  • These machine tools are able to cut hard metals according to any set design which may not be possible using other kinds of traditional cutting tools. They can shape extremely hard metals which are impossible with many other cutting tools and equipment.

 

  • They are designed to create high quality, precision finished products. Problems with final product outcome are eliminated since there is no point of contact in between the tool and the metal or work piece.

 

  • The end result is a metal part with a good surface finish due to the critical cutting ability of the tool. Even fine holes are possible with an EDM which is impossible to recreate using any standard cutting tool.

 

  • The production speed may be slower when compared to high volume production cutting tools but the finished product is as good as the prototype.

 

  • The use of oil-based insulating fluid improves the way the material is cut. This ensures precision and impressive end results which can reduce material costs.

 

Although the most common disadvantage of excessive wearing of tool parts is inevitable in most EDMs, parts and precision components are typically easy to locate.

 

There are also many companies that provide maintenance and repair services. These machines do typically require a great deal of maintenance and efficient handling.

 

However, well-maintained units will provide years of precision service.

 

An EDM machine is indispensable no matter what industry it is used in, so be sure that you trust only the most reliable EDM distributors in your industry for equipment, parts, and service.

 

If you have requirement of EDM machines, I recommend you to visit Excetek Technologies Co., Ltd. – they specialize in wide range of EDM machining equipment. Today, contact with Excetek for more details of EDMs!

 

Article Source: EzineArticles.com

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There are common misconceptions when it comes to knowing the difference between compatible and original toner cartridges and inks. The quality of your printing and your page yield will not be compromised when “settling” on a cartridge alternate.

 

Genuine OEM or original branded toner cartridges never seem to get discounted anywhere close to the prices of many compatible or generic versions. Manufacturers like Brother and Sharp usually set a minimum price to keep the profit up on toner, even if the printers themselves might seem fairly inexpensive by comparison. It is for this very reason that many people have wondered if they can expect good results from those compatible or generic cheap toner cartridges.

 

Name brand printer manufacturers go to great lengths to make doing business difficult for compatible cartridge suppliers. For example, they may design their toner cartridges or printers with patented parts so that a compatible would be difficult to manufacture without violating the patents or copyrights. This doesn’t stop the many manufacturers of compatible cartridges from trying. They often alter the design or manufacturing just enough to avoid violating the intellectual property rights of the original manufacturer. The cartridge is still built to be compatible and fit properly in the printer, even if it might look slightly different.

 

Another approach original printer manufacturer’s use is publishing warnings that generic or compatible toner cartridges could damage the printer or void its warranty. This is highly unlikely however. Any damage to the printer is usually caused by users and not generic toner cartridges themselves.

 

Some people have had inferior results from generic cartridges. When this happens, many conclude that all compatible cartridges are inferior. However, there are many different manufacturers of compatible toner cartridges in various countries and the quality can vary from one company to another. For example, some compatible cartridge manufacturers seek to deliver quality products and others sell by having the lowest price. When trying to cut costs, some cartridge manufacturers have been known to use inferior plastic or toner mixtures. These inferior products create a bad reputation for compatible cartridges in general since they all seem to be generic and it is difficult to tell the product of one manufacturer from another.

 

When a compatible or generic cartridge does not produce quality output, it may actually be defective, which happens to all brands. It is also possible that the cartridge was produced by an inferior manufacturer and it could be difficult to tell who made it since they are often made to look generic. In fact, some generics are labelled or branded by other companies as their own brand. They will typically do this with better quality product though, since they want the toner cartridge to reflect well on their brand.

 

Compatible Toner and Ink Cartridges

When talking about compatible cartridges, it means that they will match with or be compatible with your printer. The only difference will be that it’s been manufactured by another company – not your printer’s. Often termed as the “generic” brand of printer cartridge, it’s often given a slight for not being the correct cartridge for your printer. This could be further from the truth! Because manufacturers carry such a high quality standard and produce these cartridges under strict code and quality control, they may even exceed the page yield and quality for your prints! And obviously, they will provide more bang for your buck not being of the same brand as your printer – truly a win-win!

 

Remanufactured Toner Cartridges

Another area where you can save some money is with a remanufactured toner cartridge. Essentially these are cartridges that have been repurposed to be used as cartridges again; recycled cartridges if you will.

