The Different Kinds of Paint Finishing Equipment on the Market Today

 

There are different paint finishing equipment available in the market today. These include equipment used in the treatment, handling and execution of various painting and coating surfaces. Though aimed at achieving a common objective, the painting equipment differ in their mode of use in applying and finishing a painting exercise as well as their working principle.

Traditionally, paint coating was done through brushes, which often yielded uneven coatings being spread on surfaces. In recent times, there is need for more precise and effective coating solutions, leading to the existence of more sophisticated coating solutions.

The most common paint finishing equipment includes the following:

1. Spray paint guns: These are pressure mounted equipment that bump paint molecules on metallic surfaces at high pressure. They also aim at creating a uniform coating on the surfaces being applied. However, the coatings are often temporal, hence, unreliable where more permanent solutions re required.
2. E-coating equipment: These are electronically instigated coating approaches relying on the use of electroplating. Through the technology, metal coats are applied on other metals by depositing a layer of metal paint on another metal surface from an aqueous solution.
3. Powder coating equipment: These equipment deposit powers used in coating metal surfaces by heating them on the coated surfaces being applied at high pressure and temperature. As a critical part of modern metal processing, this equipment is used when a fine glossy or a texturized finish is required.

Home to the largest variety of paint finishing equipment is Eastman Manufacturers which offers superior products for all seasons. We pride in having the widest collection of spray coating facilities that can easily be customized to suit your needs. We also have a team of professionals working round the clock to ensure the production of superior finishes when you most need them. For more information, please contact us for the richest catalogue of first class solutions.

Why Choose Horizontal Boring Mills Over Vertical Boring Mills?

 

Not all boring mills are created equal. Although boring milling machines offer the most versatility, horizontal boring mills offer specific features that are highly required in some metal fabrication processes.

Here are the following reasons why you should consider horizontal boring mills over its vertical counterpart.

Horizontal Orientation

Because a horizontal boring mill’s cutting head or spindle is positioned horizontally, it can mill sinking dies conveniently. Also, face milling the top surface of a heavy gearbox housing would be easier with horizontally oriented boring milling machines.

Heavy Duty Application

At times, it might be difficult to raise or lower heavier and larger workpiece. In this case, the bed type horizontal boring mills can efficiently perform different machining process like lathing, turning and grooving.  A horizontal boring mill can perfectly work on large castings, forgings and fabrications with weights of up to 50 tonnes and 3m diameter. These large metal fabricated products are usually manufactured for industries like marine, chemical, oil and gas.

Moreover, because horizontal boring milling machines work on large and heavy workpieces, these type of boring mills usually require more space.

Considering the above reasons, isn’t it great to have a milling machine that is both versatile and heavy duty? TOS America’s floor type horizontal milling machine can handle workpieces weighing up to 150 tonnes. Its powerful headstock consists of a movable slide ram (Z-axis) and a moveable live spindle (W-axis) perfectly works in both ways. It is also equipped with a CNC rotary table of up to 3 meters for high precision.

So, what projects are you working on? Have you considered buying a horizontal boring mill? We at TOS America will be happy to provide you with the best Fermat boring milling machines available today. Our Fermat boring mills are designed to meet the needs of the most intricate and tedious operations in the production of large metal fabricated products.

And why Fermat? Fermat Machinery is one of the internationally recognized companies in the metal working industry. In fact, Fermat is one of the thousands of AMB exhibitors who presented their new products and services in the area of machines and tools for metal-working in September 2019 in Germany.

4 Crucial Instances You Need Services for Welding in Toronto

 

Believe it or not, almost every industry needs an efficient service for welding in Toronto. True enough, the simple torch and helmet service is in a close working relationship with the construction and real-estate industry. However, there’s more to welding than just structural-developmental work. Here are four other instances clients definitely need superior welders with experience and knowledge.

You’re Going to Erect a New Building

Quality welding in Toronto guarantees you’re working with a company that has consistent industry experience than in-house teams. With their consistent experience working on numerous projects, you can erect a new building’s structural steel framework in no time. In addition, they can work seamlessly with your other construction teams too.

You Need to Outsource Electronic Parts Processing

Electronic components have metals that require precision hands and equipment to cut efficiently. Superior services for welding in Toronto guarantee small appliance, medical laboratory equipment, and even general electronic manufacturing companies to have products with precision-welded parts and fittings. In doing so, these companies can assemble their units in line with their design’s ideal output conveniently.

