Tag Archives: Manufacturing

Coming Down the Pipe: 4 Piping System Innovations

two workers looking at the pipesMany industries today rely on piping to do their daily activities. If you are part of the mining, water treatment or manufacturing industries, for example, you would know how important pipes are in carrying fluids around your factory or workplace.

This is what piping systems are used for, and now there are modern ways of piping to keep up with the fast-growing industries that need it. Europressgroup.com.au cites some examples:

Stainless Steel Pipes

Before there were stainless steel pipe suppliers, people were using materials that were inferior in quality. For example, people were using silver and copper in manufacturing utensils. Pipes were more prone to corrosion and heat was needed to join pipes together. Now with stainless steel, pipes do not need hot work and are more resistant to corrosion.

Carbon Steel

Carbon steel is another piping innovation that has benefited society. Pipes that are used underneath streets are ideally made of carbon steel because this material is resistant to shock and vibrations from traffic. Carbon steel is also environmentally safe compared to other material like aluminium, glass, or plastic.

Pipe Clamps

Before clamps for pipes were made, it was tricky to mount and install pipes because nothing could be used to secure them in place. With the development of clamps, it became easier for pipe workers to install multiple pipes correctly. Clamps are also used in woodwork, science laboratories or anywhere that needs objects fastened.

Pipe Sleeves

Pipe sleeves are used to extend pipe lengths and “sleeve” two pipes together. Pipe sleeves can be made from iron, stainless steel, copper or rubber. When fitting pipe sleeves, it is important to make sure it is fastened enough to avoid any leak.

These four innovations prove that the piping industry is keeping up with today’s demand for technology and piping solutions. Work with a reputable manufacturer if you need stainless steel for your piping systems and other projects.

The Factors That Reduce Accuracy in Conveyor Belt Scales

Conveyor Belt system for Package tranfer machineAccuracy is the main requirement for conveyor belt scales. Acme Scale Technologies, a manufacturer of weighing equipment and precision products, agrees that accuracy needs to be repeatable. Problems with accuracy happen every now and then, and there are recurring factors as to why that takes place.

Idlers are Too High or Too Low

Figuring out the proper position of the idler for the weighing device may come as a challenge. This is the biggest problem when it comes to scale accuracy. You need to make sure that the idler isn’t too high above the conveyor or too low underneath. Getting that alignment can be a very hard process. As little as half a millimeter can create a sizeable negative impact on your conveyor.

A tight conveyer belt might bridge over the scale if the weigh idler is positioned too low compared to the other idlers. On the other hand, a weigh idler placed too high will cause the opposite effect. An increase in the belt tension can occur.

Belt Speed is Too Fast

If the conveyer moves too quickly, materials begin to bounce off of the surface. The conveyor belt scale misses the weight if the measuring happens while the material is in the air. Inaccuracy ranges from one to five percent when the belt speeds are greater than six meters per second. This is an issue particularly when high accuracy is required.

Consider consistent material profiling when the bouncing occurs repeatedly. This can help mitigate the rebound’s impact. For an accurate recording of the material, have it placed on the scale for a long period.

Rare Conduct of Calibration

Conveyer belt scales need to conduct the so-called “zero calibration” to determine the weights and forces of everything other than the items that will be weighed. The initial calibration records belt-related weight. When done, the weight will not discount the actual measurements.

The initial calibration may run smoothly but dynamics can change in a jiffy. This means you need to frequently perform calibration to ensure accuracy, repeatability, and linearity.

Accurate readings occurring repeatedly assure you that your conveyor belt scale is doing its job for you. Regularly monitor your scale. In most cases, frequent calibration always helps.

The Benefits of Using Borate Compounds

Chemist checking compounds on a microscopeMost early uses of borate materials were only common in Australia and parts of New Zealand. But the benefits of using borates attracted applications in the United States beginning in the early 1960s. Among the advantages of borate and its compounds are the following:

1. Borate compounds are durable.

Borate materials are not prone to chemical disintegration even when you expose them to water and other chemicals. For this reason, borate wood preservatives offer indefinite protection to wood from wood-devouring pests, fungi, and bacteria for years, which eliminates the need for repeated treatments.

2. They have low toxicity.

While there might be other chemicals with toxicities lower than borate’s LD-50, they cannot equal the low level of risks associated with using diffusible borate materials especially in structures in which people spent a significant amount of time.

3. They have no carcinogenic and mutagenic properties.

EPA has determined that borates have zero elements for carcinogenicity or mutagenicity when humans are exposed to them at levels lower than 5g. Since the average exposure to borate compounds is minimal, you will not need to invest in expensive protective gear when handling them.

4. They are fire redundant.

The ability of borates to make wood less prone to fire offers an added advantage towards environmental preservation. However, to achieve high levels of fire-redundancy, you will need to put a high concentration of diffusible borate solution in the wood. Borates are also invisible when you apply them correctly to wood products.

From the standpoint of concern for chemicals that are safe for use, borate wood preservative elements and other borate compounds will always stand out. Contact a supplier with a consistent record of offering their clients high-quality products and services and unbiased information on borate compounds and their particular applications when you next plan to protect your wooden fixtures and furniture.