 

The process to produce these cartridges includes certified technicians gathering them, cleaning them out, replacing all the bad parts and refilling them with semantic toner. Once that’s done, it’s tested and resold to the public. Not only will this be savings for you and your business, but it will also help the environment! With landfills and garbage dumps filling up with empty toner and ink cartridges, it’s also a nice way to give back. Interestingly enough, remanufactured cartridges can sometimes have more toner or ink because OEM cartridges aren’t necessarily fully emptied to completion.

 

With compatible cartridges, it’s always emptied to full capacity, thus giving you more page yield – and more bang for your buck!

 

If you have requirement of compatible toner cartridge or remanufactured toner cartridge, I recommend you to visit Cartridge Web™ – they are the professional manufacturer of specializing in ink cartridges. You can find all the top brands of printer cartridges like Brother& Sharp, OKI, Dell, Epson, UTAX, Olivetti and many more. Today, contact with Cartridge Web™ for more details of toner cartridges!

 

 

Article Source: https://www.waltons.co.za/original-vs-compatible-toner-cartridges-blog-7-12080-20180926072908

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Forging process one of metal forming, it has many important applications in industrial. The most important application of forging is in order to deform bulk materials into the required size and shape. All the time that a mechanical part is submitted at variable loads, impact loads, the forging process is the ideal process to make the part. Forging parts have the highest fatigue resistance, and toughness improved.

 

Below, let’s move on learning what the common applications of forging parts are.

 

  1. Automotive & Truck

The characteristics of forging parts strength, reliability and economy are what make them ideal for vital automotive and truck applications. Forged components are commonly found at points of shock and stress such as wheel spindles, kingpins, axle beams and shafts, torsion bars, ball studs, idler arms, pitman arms and steering arms. Another common application is in the powertrain, where connecting rods, transmission shafts and gears, differential gears, drive shafts, clutch hubs and universal joints are often forged. Although typically forged from carbon or alloy steel, other materials such as aluminum and micro alloyed steels are seeing great advances in forged auto and truck applications.

 

  1. Agricultural Machinery & Equipment

Strength, toughness and economy are also important in farm implements. In addition to engine and transmission components, key forgings subjected to impact and fatigue range from gears, shafts, levers and spindles to tie-rod ends, spike harrow teeth and cultivator shafts.

 

  1. Valves, Fittings, Oil Field Applications

Because of their superior mechanical properties and freedom from porosity, forgings are often associated with the high pressure applications of the valve and fitting industry. Corrosion and heat-resistant materials are used for flanges, valve bodies and stems, tees, elbow reducers, saddles and other fittings. Oil field applications include rock cutter bits, drilling hardware, and high-pressure valves and fittings.

 

  1. Hand Tools & Hardware

Forged has traditionally been the mark of quality in hand tools and hardware. Pliers, hammers, sledges, wrenches and garden tools, as well as wire-rope clips, sockets, hooks, turnbuckles and eye bolts are common examples. Surgical and dental instruments are also often forged. Special hardware for electrical transmission and distribution lines such as pedestal caps, suspension clamps, sockets and brackets are commonly forged for strength, dependability and resistance to corrosion.

 

  1. Off-Highway Equipment/Railroad

Strength, toughness, machinability and economy account for the many uses of forgings in off-highway and heavy construction equipment, mining equipment, and material handling applications. In addition to engine and transmission parts, forgings are used for a wide variety of gears, sprockets, levers, shafts, spindles, ball joints, wheel hubs, rollers, yokes, axle beams, bearing holders and links.

 

  1. General Industrial Equipment

Forgings of great size are often found in industrial equipment and machinery used by the steel, textile, paper, power generation and transmission, chemical and refinery industries to name just a few. Typical forged configurations include bars, blanks, blocks, connecting rods, cylinders, discs, elbows, rings, T’s, shafts and sleeves.

 

  1. Ordnance/Shipbuilding

Forged components are found in virtually every implement of defense, from rifle triggers to nuclear submarine drive shafts. Heavy tanks, missiles, armored personnel carriers, shells and other heavy artillery are common defense-related applications of forged components.

 

  1. Aerospace

High strength-to-weight ratio and structural reliability can favorably influence performance, range, and payload capabilities of aircraft. Made of various ferrous, non-ferrous and special alloy materials, forgings are widely used in commercial jets, helicopters, piston-engine planes, military aircraft and spacecraft.

 

Some examples of where a forging’s versatility of size, shape and properties make it an ideal component include bulkheads, wing roots and spars, hinges, engine mounts, brackets, beams, shafts, landing gear cylinders and struts, wheels, brake carriers and discs and arresting hooks. In jet turbine engines, iron-base, nickel-base and cobalt-base super alloys are forged into components such as discs, blades, buckets, couplings, manifolds, rings, chambers and shafts.

