The Role of Waterjet Cutting in Aerospace Industry

The aerospace industry has big projects that require the use of complex technology that can provide complete precision. This industry is not only responsible in producing aircrafts, aircrafts engines, and other parts; but as well as in providing scientific developments, military solutions, as well as other components that comprises a huge part of the modern world.

This industry has no room for errors as this employs the versatility and accuracy of waterjet cutting in creating a wide range of components- from simple jet engines and turbine blades, to customized control panels, etc.

 

Aerospace Industry: Precision Needs

The industry is very widespread and diverse. It covers everything from military solutions specifically designed for defense to commercial aircrafts. When it comes to production, every component needs to be properly made to the highest quality as the smallest error or weakness in structure can lead to serious disasters.

Producing parts for the said industry with a wide range of exotic and high-strength materials can be so much more complex than creating other consuming goods. It has traceability requirements that are highly stringent and stricter tolerances. This means that the industry requires a machining process that is capable of following the highest levels of production. Given the manufacturing and high standard demand, waterjet cutting entered the picture and swept away the competition.

 

Aerospace Production: What Waterjet Technology Can Offer?

Waterjets have proven their precision, reliability, and sturdiness in meeting the right standards of aerospace production.

In most parts, waterjets are preferred because of their adaptability. Aside from being able to adjust them according to specific needs, waterjets can even be standardized for uniform and precise production. They are adaptable to various projects and material types. Moreover, they can cut through different substances even materials that experience damage from other type of fabrication processes. This includes the following.

 

  •         Glass
  •         Titanium
  •         Alloys
  •         Foam
  •         Carbon fiber
  •         Stainless Steel
  •         Plastic
  •         Rubber
  •         Copper
  •         Brass
  •         Aluminum

The reason behind why waterjets is capable of cutting numerous materials is because they use a cool cutting process without heat-affected zones. Laser for instance, encounter difficulty in cutting materials that has high thermal conductivity. On the other hand, a waterjet machine can eradicate heat-affected zones that can potentially lead to structural weakness and microscopic cracks.

 

Waterjet Technology: Added Benefits

Water jet cutting machine is definitely one of the best and most adaptable manufacturing solutions the world has today. It is capable of delivering a smooth and clean cut that need very minimal fixturing. In the aerospace industry, this means that producing parts can be done efficiently without having to suffer from structural issues.

Looking at all the benefits and capabilities that this technology can provide, it’s a no-brainer that this is the preferred machine for companies that manufacture military devices, planes, and space vehicles.

 

The Role of Concrete Formwork in Today’s Massive Structures

All the massive structures we have today wouldn’t be possible without the help of concrete formwork. In fact, not only today’s structure but even the ones in the past. Such formwork system can serve as temporary structures like concrete steps, sidewalk, patios or can even be a complex building made of concrete reinforced with a steel structure. Also, the formwork serves as support to the weight of the concrete until it has enough time to dry forming into a specific shape and it there is enough strength to support itself.

 

The Different Types

Here are some of the most known types of concrete formwork that has greatly contributed to the structures we have today.

  •        Timber Formwork- It is moisture-resistant and if often used for traditional types of structures. It is simple and reusable.
  •        Engineered or Prefab Formwork Mold- typically built with metals that allow them to be reused over and over.
  •        Plastic Formwork Mold- used in mass housing development. This type is easy to assemble and reusable. It is also cheap to produce.

Concrete is also popularly used in order to make a structure more energy-efficient. Insulating concrete form (ICF) is a permanent structure that is put together just like Lego blocks and are interlocked together. When the pieces have been interlocked, the structure will then be filled with wet concrete. As a result, a very strong and energy-efficient structure is produced. But this one can be a bit more expensive than others. However, there is no question that a concrete home will not only be cooler in summer and warmer during winter, but it also takes lesser energy to cool and heat the home, thus giving you more savings in the long run. Here are some more of its benefits.

  •        ICF formwork produces very minimal air leaks which improves comfort while reducing heat loss.
  •        It has a high thermal-resistance
  •        It is up to 10x stronger other traditional wood frameworks

Indeed, the world of formwork, especially the concrete type has taken big leaps and bounds of positive comments in the last 1,000 years. The history of concrete dates back to the time of Romans and Egyptians when they used concrete in different forms for their buildings and infrastructure. This concept has actually been around since 125 A.D.

The Roman Pantheon for instance, is an iconic structure in history and one of the very first structures to have used formwork (concrete) in its construction.

And today, the world of concrete has made several advances and improvements, thus the rise of the massive and structures that we are benefitting from today. Few more years from now, this material will for sure be instrumental in more massive structures that will greatly change our lives.

