Answers To Common Fuel Management Questions

There are many businesses that depend on powerful oil burning boilers in order to fulfil their responsibilities. Unfortunately, supplying these devices with fuel and ensuring you are getting the most for your money can seem like a challenging and complicated task. If you have recently started a business and find yourself struggling with this aspect of owning an enterprise, you might benefit from learning the answers to a couple of basic fuel management questions.

Why Should You Sign Up For Automatic Delivery With A Fuel Service?

Running out of fuel for your boiler can be a critical mistake to make as it can cause your business to halt operations. By opting for automatic fuel delivery, it is possible to ensure that your enterprise’s fuel tanks are filled on set days throughout the week. When using these services, the provider will only add enough fuel to bring your tank to the fill line. In instances where the supplier notices that the fuel is consistently running low, they may recommend that you increase your fuel delivery or install a digital monitor. These monitors will alert the fuel supply company when your tank starts to run low on fuel, which can allow them to ensure that your tanks never run dry.

How Can You Lower Your Fuel Expenses?

It should come as no surprise that many cost-conscious business owners will want to reduce the expense of providing their boilers with fuel. This should not be surprising given that the price of oil can rapidly increase. Fortunately, there are steps that can be taken to help ensure that you get the most from your expenses on fuel.

One of the best options for lowering costs is to make sure that the boilers are regularly serviced by trained professionals. During these visits, these individuals will be able to test the burner, fuel delivery system and any mechanical parts to ensure that they are working efficiently. In some instances, residue from the oil may accumulate on the burner, which can severely restrict the efficiency of the system. When this problem is discovered, the contractor will thoroughly clean the burner to ensure that it is not clogged. Another option for limiting this expense can be through prepaying for the fuel. Under this arrangement, you can make bulk orders for fuel that will allow you to buy it for the current market price. By keeping a close eye on the price of heating oil, this option may allow you to capitalize on periods of low prices.

For more information about supplying fuel to your business, contact a company like Small & Sons Oil Dist Co.

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Subtractive And Additive Machining: Differences Between The Two And Why They Matter

In the world of precision CNC machining, there are many different tools and processes used to create metal products. Two of these processes lie at the heart of metal machining. They are referred to as “subtractive processing” and “additive processing.” Here is an explanation of the differences between these two processes and why they matter.

Subtractive Processing

Subtractive processing is so named for the ways and tools that cut out, cut away or “subtract” from a larger piece of metal. For instance, if your company decides it needs several specific shapes cut from a single sheet of tempered steel, then the CNC machinist programs these shapes into the computer and sets up the laser cutter to cut the shapes out of the sheet of tempered steel. Because the laser is “subtracting” the unnecessary excess metal from the sheet to produce the flat steel shapes you requested, this would be an excellent example of subtractive processing.

Additive Processing

Additive processing, by contrast, is the process whereby metal objects and pieces are “added” to each other. This may mean that cylinders, tubes, sheets and other metal objects are joined together, usually through the process of welding, but they can also be bolted or attached in other ways. This process in machining is more commonly used to fabricate or replicate metal structures of the three-dimensional variety. Car manufacturing, specifically the engine construction and framework, are both examples of the additive processing variety of machining.

Why Their Differences Matter

Knowing that you can either add or detract from metal and metal objects to create the products you hope sell means that you have a wider variety of options on how to approach your metal products and projects. You could start two-dimensionally and build up until you get the results you expect, spending each moment overseeing the machining process that cuts metal away and builds it up layer by layer, or you could start three-dimensionally and continue adding various metal components.

More often than not, most metal product manufacturers use both subtractive and additive processes during some stage of production. In many cases, it is sometimes easier to use the subtractive process with precision CNC machining because you can always start with too much metal and then carefully cut it away with the precision lasers until you have the perfectly-formed items you requested. The precision aspect of this type of machining is within a fraction of a specified or chosen measurement, making the subtractive process a more appealing approach to your projects.

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3 Things To Consider Before You Commit To Replacing Your Home Furnace

Don’t rush towards a brand-new furnace for your home just yet. It’s highly possible your current furnace can continue to work for you just fine. Before you replace it, check with a professional to see if any of the following things will help instead.

1. Cleaning Your Furnace Can Restore a Lot of Functionality

Your furnace, and HVAC system as a whole, will lose functionality if it’s dirty. When dirt clogs the filter dust builds up on the inner workings of your furnace, you will lose efficiency. This loss of efficiency often leads people to believe they have a faulty furnace.

It’s worth it to give your furnace a good cleaning before you assume it’s not working as well as it used to. You may want to call in a professional service for a deep cleaning of both your furnace and HVAC system. However, here are a few things you can do yourself.

  • Replace the filters
  • Clean the blower
  • Clean the blower motor

You’ll also want to clean anything within reach that seems to be accumulating dust and particles. There are a few more things you can and should do as a part of routine maintenance of your furnace. Keep in mind that even if you do replace your furnace, you’ll want to keep a maintenance and cleaning schedule anyway.

