Functions of Mechanical Tools and Equipments Used for Construction

A construction site usually has many mechanical tools and equipments in the scene, each having a specific and important function to perform. The main purpose of using mechanical tools like cement mixers is to significantly lower down the work load of the construction site workers.

These machine based tools and equipments also enable fast construction works that save time as well as construction costs. It is the result of using these powerful tools that even the biggest construction projects are completed with ease and within the designated deadlines. For the rest of the discussion, you can learn about the functionality of cement mixers and other construction site mechanical tools.

Cement or Concrete Mixers

Concrete is an important constituent required for the construction work. Cement mixers are the mechanical tools used for the preparation of concrete by mixing cement, sand and water. The function of these tools is to make concrete ready on the construction site so that it can be used for construction before hardening. These mixers have wheels that make them easy to be transported to different parts of construction sites. Concrete mixing transportation trucks are the advanced versions of these mixers.

Forklifts

Forklift is a useful construction site mechanical equipment type which is also known by many names like lift truck, trailer loader, tow motor and fork truck. An important function of these trucks is to lift the construction materials. They are also used for the transportation of these materials. Some of the common forklift designs include hand pallet truck, rider stacker, side loader, rider stacker and others.

Loaders

Just like cement mixers and forklifts, loaders too are the important mechanical tools that are a part of any construction project. As the name suggests, these equipments are used to load different construction materials like asphalt, gravel, sand, rock and debris to other types of mechanical equipments. Dump tucks, for example, are loaded with debris, dirt or other waste materials using loaders. Some of the popular designs of these equipments include armored wheel loaders, tractor front loaders and skid loaders.

Cranes

In order to lift and move abnormally heavy loads, cranes are the befitting equipments one can see at different construction sites. It is one machine which makes use of many small mechanical tools to perform its functions. Lever, pulley and hydraulic cylinder are among the small machines that enable a crane to work. There are numerous types of cranes, each designed to perform for different projects related to construction industry.

Backhoe Loaders

Small construction projects require small sized cement mixers and loaders. Backhoe loaders are the mechanical equipments used for building a small house or repairing a road or any other similar type of project. Transportation of building materials, paving roads and demolition of small structures are among the functions performed by these machines.

Skid steer, excavators, crawlers, road rollers and many other mechanical tools and equipments are used in conjunction with cement mixers, cranes and other aforementioned machines to make task easier at construction sites. It is important that all these importance machines are purchased carefully and only from reputed manufacturers and suppliers

What Is a Planetary Mixer?

Mixers come in a variety of shapes and sizes and types. These variances are typically based on the size and type of the job that needs to be performed. While mixing is, in itself, a very general term – most industrial mixing requires very specific functions that, in turn, require very specific mixers to get the job done properly. Some type of mixers include change can mixers, continuous mixers, dispersion mixers, double arm mixers, cone twin mixers, littleford mixers, nauta mixers, ribbon mixers, and planetary mixers. This article will focus primarily on planetary mixers – specifically what they are, how they operate, and what jobs they are best equipped to perform. Grab some popcorn because it is sure to the most exciting article about planetary mixers that you have read in the past twenty minutes!

The planetary mixer is named for its complete three dimensional mixing methods. The blades in a planetary mixer each rotate on their own axis, but also on a common axis – leading to a greater degree of mixing than that of typical mixers. Consider a blender that mixes primarily horizontally. Now, rotate the blender itself in a vertical circular motion (for the purpose of this hypothetical situation, we will pretend that the lid is screwed on and you will not be wearing your pina colada), thus creating a similar effect to that of planetary mixers.

As a general rule, planetary mixers offer a greater degree of mixing compared to spiral or generic mixers. However, there are some limitations involved with scale. The third degree of mixing offers another item that can go wrong – as such, large floor models must be built to be more durable than many of their counterparts. These differences are not nearly as pronounced on the smaller scale where the need for regular maintenance is not as common or as expensive. Obviously, maintenance costs are a huge factor when making any decisions regarding processing equipment for a certain type of business.

Planetary mixers are widely used in the industries for adhesives, pharmaceuticals, pigments, plastics, electronics, foods, and chemicals. However, they can be found in just about any industry that uses processing equipment. They typically hold up well to mixing different chemicals and can operate at a variety of speeds and temperatures, thus leading to a product that can operate with great versatility and function.

An interesting modern day function of this style mixer is in the field on nano-processing. As nanoparticles and nano-materials find greater use as industrial materials, planetary mixers have emerged as one of the primary tools for their processing. To set the scale, nano-materials are defined as particles that are a maximum of 100 nanometers. The small size of these items offers a number of challenges for processing, some obvious and some hidden. But, when the job requires that they be mixed or incorporated along with other materials, it has been found that planetary mixing provides a much effective and productive option than other types. This will likely only become more true as more and more nano-particles are used in the processing industry.