 

If you have requirement of forging parts, I can recommend you to visit Sharp-Eyed Precision Parts Co., Ltd. – they are one of Taiwan’s leading investment casting and forging manufacturers. They can provide widely investment casting and forging solutions for complex parts. Today, contact with Sharp-Eyed at +886-4-2565-8080 for more details!

 

Article Source: https://www.forging.org/forging/common-application-forged-components.html

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Chemical bonding technology is dominated by two adhesive families, two distinctly different surface-joining formulations. There’s the viscous and potentially toxic group, a series of compounds we call solvent based adhesives. In the other corner of the adhesion ring, water based adhesives provide an alternative bonding option. The two groups are undoubtedly both accomplished joining agents, but their contrasting base structures do set them apart. Let’s take a closer look at those differences.

 

Solvent VS Water Curing Technology

There’s a chance we’d be accused of jumping the proverbial gun if we were to immediately launch into a comparative analysis. Instead, just to bring us all up to speed, let’s open with a concise description that covers both compounds. Well, the two labels really only serve to inform us of one thing. They tell us how the active fixing agents are carried. On closer inspection, water based adhesives are waterborne, in that the watery carrying base evaporates as the resinous fluid is applied. In essence, the adhesive cures as it dries. Similarly, solvent-based adhesives rely on liquefied polymers as the active ingredient, one that cures as the solvent dissipates.

 

Base-Oriented Adhesive Differences

Solvent carriers are the ever-popular products that deliver industrial-strength bonds, but look out for noxious fumes when the substance is being applied. Meanwhile, paste-like watery adhesives have long since given impotent starches the push in favor of strong acetates and flexible synthetic elastomers. The substrate used with a water base is just as tacky as the alternative solvent based product, but it’s free of fumes and non-flammable, thus safe adhesion is underlined.

 

Conversely, special precautions need to be followed when solvent based adhesives are used to bond surfaces. These include provisions for adequate ventilation so that respiratory ailments can be avoided. Of course, the water carrying solution isn’t perfect, either. It’s prone to weathering, which means the formula can deteriorate when temperature extremes and rain penetration get out of hand. But, on tackling a waterborne adhesive once more, the inherently safe fluid is easy to wipe away and clean, which is something that can’t always be said for the solvent carrier.

 

The differences go on like this, like a tug-o-war on a chemical scale. The solvent form is basically a threat to the environment, a hazard that can trouble breathing and introduce a fire risk to a bonding project. Therefore, although many of these material characteristics can be equalized by purchasing proprietary formulations, a solvent base will always carry a safety-related question mark above its package.

 

If you have requirement or need more information of solvent-based adhesive and water-based adhesive, I recommend you to visit Great Eastern Resins Industrial Co. Ltd. – they are the professional adhesive manufacturer in the industry. Today, contact with GRECO for more details of industrial adhesive.

 

Article Source: https://foamsealant.com.au/differences-between-water-and-solvent-based-adhesives/

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5 Top Advantages of Fiber Laser Cutting

On February 12, 2019, in Machine, Manufacturer, by Jasmie K.
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There is a time and place for different types of laser cutting. Here are five top reasons customers choose fiber laser cutting services.

 

The utilization of fiber optics continues to evolve. The introduction of fiber optics into the digital, data driven world has allowed for the increase in data transfer speeds and amount. Instead of sending information through phone lines or coper wiring, fiber optics are made up of strands of diodes and transmitted using beams of light. The ability to send beams of light has shifted to lasers as the amount of light channeled and amplified through the fiber optic cabling allows for a powerful light beam, 200 percent more efficient than that of a CO2 laser, without the pricey optical mirrors commonly found in laser cutting systems. For businesses looking to invest in laser cutting or in need of laser cutting services, there are many advantages in turning to fiber laser cutting over the alternatives. Here are the top five advantages.

 

  1. Less Expensive

Possibly the most valuable advantage of fiber laser cutting is the price. The cost overhead for this technology represents a massive savings, both in initial purchase and over the lifetime of the laser. For starters, it doesn’t require expensive optical mirrors as is the case with other laser technology. Additionally, the focusing lens is not exposed, but instead sealed within the cutting head. Due to this, the focusing lens will, when properly maintained, last the lifetime of the fiber optics, instead of becoming damaged and requiring continual replacements, which is the case with other laser applications.