2. A Repair to Your Furnace May Return it To Good Health

The “repair or replace” dilemma seems to exist for most appliances. Sometimes, a repair can keep your furnace going for a long time. This is especially true if you keep up with cleaning and maintaining your furnace after the repair. Sometimes, a repair is only a temporary fix for a furnace that’s failing anyway.

One way to figure this out is to crunch some numbers. If your furnace is old, or near the end of its life expectancy, then a repair is probably prolonging the inevitable.

If your furnace is only halfway through its estimated life, a repair is usually the better option. Of course, knowing the lifespan of your particular furnace may require a professional inspection.

3. Retrofitting Your Furnace Can Make It Seem New Again

Retrofitting a furnace isn’t an option that comes up too often. Many people don’t even know that it’s possible to replace or upgrade certain parts of a furnace to give it added efficiency. For example, you can install an intermittent ignition on a gas furnace so the pilot light won’t have to stay on at all times.

You can install quality aftermarket parts that work with your furnace. There are a lot of options, but once again, you should speak to a professional  installer about what’s viable for your furnace and what isn’t.

Use a Professional Heating Repair and Installation Service

You may decide in the end that you just want a new furnace. Nothing wrong with that. Just make sure you contract a professional heating repair and installation service, such as Sparks Refrigeration Inc, to help you. And remember, even with a new furnace, you still have to consider these three options for keeping that new furnace efficient and in good health. 

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Pros And Cons: Aluminum Casting Versus Billet

For those who are interested in having parts created from aluminum, it is important to understand the process. There are typically two types of processing when creating aluminum parts: cast aluminum and billet aluminum. Both have their pros and cons that should be considered.

What Is Aluminum Casting?

When creating an aluminum casting, you first have to create a mold of the part that your are trying to form. You form this mold when the pattern leaves an impression after being pushed into chemically bonded sand. After it is formed, molten aluminum is poured inside, cools, and hardens completely. Remove the casted aluminum from the mold, and you have your new part.

What Is Billet?

Billet entails creating parts using a very different method. A billet is a solid cube of aluminum close in size to the part you wish to make. The parts are created by carving the part from the solid piece through the removal of excess material.

Pros Of Aluminum Casting

One very important benefit to aluminum die casting is it’s cost effectiveness. The process is relatively inexpensive when compared to billets. You can also create parts of virtually any size since there is no limit on how big your mold can be. In addition, you can make parts that are very complicated or unique in shape.

Cons Of Aluminum Casting

The process of casting aluminum can be very laborious for the worker who is making the part. The parts can also sometimes have a rough finish to them, and there is also a higher chance of imperfections or defects in the aluminum. The dimensional accuracy is sometimes reduced when compared to billet.

Pros Of Billet

The cost of billet can be reasonable if the parts are made in smaller quantities, allowing you to produce a quality part. There is a very high level of precision when making parts out of billet and the parts are structurally stronger than those made from aluminum casting. There are also shorter lead times to billet than casting.

Cons Of Billet

The downside to billet is the expense. The more parts that are produced, the higher the price is going to be. Not all part designs can be created from solid billet, especially those that are very unique or intricate. In addition, many parts are not cost effective to machine from billet.

The pros and cons of these two methods should be considered when you want a certain part created. Work closely with an experienced machinist to determine which method would be best for your needs.

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3 Guidelines For Cam Lock Hose Fittings

In the industrial field, much of your work will revolve around transporting different types of fluids from point A to point B. Because of this, it is critical that you begin to gain an understanding for the best pieces of equipment that will allow for this. In most cases, you will be able to get a lot of work done with great efficiency when you invest in a quality set of cam lock hose fittings. These parts, also known as cam lock fittings, are used in the industrial field to securely transport many different types of fluid. With this in mind, read on and use this information to help you buy and use these cam lock hose fittings. 

#1: Learn The Best Materials To Purchase Based On Your Industry

Cam lock hose fittings are versatile, in that they are manufactured with a variety of different materials. Some examples include ductile iron, stainless steel, nylon, brass and aluminum. Certain material choices are better suited for different industrial applications. For instance, you might use one material for the handling of petroleum based fuels and materials, while another might be better served for tasks such as dry bulk handling or the transportation of water. Working with experts to learn the best use will streamline the facilitation of these fluids and prevent any mistakes as you purchase your cam lock hose fittings. 

#2: Find The Right Adaptors And Connector Pieces

One thing about cam lock hoses is that there are a variety of adapters and connectors that you will need to become familiar with for the best connection. There are a few guidelines to keep in mind in this regard. For instance, learning abbreviations and measurements, such as Outside Diameter of Male (ODM), National Pipe Tapered (NPT) and Straight Iron Pipe Thread (SIPT) will provide you a foundation as you shop for several different connectors relevant to your cam lock hose fittings. This will help you to work with the manufacturer to learn which specific connector will be best for a particular situation. 

#3: Learn The Ratings And Color Codes

The cam lock hose fittings come equipped with a variety of codes and ratings that will be useful during their application. For instance, blue indicates gasket temperatures ranging between -40 degrees and 212 degrees, while red indicates -60 degrees and 225 degrees. This will be useful as you select the right fitting and will allow you to plan accordingly. 

Follow these three tips and don’t hesitate to reach out to cam lock hose fittings manufacturers who can assist you. 

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