Showing posts with label ETFE Foi. Show all posts
Showing posts with label ETFE Foi. Show all posts

Monday, 23 September 2019

Polycarbonate Corrugated Sheets – Uses In Aerospace & Defense - Tuflite Polymers

Aerospace and defense industries are intense businesses that require rigorous products and services. These are the top two industries that have always remained priorities of every country, no matter whether it is a developed or developing one. Defense offers national security, while aerospace ensures quick reach to the required destination through air. This is why both these industries require innovative and strong products, flawless processes, and cutting-edge technologies. Polycarbonate corrugated sheets have thus been able to make a mark in such industries.

Thursday, 10 January 2019

All That You May Want To Know About Polycarbonate Sheet - Tuflite Polymers

Polycarbonate roofing sheets have gained immense popularity among architects and interior designers today for building a variety of constructions, may it be residential or commercial. Polycarbonate is one of the most versatile materials in the plastics segment that is used not only in the construction industry, but in a wide range of other applications like optical wear, medical devices, security systems, automobiles, and more. What has made this material so unique, let us see in this blog.

What is polycarbonate?
Polycarbonate is a group of thermoplastic polymers containing carbonate groups in their chemical structures, which makes the material easy to mould and thermoform. In fact, polycarbonate received its name because of the multiple carbonate groups that they contain.

Where are polycarbonates used?

The most common applications of polycarbonates include –
·        Construction industry – Skylights, skywalks, pergolas, windows, swimming pool enclosures, railway stations, stadiums, carports, patios
·        Optical industry – Eye wear, swimming goggles, safety eyewear
·        Security industry – Riot shields, bulletproof windows, police helmets
·        Data storage industry – CDs, DVDs, Blu-Ray discs
·        Automobile industry – Bezels, optical reflectors, headlamp lenses, cockpits
·        Electronic industry – LCD screens, plasma screens, mobile phone screens
·        Others – Medical devices, sign boards, food processing components

These are only some of the most common applications where polycarbonates are used. Today, polycarbonate has gotten involved in a variety of industries and applications, almost everywhere where it can replace glass and other plastics.

What has made polycarbonate so popular?
Polycarbonate has a variety of unique characteristics blended together, which has made it so popular to be used in almost all industry segments. Some of the unmatchable characteristics include –
Strong yet flexible – Polycarbonate is a strong and durable material yet very flexible. It has an impact resistance that is 200 times that of glass, meaning that it is virtually unbreakable and can withstand all kinds of climates, environmental conditions, and impacts. However, this strength and durability do not have it compromising on the flexibility of the material. Even though it is strong, it is flexible enough to form a variety of shapes, even domes and circular roofs, which is not possible in other alternatives like glass.

Resistance – Polycarbonate is not only impact resistant. It is resistant to a variety of other components like chemicals, moisture, fire, and scratches. Polycarbonate remains unaffected when comes in contact with chemicals and moisture. It is also the best material to be used in areas that are prone to fire as it never catches fire.

Insulation – Polycarbonate has great insulation properties. It insulates better than glass, thus lowering energy costs. Especially, when multiwall polycarbonates are used, the insulation level is very high because of the multiple layers of polycarbonates stacked together. This is why multiwall polycarbonateroofing sheets are the most ideal choice for conservatories and greenhouses.

Aesthetic appeal – Polycarbonate is available as transparent as glass, which is why it has replaced almost all applications where glass is used. However, it has an added advantage to glass. Unlike glass, polycarbonate is available in a variety of colors, which can be chosen to either match or contradict the other visual elements of a construction with which polycarbonate is used. Also, polycarbonate is available in a variety of textures and finishes, which not only adds to the visual appeal, but also makes it a great option to be used in applications where semi-transparency is required.

After reading all of this, if you have also decided to use polycarbonate for your application, get in touch with Tuflite Polymers to get the finest quality polycarbonate roofingsheets, which are available in a variety of colors, sizes, textures, and types for you to choose from.


Thursday, 13 December 2018

ETFE – The Perfect Choice For An Enclosed Structure That Grows Grass

Have you ever been to a stadium? Have you noticed the grass and the coverings? Or, at least you may have seen stadiums in the television. You may think that the grass is actually artificial or is turf. However, this is not the case with every stadium. There are some stadiums that have artificial grass, and then there are others who grow real grass. And, to protect this grass from the outdoor environment against excess heat during summers, excess cold during winters, heavy rainfall during monsoons, and strong storms during autumn, it is advisable to have an appropriate covering for the stadium. One of the best materials one can use for this purpose is ETFE foil.

Thursday, 19 July 2018

Why Has ETFE Proven To Be The Next Popular Construction Material?

ETFE is the new product on the market that is gaining attention. It is available in two forms – ETFE sheets and ETFE cushions. These cushions could be made up of two, three, or four separate layers of foil, with the spaces in between inflated with air. This provides strength along with insulation. These sheets are available as completely transparent structures, bringing in virtually all the sunlight. However, they can also be printed, or provided with white sections to reduce the amount of incoming light. Using various printing techniques, the light coming in within the roof can be controlled. Alternatively, individual layers can be printed differently with contrasting techniques and patterns, enabling the throughput of light to be regulated by altering the distance between the layers, with varying pressure in different air chambers.