 

  1. No Moving Parts

Moving parts lead to heightened maintenance and an increase in operating costs. As light pulses are sent through the fiber optic cabling, it does not require moving mirrors in order to generate the necessary laser. Other forms of lasers utilize a rapidly moving mirror in order to heighten the laser’s power. To extend the life of the mirror regular maintenance is needed. This causes a slowdown in productivity. However, if regular maintenance is not performed, the chance of material damage increases, which not only takes the laser offline but it increases the cost to operate.

 

  1. Boost in Cutting Speed

Another advantage in using fiber optic laser cutting is the increase in cutting speed. When cutting a straight line of 1mm in thickness, a fiber based laser can cut three times faster than that of a traditional laser. This includes cutting through materials such as stainless steel. When cutting through 2mm thickness the time improvement does drop to twice as fast, but never the less, it still represents a sizable improvement.

 

  1. Cutting Reflective Material

One of the major problems when using a traditional laser is in regards to reflective material. There is the chance a laser may bounce off the reflective material, which in turn will damage the equipment. Due to this, traditional lasers are not often used when cutting brass, aluminum and copper. With fiber optic lasers though, this reflective material problem is no longer an issue, which in turn allows for the cutting of these materials.

 

  1. Higher Electrical Efficiency

Conventional CO2 lasers require a considerable amount more energy to product the laser beam. In fact, a 2 kW fiber laser cutting setup uses a third of the power as a 4 kW CO2 machine. This means the fiber optic configuration will not only save power each and every time it is used, but due to the lower energy requirements it helps increase the life expectancy of the hardware as well.

 

Conclusion

Each laser type has a time and a place. However, these are five of the most substantial benefits a fiber optics laser has over other, more conventional CO2 lasers.

 

If you have requirement or need more information of fiber laser cutters, I recommend you to visit Tailift Co., Ltd. – their fiber laser cutting machine has earned a reputation internationally for robustness, quality and performance. Their laser cutting equipment is designed for a wide range of metal working applications. Now, contact with Tailift laser cutter manufacturer for the best laser cutting solution!

 

Article Source: http://www.preferredmachinellc.com/why-fiber-laser-cutting

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OCEAN EDM DRILL

There are three different types of electrical discharge machining. The one described above is called sinker EDM. It is also known as die sinking, cavity type EDM, volume EDM, traditional EDM, or Ram EDM. Using Die sink EDM allows users to produce complex shapes. This method requires electrodes (often made from graphite or copper) that are pre-machined to have the necessary shape. This electrode is then sunk into the workpiece, creating the negative version of its original shape.

 

The second type of electrical discharge machining is called wire EDM and is also known as wire erosion, wire burning or spark EDM. In Wire EDM a thin wire is used to cut the work piece. In this case, the wire works as the electrode. During the machining, the wire is constantly coming from an automated feed with a spool. If the cut has to be made in the middle rather than the outside of the workpiece, small hole drilling EDM is used to make a hole in the workpiece through which the wire is threaded afterwards.

 

The wire is held with diamond guides. Usually the liquid is deionized water. The wire is often made from brass or copper.

 

The last type of electrical discharge machining is called hole drilling EDM. As the name suggests, this process is used for drilling holes. Compared with traditional drilling methods, EDM is able to machine extremely small and deep holes. Additionally, EDM drilled holes don’t need any deburring. The electrodes in this process are tubular and the dielectric fluid is fed through the electrode itself.

 

In general, every conductive material can be machined with electrical discharge machining. Common materials include metals or metal alloys such as hardened steel, titanium, and composites.

 

Typically, the electrodes for die sinking EDM are made of copper or graphite. The main factors that influence the decision for an electrode material are the electrode’s conductivity and its resistance to erosion. Graphite has the advantage that it is easier to machine than copper. However, copper is highly conductive and strong. Brass, an alloy of cupper and zink, is often used for wire EDM or small tubular electrodes.

 

Contrary to electrodes for die sinking, the wire used for wire EDM does not have to offer good resistance characteristics, as new wire is fed constantly duting the cutting.

 

Advantages: When Applying EDM Makes Sense

The main advantage of electrical discharge machining is that it can be used on any material as long as it is conductive. It is therefore possible to machine workpieces made from tungsten carbide or titanium that are hard to machine with traditional cutting methods. Another advantage of electrical discharge machining is the lack of mechanical force put into the workpiece. Fragile outlines are easier to produce because there is no high cutting force needed to remove the material.