Car Parts Development and Assembly

Thick metals require huge arc stud welding tools, which require certified professionals to operate. Most machine shops have qualified arc welders who can operate them precisely. However, third parties can train their personnel to properly bond exhaust systems and hydraulic lines to the car chassis with minimal margin of error.

Farm Equipment Development and Assembly

In the same vein, farming equipment requires the same arc welding tools to manufacture and assemble effectively. In fact, its fenders, brackets, and entire motor structure requires different types of welds to fuse and ensure the farming equipment or vehicle is functioning efficiently.

Welding is a Critical Part of Almost Any Industry in Toronto

If your business uses metal to manufacture or assemble your products or render services, having a handy welding company is vital. If you have yet to find a reliable metalworks partner in Toronto, you can count on Weld Rich and Steel to help you.

With our decades of experience, reliable and well-educated experienced professionals, and our proven track record with customers such as Yorkdale Shopping Centre and T.C Electronics, you can count on us to deliver the quality of service you deserve.

Everything There Is to Know About Manufacturing and Assembling PCBs

 

Electronic circuit boards are used in almost everything electronics, cellular phones to computers, and televisions and light switches. Despite this, many still believe that recycling electronic circuit boards is a straightforward process. However, the truth is that the PCB disassembly is as equally complex as the applications for the boards themselves. The recycling process involves disassembly into base materials, sortation of those materials, and separate recycling of each individual material. This last step can involve copper, wire, aluminum, gold, and nickel recycling.

In addition to this reality, here are some things about processing used PCBs that you should know about:  

• Printed circuit boards can come to a nickel recycling facility in three ways: single-sided, double-sided, and multi-layered. The simplest PCBs are known as a single-layer PCB that has copper wires on just one side of the board’s surface.
• In general, double or multi-layered boards have drill holes of more than 10 mils in diameter while they must have a minimum of 5 mils for trace widths as well as air gaps for proper board functioning. This should be in 0.062 inches in size and should have standard FR-4.

The Various Recycling Techniques

When it comes to recycling PCBs, it can be done in many steps and processes. Some nickel recycling companies use a method of breaking down their PCBs based on the customer’s preferences. After this stage, what comes next is material sorting and preparation for crushing, melting, or grinding. Once the method has been decided, the drilling commences in which the recycling technician can choose between through-hole drilling or surface mount technology, depending on the specific design of the board. What follows is the process of complete disassembly of the different board elements and materials.

An additional step addresses instances when the legend is printed on both sides of the board, containing test points, switch settings, and component designators. The purpose of the legend is to help the PCB disassemblers to know where to solter each component off the board, keeping each piece intact that’s specified for its use. And finally, nickel recycling is done to ensure that all nickel elements are salvaged and repurposed in an ethical way.

If you still have some more questions about how nickel recycling is involved in the circuit board disassembly process, get in touch with our experts here at Alnor Industries.

The Best Utility Supply

 

We are one of the leading providers of aerial equipment for cable installation applications. Our recent expansion to include the arboricultural industry had led us to include a wide variety of products and utilities related to aerial installation. Through the years, cable maintenance has evolved into such a point where the demand for new equipment and technology has become climactic.

As we have seen this trend, we have diversified our line of aerial equipment products and services. Now, we have included lubricants, hand tools, cleaners, hydraulic cable cutters, and truck-mounted aerial equipment. Our expertise has also grown at the same time that our manner of installing cables did.

What Is the Best Utility Supply?

Whenever you are looking for the best line of aerial equipment and accessories for all your cable installation needs, you need to know the best brand for you. We have a utility supply as well as a cable installation solution for all your needs and applications. With our top brands always ready 24/7 you can make sure that all your cable installation issues will be solved in no time.

Here are the best kinds of aerial equipment for your all your cable installation needs:

• Stringing and Tensioning Tools – The right tensioning tools would determine the optimal tension levels that are necessary to check if a cable installation can operate well. You need to have the right tensioning tools in order to make sure that your cables are in the right place.
• Electrical Accessories – Top branded electrical accessories are indispensable when it comes to handling various cable installation issues. These aerial accessories include overhead sheaves, cable handlers, deadend guying accessories, and electronic meters.
• Protective Gear and Work Area Apparel – A diverse line of products that cater to the various needs of industrial consumers. This line includes personal and work protective gear.
• Cable Installation Equipment – All other accessories that are necessary for the installation of cables fall into this category. This even includes trailers, trucks and even handling facilities for underground cable installations.