 

Glass Balustrading: Care and Maintenance Tips

There are different kinds of improvements and modifications that you can make to the interior of your house or business. As much as you like the look of something, if it is not practical, incorporating such will be a challenge. There are materials and methods that you can choose from to ensure that you are doing a practical improvement in your home. One of them is glass balustrading.

 

But, Why Choose Glass?

Glass has long been used in buildings, but it is often used in the same places. Doors and windows are the main for glass as this allows light to pass through.

In so many uses and applications, glass is relatively affordable, making it a favored material by business. But one of the best things about it is the way it looks. It is capable of transforming an ordinary space into something stunning.

For instance, a simple hallway can have a new life with glass that allows light, both ambient and natural to play within the space. At the same time, it’s reflective properties and light can reach all the areas in the space.

 

Glass for Balustrading

Glass is a very common material to be used in balustrading. It is very appealing to property owners as it gives a modern and chic appeal to the home or building. At the same time, very low maintenance is needed. But still, regular care should be given to you glass balustrading. Make sure that it will last for a long time. You can do by following the steps below.

 

Protect the Glass Balustrade

You can apply protection by treating it with a special wax. This will make the cleaning easier and will lessen the need to clean it. You can also use protective coating so your balustrading will not be easily scratched or get damaged.

 

Clean it Regularly

One of the things that you need to do constantly is to always check if there is dirt as it can be easily noticed on a glass balustrade. Be sure to keep is sparkling by cleaning it on a regular basis. But, only use mild materials to spare it from scratches or any damage. Stay away from alcohol-based, abrasive, or acidic cleaning products. Just wash your balustrading using mild detergent and use a dry and soft piece of cloth to achieve a perfect and scratch-free finish.

 

Regularly check your Balustrading for Damage

Make sure that there are no loose fixings or glass, as well as scratches and damages. This should be done regularly so you can be certain that your balustrading is in its top condition and will not pose any danger to people in a form of broken glass which can be a nasty injury.

Doing the above-mentioned maintenance care and tips will ensure that your balustrading will serve its purpose- beautifying the place while ensuring safety and protection for everyone.

 

Drip Trays: The Different Types and What They Can Do

Working with hazardous chemicals, oils, fuels, and other substances mean that there is always a possibility for leaks and spills. This needs to be prevented as it can lead to potential accidents. This is when drip trays are highly recommended. These are specifically designed to contain any spillage to ensure safety in the workplace. These come in individual units or can be bought in packs, depending on your needs. Moreover, they come in various types for to contain different types of spillage.

 

Plastic Drip Tray

This type is made from heavy duty polyethylene and are considered to be useful in different situations. Many organizations and agencies make use of this in case of emergencies in the workplace.

This is best used in a company that is suffering from leaking roofs and pipes because this is a simple but effective way to contain leak. Being able to prevent leak is very important as the liquid that drips through may soak through the floor. Containing it will prevent potential damage to the workplace and removes any slipping hazard.

This is also helpful in monitoring industries, particularly in garages and workshops. Brake fluid, oil, and water changes can be a messy job. This is why such drip tray is often used by mechanics in order to prevent these liquids from spilling over. This will not only prevent the possible damage in the premises but it will also make the procedure so much simple.

 

Flexi-Tray

This is a rubberized version of plastic drip tray. Aside from being scratch-resistant, it can be stood on or driven over before returning it to its original form. This is what makes it suitable to be used in a busy workplace with limited space like a warehouse or workshop as it’s easy to move it around.

 

Shallow Flexi-Tray

This comes in three different sizes and is ideal to be used by mechanics or service engineers. This can be used as a work mat or spill kit tray. It is also very comfortable to work on and can be lined up with absorbent socks and pads to increase its ability to prevent spillage.

This also comes with dispensing grids which is very useful in case of refueling or transferring fuel, oil, and other types of hazardous liquid. This is best used in workshops, farms, and industrial the dispensing grid protects cans and other items from spillage damage.

 

Deep Flexi Tray

If you are working with a heavy machinery then this is for you. This is twice as high as the shallow alternative which makes it capable of containing larger amounts of leaks and spills. It is flexible yet tough and can easily fit underneath a machine to catch any inevitable leaks and spills. The variants for this tray are resistant to the food stuffs, detergents, coffee, etc. They are also resistant to alcohol, weak acids, weak base, propene, propane, and butane.

As drip trays come in different types to serve specific purposes, you can easily find one that will be best for the kind of work you are dealing with.