 

EDM also allows for shapes and depths that are impossible to reach with a cutting tool. Especially deep processing where the tool length to diameter ration would be very high is a usual application for EDM. Sharp internal corners, deep ribs and narrow slots are other specialties of electrical discharge machining. Another argument for using EDM is that the surface finish is usually better than with traditional methods. Electrical discharge machining produces surfaces with a fine finish and high precision.

 

Moreover, EDM allows users to machine hardened workpieces. Whereas other machining techniques need to be executed before the workpiece is hardened with heat treatment, electrical discharge machining can be applied on the hardened material as well. Thus, any potential deformation from heat treatment machining can be avoided.

 

However, there are numerous examples where electrical discharge machining is not the right solutions. EDM is a high precision machining method. EDM is a rather slow method compared to traditional machining. High-volume tasks are therefore not suited for this method. At the same time, the electro thermal process requires high power consumption.

 

Similar to traditional chipping methods, the tool life in EDM is not endless. In sinker EDM, the electrode is also vulnerable to erosion. Because of the tool wear, the electrode has to be replaced regularly. In sinker EDM, it is also necessary to produce the correctly shaped electrodes before the workpiece can be machined. This is an additional step compared to machining processes with traditional cutting tools.

 

If you have interest or requirement of electric discharge machine, I recommend you to visit Ocean Technologies Co., Ltd. – they are the professional manufacturer of specializing in EDM machines. Welcome to check out their website and feel free to contact with Ocean for more details!

 

Article Source: https://www.etmm-online.com/what-is-electrical-discharge-machining-and-how-does-it-work-a-689686/

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There isn’t another material on the planet that is as versatile, durable, flexible, and lightweight as plastic containers. By various manufacturing techniques, they can be molded into any desirable form. From houses to supermarkets, plastic containers are extremely useful and are used almost everywhere.

 

Before we understand why plastic containers triumph over other materials, let us first have a look at the different types of plastic containers used in our everyday lives:

 

Plastic Canisters

Made from high-density polyethylene (HDPE), plastic canisters don’t get damaged with heat or water, unlike other materials. Moreover, they are airtight and preserve the freshness of the content stored in them.

 

Plastic Bottles

Usually made from polyethylene terephthalate (PET), plastic bottles are lightweight, which makes them easier to carry around. They also provide excellent thermal insulation. This makes them an ideal choice for storing cold or hot liquids.

 

Plastic Trays

From shopping trays to trays used in canteens and food service industries, you can find plastic trays used almost everywhere. They can be made from polyvinyl chloride (PVC), polypropylene (PE) or high-density polyethylene (HDPE) plastic. They are one of the best ways to transport goods and can be used and washed multiple times.

 

Plastic Food Containers

Made from polyvinyl chloride (PVC) or polypropylene (PE), plastic food containers keep food properly sealed. One can either store perishables by freezing them or cook food and then store it without contaminating or spoiling it.

 

If these weren’t reasons enough to choose plastic containers, let’s look at some incredible benefits that plastic containers have to offer:

 

  1. Low Maintenance

Plastic containers are extremely durable and do not require high maintenance like other materials. Containers made of metal or glass may develop cracks due to extreme weather conditions. In addition, there are chances of metal containers to scrape or rust after regular usage. This, however, isn’t the case with containers made from plastic.

 

  1. Cost-Effective

Plastic is economical when compared to wood or metal. Containers made from plastic can be bought at a very low cost. Moreover, plastic containers are sturdy and are less likely to be damaged. Imagine the expenses saved on repair and maintenance.

 

  1. Prevent Food Waste

Plastic containers help preserve the flavor, texture, and nutrients of food by locking out air. They prevent the absorption of nasty odors and flavors which could lead to food waste. What’s more, they can help preserve food freshness as it creates a vacuum and controls the exchange of oxygen and carbon dioxide.

 

  1. Plastics are Recyclable

Plastic is a highly versatile material and can be reused and recycled many times. When compared to glass containers, the recycling of plastic is growing. Each year over 40% of plastic containers made are recycled, as compared to 20% of glass ones.

 

The benefits of plastic containers are numerous! These benefits are, in fact, the reasons for their popularity despite the competition from glass, metal, and wood containers.

 

If you have interest or requirement of food grade plastic containers, I recommend you to visit Marathon Enterprise Co., Ltd. – they are the professional manufacturer of vacuum forming plastic products. You can find a wide range of vacuum forming plastic processing products on their website. To get more information of food containers, no hesitation, contact Marathon at +886-3-3590801.

 

Article Source: PLASTIVISION

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