A Promise of Excellence

Our company specializes in all accessories and equipment that are related to the installation of cable, whether this is an aerial or underground type. Moreover, we take pride in our constant 100% customer satisfaction rating for the past few decades. Despite the improvements and developments in our aerial equipment, we have remained true to our goal of enhanced customer satisfaction.

What You Need to Know About Frosted Glass

 

Do you require a material that can give you some amount of privacy and style at the same time in your office or home? What you actually need is frosted glass whether it’s for your window and door installation, or partitions. It’s one kind of processed glass that has a translucent surface and won’t let a clear view but allow the light to diffuse through it. Available in different frosted glass designs, you can have one that will create the decorative visual effect anywhere you want it.

But before you decide which design is perfect for your window and door installation, here are some things you’d better know about frosted glass. Frosted glass comes in various sizes and thicknesses. The standard size is at 1320mm x 2140mm while the thickness ranges from around 3mm – 19mm. Because of the translucency of the frosted glass surface, it offers good privacy to the interiors while still allowing the light transmission to occur.

As such, it can help reduce the need for more lighting and is a perfect alternative when blinds or curtains are not applicable. And of course, there are a variety of designs and colours available to create the desired decorative effect to the interior style of a home. You can even use it in a combination of a patterned glass for a unique, innovative visual effect in a window and door installation.

There are two major types of frosted glass depending on the way it’s produced. The first one is acid etched glass that uses stencils to create various designs. Similar to float glass, acid etched glass has a smooth surface that can be produced in different degrees of transparency. It can be only light, a bit moderate or fully opaque.

The other type is the sandblasted glass, which comes in much more versatile varieties. The surface of this frosted glass is rendered translucent and rough. The translucency can be adjusted by altering the type of sand used and the velocity of the sandblasting machine. The pattern is achieved by covering the part that has to remain unetched and blasting the surface to be etched.

The Importance of a Pump Strainer

 

The key role of a strainer in a rotary pump system is to protect the pump and the entire piping by serving as a filter of any unwanted debris passing through. Its task might sound simple but a strainer should not be taken for granted. While very fine sediments like sand or dirt cannot be seen visibly, they can build up in the pipeline over time. With the absence of a good strainer to retain these elements, they will not just contaminate the process fluid but can eventually clog the pipes and make it hard for the liquid to pass through.

This is why a suitable rotary pump strainer must be installed to filter those particulates from the liquid, protecting both the process media and other equipment along the pipeline. As such, it is highly recommended that you get the right type of strainer that you need. While it depends on a specific application, typically those pump strainers with smaller holes or mesh size function better than those with larger holes in terms of catching fine sediments. This then ensures that no or less amount of contaminants can enter the piping system, affecting overall efficiency.

The strainer that sits within your rotary pump is just a simple addition to any kind of rotary pump and pipeline you have, yet it is very essential to keep the entire system operates smoothly and efficiently. So instead of spending on undue pipe repairs or replacements, invest on a modest and affordable pump strainer to keep those foreign elements out and clean process media in. Just don’t forget to clean and maintain it regularly to make sure it keeps the quality of your rotary pump good for a long time. In case you’re not sure which strainer type will work best for your application, just get in touch with one of our professionals here at GlobalVac. We’ll help you get the best rotary pump solution you need.

Facts About Diamond Saw Blades You Should Know

 

The industry of diamond cutting has changed dramatically since the day it was discovered. More especially when the costs have decreased up to 90% over the last three decades. This has opened to the high potential market and more number of users, and eventually lead to increased volume. So, if you are a new user of diamond saw blades, you’re lucky enough not to experience the pains of the industry years before. While the costs are now low, you can still find a wide range of prices and quality for you to consider. But what exactly is a diamond saw blade and what are the facts surrounding the industry?

Diamond saw blades are cutting tools that can be found in almost every toolbox of a handyman. They are valuable tools used to cut into different stones like marble and granite, as well as asphalt and concrete. Despite the fact that diamonds are considered to be the hardest mineral here on earth, diamond saw blades still need replacement periodically. These cutting blades are so popular but here are the facts that you may not know yet about these tools.

