When researching the different types of onsite generators you can have installed, one of the options you will come across is a nitrogen generator. Today we are going to share with you some of the benefits of choosing to have an onsite nitrogen generator.

Storage
One of the main benefits of installing an onsite nitrogen generator is storage. These are known for being smaller than other onsite generator options. Meaning they will not take up as much space. They are a space-saving option that is perfect for any business that is limited for space.

Generates On Demand
Onsite nitrogen generators are also known for being able to generate on demand. The waiting time is cut short and is more efficient than other generator choices.

Wastage
Another benefit of onsite nitrogen generators is wastage. You may be things how is wastage a benefit? Well, onsite nitrogen generators actually produce less waste. Therefore making your business more environmentally friendly due to the reduced waste.

No Contract
With a lot of other generators, you will be tied into a long term contract. Meaning you will have to use the same generator from the same company for a certain period of time. With nitrogen onsite generators you are not tied into a contract. You are able to change your generator at any time if it does not work well for you. However, we do not think this will be the case, as so far everyone has been happy with their onsite nitrogen generator.

So, these are four of the main benefits of choosing to have an onsite nitrogen generator installed on your premises. There are many other benefits to these generators. And we guarantee that you will not be disappointed with this investment for your business.

Many industrial operations are heavily dependent on the use of air compressors. However, not all types of compressors provide equal benefits — hence there is a need to carefully consider which type is best for your needs. In this article, we shall look at the various types and discuss their uses and advantages when compared to each other. When industrial compressors are discussed, it is usual to refer to their size as small (less than 10 horsepower), medium (10-75 horsepower) and large (more than 75 horsepower). These measurements are with reference to the electric motor that drives the compressor. The power of a compressor measures its ability to do work or put in simpler terms – how much pressure a compressor can deliver after it has compressed a given volume of air. Air compressors that have a single-piston pump will be referred to as ‘single stage’, those with two pistons connected consecutively will be termed ‘twin stage’ and those with three or more pistons that are connected alternatively will constitute ‘multi stage’. In general, single-stage air compressors are used most frequently since they produce enough pressure for the majority of domestic and industrial projects. They are relatively small in size and even can be easily moved around when required due to their lighter weight.

The compressor part that is driven by the electric motor will have one or more cylinders that contain pistons, each piston has three major components: a square block that forms half of the cylinder; a smaller square rod; and a piston pin. The outer barrel is used for all air storage purposes while the inner shaft carries out compression work. Air is pushed into an empty space near where the rod meets the square block (this at times may be filled with oil). When compressed, the air pushes back towards whatever it was pushing against; in this case, oil as resistance which causes the rod to move up.

The rod now has kinetic energy which is transferred through the piston pin onto the wheels of the electric motor, with this being repeated continuously for as long as power is being supplied to the machine. The tighter the seal between each of the main parts, the greater the compression will be. Industrial air processors are most often used in factories where they can be utilized to power pneumatic tools. Pneumatic tools use compressed air instead of batteries or mains electricity.

The energy used to do work is the kinetic energy of the wheels that are being powered by the crankshaft which is then transferred through gears onto the electric motor, with this being repeated continuously for as long as power is being supplied to the machine. These machines are built to very high tolerances in order to ensure maximum compression while ensuring minimal resistance from oil leaks. They are extremely important due to their ability to do work on a wide variety of tasks with little or no supervision required after initial set-up.

If you’ve visited our blog before and explored our content, you’ll know that bearings serve to reduce friction and allow for smooth, effortless, efficient and reliable rotation. This cuts down on energy consumption and improves performance for any number of components. This alone is the single most important function of bearings, however, there are so many different types. Bearing design is a very complex science. In this post, I’ll give you an overview of the bearings used in everyday devices and explain how to identify them.

What are bearings?

Bearings come in two types: ball bearings and roller bearings. The former is made from small metal balls arrays, held apart by a cage, which allows for free rotation around the bearing’s central axle. Roller bearings, on the other hand, have cylindrical outer races or “rollers” over which round inner rings rotate with relative freedom inside both races/rings. This type is much less common than its counterpart because it has more friction due to steel-on-steel contact as well as higher manufacturing costs. Other components such as gears can even contain both bearing types.

What are they used for?

Most commonly, bearings allow for rotation of a part around an axis and/or provide support to something so it doesn’t fall over: wheels on your car/bike, the axles of your pedals, cranks, etc; steering knuckles on your suspension fork; one or two sealed cartridge bearings in most hubs; hub “bodies” containing additional ball bearings that take up play between races (imagine a dust cap glued into the end of a hub shell); even suspension pivots like those atop Specialized’s Roubaix road-going full carbon forks contain ball bearings. You’ll also find bearings inside things like drawer slides and many children’s toys.

When should you replace them?

The ball bearings inside your hubs are there specifically so you don’t have to think about them. As long as they’re rolling smoothly, they’ll probably last the life of your wheels or at least many thousands of miles with proper maintenance. The same goes for cables and housing  – if these moving parts are working properly, leave them alone! If your headset is loose or your brakes feel sticky, that’s a good time to replace cables and housing  (and possibly also headset cups and bearings). With suspension forks, it’s usually pretty obvious when something needs replacing – most contemporary suspension fork designs are fairly resilient but if you’ve crashed yours several times without servicing it afterwards (or it has become heavily rusted), best get it serviced by a pro. That’s pretty much all there is to it really.

And last but not least, where should you buy them? Can you buy bearings online and will they be of good quality? Absolutely, so long as you choose a proven, established and professional supplier. Be sure to read reviews and ask questions to ensure you’re investing in a top-quality product.

If your business is one that uses pressure systems it is important that you maintain and regularly check all of its safety requirements. Today, we are going to share with you all you need to know about pressure system safety!

It is ideal that you have your pressure systems checked by a professional at least once a year. This can be every few years but yearly is ideal. These checks help you to know that your system is still within the safety regulations that are set out by the government, meaning it is still safe to be using.

Pressure systems, if not kept within the safety regulations set out by the government can cause serious injuries. This is why the regulations are set so tightly and taken so seriously. Your businesses compliance is key to avoiding and lawsuits with regards to injuries caused by pressure systems.