I-SIPC BUSINESS

Conveyor systems are used all over the world. They are used in manufacturing plants, warehouses, businesses, mines and many other places where it is necessary to move materials and products from one place to another. They save countless hours of physical labor as well as providing safety from injuries that can be incurred by those trying to physically move heavy items.

There are a number of conveyor systems commonly used, however they are not a recent invention. Needing something to move large quantities of grain, it was first invented in the 1700′s. From that date, to the present, their construction has been improved and their use extended to almost all areas of the business world.

You will find the roller conveyor the most common system used. It consists of a number of round cylinders on a long surface. These cylinders each turn, which moves items along the surface to their destination. This type of conveyor comes with and without a power unit.

The powered conveyor needs the use of an electric motor to move the rollers. The non-powered ones are placed on an incline and materials simply run down the slope. There is quite a bit on money to be saved, using the non-powered conveyors.

There are also bucket conveyors and screw conveyors. Bucket conveyors, also called bucket elevators, are operated with a chain mechanism. They can be powered mechanically, electronically, hydraulically or by other means. A large variety of materials can be moved using this method, vertically or horizontally, which makes it especially effective in mining operations.

The screw conveyor is an enclosed conveyor unit in which liquids and other non-free-flowing materials are moved through a large tube. A large screw forces the materials through this tube. The conveyor can fit into tight places and has the ability to move materials horizontally, on an incline or straight up.

When looking around you will see conveyors in use in many areas. They are used for such things as unloading ships, for moving luggage at the airport, in grocery stores, the post office and many other places. They save time and money in any operation where materials must be moved from one point to another. In addition, they are cost effective with the physical labor saved.

If you have an industrial facility, or even “just” a car repair shop or a garage, you know the problem: grungy floors. Read on to find out just how easy it can be to prevent with a few simple commercial floor mats.

Floor mats are not just for hallways and walkways. You can put them anywhere there’s a floor that you’d like to keep clean. And you will find a lot of different ones to choose from.

There’s one thing that industrial mats of any kind have in common over the ones you can buy at a non specialty store: They’re far more sturdy and have a much larger capacity for absorbing oil, chemicals, coolants and yes, even water, without looking dirty.

Imagine what a time saver that can be, and how much money you’ll save too by not having to scrub those floors all day. And if your floor mats get their fill, you can just clean them and put them back for another round of tough work.

So where do you get those super absorbent commercial floor mats? You can find them at any specialty retailer that sells absorbents or industrial safety products. Look for a quality vendor and you can be sure you’ll be happy with your purchase.

What kinds of commercial floor mats are available and what should you look for?

A really good one is the Rag Rug Industrial Absorbent Floor Mat. It stands up to a whole lot of abuse and lasts far longer than “normal” mats. And the fact that you can use it for a much longer period of time means you’re saving quite a bit of money.

You can get it in rolls, where you can choose from two different widths, or, if you prefer, you can get it in the form of pads. It’s made from acrylic fibers and polypropylene, which accounts for its toughness and longevity.

You could also opt for the Camouflage Mat. It is specially designed to grip the floor so it will make for safer walking. And because of its camouflage design, it will hide drips and splotches, which means that you’ll be able to use it even longer before you have to clean or replace it.

Finally, you could get the Absorb Mat, which is extremely tough, has impenetrable backing, and has anti-skid features. If you need really tough commercial floor mats that can absorb a lot of liquid, the Absorb Mat may well fit the bill.

Tag Welding with pulse is not what it used to be.

Old School tag welding machines were only capable of pulsing at around 10 pulses per second (10 peps).

Newer inverter tag welding machines are capable of pulsing at rates up to 5000 peps.

Whets better?

For me, its not so much a question of what is better as it is a question of what can I tolerate.

I absolutely hate pulse rates of between 2 and 20 peps and prefer to either weld using 1 peps or greater than 30 peps.

Here’s why.

Pulse tag rates of 2-10 peps are just plain annoying. It is hard to focus on the arc and because of that, any benefit from reduced heat input due to the pulse rate can be lost from wasting time trying to focus on the arc.

Pulse rates of over 30 overcome that obstacle and still reduce heat input by agitating the puddle and letting it flow at a lower overall amperage.

That reduces heat input.

When the tag welding machine is set to around 30 peps, the % on time is also set to 30 and the background current is set to 30, there is a noticeable change in the tag welding arc.

It is easy to see, but the arc flutters enough to allow it to flow at low amperage.

The arc is focused enough to allow for welding near an edge.

The puddle stays where you direct it and does not continue to heat up and increase in size like it does if you are not paying attention welding without pulse.

Micro forms are optically reduced forms of reading, storage, print, photographic items. Micro form images are commonly reduced 25 times than the original size of the document. For special purposes even higher reductions are also done. Such reductions (above 25) require greater display resolution. The different types of micro reductions used these days are microfilming, aperture cards and microfiche. Microfilming is done on reels and microfiche typically on flat sheets. Micro cards were similar to microfiche but were printed on cardboard rather than photographic film. Micro-cards are no longer in use these days.

These may be regarded as the conventional uses of scanning. Today, however, digital scanning can further enhance the already ‘micro’ modified images and texts, giving them extremely crisp resolution. The digitally enhanced images or texts appear brighter, are less hazy than the already reduced micro scanned data. Needless to say, this has many advantages. Hospitals use these techniques for electronic medical record scanning, saving a lot of paper. The libraries storing micro form data can greatly expand their storing capacity without risking loss or damage to fragile, old manuscript forms of certain books or prints. It requires less storage as well. Approximately 98 normal document sized pages fit in one fiche, reducing storage size up to 0.25%. A micro-form can reduce up to 95% of storage space required when compared to paper files. Moreover, since this is an analog form (actual image of the original data), it is easier to view. A simple magnifying glass does the trick. Software obsolescence is also done away with. It is a reliable archival form when stored properly, is almost impossible to mutilate, has low intrinsic value and is not likely to be stolen. Among the disadvantages, micro-forms are difficult to be read by the naked eye. Further, color micro-forms are very expensive and are not used by many libraries. Color photographic materials usually tend to fade over time and result in loss of important information.

Heat exchangers are used in a variety of industrial processes. More specifically products built by Alfa Laval are used for heating, cooling, separating and transporting products/fluids from one medium to another.

There are many different types of exchangers that include: air heat, shell and tube, plate, adiabatic wheel, plate fin and fluid heat exchangers (just to name a few). Each of these pieces of equipment is used within specific industries and for distinct purposes to meet regulations for the handling and transport of products.

Alfa Laval has a variety of products and industrial exchangers that are designed for different purposes. These include air exchangers. These types of air exchangers are used to significantly and efficiently cool the air. The brazed industrial exchanger from Alfa Laval uses surfaces as a way to contribute actively to the heat transfer process. Whereas, a casketed plate exchanger limits the risk of mixing and is an efficient heat transfer method.

Maintenance and testing must be maintained on a fairly regular basis. These tests assure that the integrity of the exchanger is not compromised during its normal operations. Over time heat exchangers will need to be replaced or serviced to make sure that optimal performance remains.

Industrial process plants rely on these pieces of equipment so that their processes can continue to run smoothly. If a heat exchanger is not operating properly certain precautions will have to be implemented and industrial process may have to stall until the product is operating properly again.