• They can be made in three various forms, namely, circular, band saw, and gang saw. There are also three different methods to manufacture diamond saw blades – vacuum brazing, sintering, and electroplating. Sintering utilises a metal-bonded diamond while vacuum brazing welds the diamonds into the outside part of the blade. Whereas the process of electroplating embeds the diamond particles into metal coating.
• Among these various blades, sintered blades are the most common ones available on the market.
• Even if diamond saw blades are also considered as a cutting tool, they actually don’t cut but grind the material. They can be operated either dry or wet but work best using a wet cutting method because the water prevents the blade from getting overheat.
• In order to achieve proper cutting, diamond quality and grit are the two most important things to consider.
• Finally, the diamond particles used in saw blades are made in laboratories. They are not natural.

One of The Most Important Things You’ll Need for Your Big Event

 

Do you have an upcoming big event that you are cramming to make sure everything is set and ready? Then we fully understand what you are feeling, especially when it comes to ensuring that all your guests are well-catered and cared of. Washroom trailers are one of the best solutions that you can consider for your special occasion. And in case you don’t know where to start about it, here are some tips to help guide you to have a successful washroom trailer rental for your big day.

First up is having a good location for the washroom trailers you’re going to need. The area has to be cleared of any potential obstacles to prevent any damage to property. These can either be in the form of septic systems or even shrubbery. In addition, you also need to consider water and power availability near the placement.

In terms of water source, a standard spigot and garden hose connection would be sufficient enough for the trailer to operate properly. In case this would not be possible, the alternative is to request for a holding tank and water pump to be filled with non-potable fresh water for your guests to use. Somebody has to monitor the water system to know when it’s time for a refill. Approximately, for guests averaging from 250 – 350, you will need at least 250 gallons of water for an event that lasts for six hours the most.

When it comes to the power supply for your washroom trailers, access to the main power (20-amp/110 volt) within at least 50 feet of the placement is needed. Otherwise, you will require a generator as a source of power for the trailer. Or you can discuss this with the trailer specialists to help you with the best possible option there is that meet your needs. You can contact one of our experts here at Miller Office Trailers to talk things out and give you the right solution.

The Increased Adoption of CNC Machining in Producing Gears

 

Numerical control is the automated control of machinery, without the need for a manual operator. NC tools can alter a blank piece of material (metal, plastic, wood, ceramic, or composite) with incredible precision. CNC machining, on the other hand, is adding a computer element to the numerical control system.

NC machines have two important features: a motorized tool and a maneuverable platform. Both of these parts controlled by a computer core, according to specific input instructions. Instructions are delivered to an NC machine in the form of graphical computer-aided design (CAD) files, which are transformed into a sequential program of machine control instructions, and then executed. NC is a major advance in machining, and is a vast improvement over non-computer type machining that requires manual control, by hand wheels or levers.

Modern-day advancement in computer technology as led to the boom of computer numerical control (CNC) tools. Using computer software, this technology can be programmed to efficiently carry out industrial tasks. The part’s mechanical dimensions are defined using CAD software, and then translated into manufacturing directives by computer-aided manufacturing (CAM) software. The resulting directives are transformed (by “post processor” software) into the specific commands necessary for a particular machine to produce the component, and then are loaded into the CNC machine.

The beauty of this modern technology is that it makes manufacturing more efficient. When it comes to gear production specifically, CNC machining has changed the game.

Here is how CNC machining is changing gear production:

Durable

Computers can control a broad range of tools, including mills, grinders, lathes, and routers. Without the need for manual operation, the process can be repeated in the same way for unlimited times.

Precision

The high precision with the use of CNC machining allows even the most complex gear shapes to be made.  You might be wondering how this is possible. CNC relies on digital software. The design is saved in a digital file and interpreted by the CNC machine as instructions for cutting prototype gear parts. This ability of the machine to automatically control the extremely technical and labour intensive process of gear manufacturing increased productivity and efficiency.

Versatility
While standard machines can move in just one or two axes, CNC machines can move in more axes, both laterally and longitudinally, and even rotationally. This multi-axis movement of the more advanced CNC machines made it possible to flip gear parts over automatically and allow cutting on all sides without the need for human intervention.

Automated gear technology is usually more accurate, durable, and versatile and manual inputs from workers. It is not surprising that gear manufacturing has fully embraced the use of CNC machining in virtually every stage of the process.