Materials



Facts to know about norbornene polymers

The use of polymers in various industries has a lot to offer. There are different types of polymers, each with its unique pros and cons. Studies aimed at finding better polymers have confirmed that a chemical norbornene has a lot to offer. Norbornene polymers were recently introduced into the market as APEL and TOPAS. The unique features of norbornene polymers make them offer much more than what average polymers.

Properties of norbornene polymers

Purity

When looking for a polymer, its purity is often a suppliesmajor point of concern. TOPAS polymers offer high purity levels. This feature makes then appropriate for diverse application some of which include making drug and food packaging products. These polymers are known to deliver consistent purity, which is important for human lives.

Superior air retention features

Norbornene materials are known to be no ordinary barrier. Their superior air retention and protective features make them perfect for transporting consumer electronics and anything that should be handled with consistent care while in transit. These polymers are known to be simple, stiff and robust, which eases film handling during inflation.

Glass clear

Norbornene-based polymers are known to be clear. UV transparency features make them perfect for producing healthcare containers, lightweight optical materials, and high-performance diagnostic equipment. This property is highly preferred in manufacturing optical displays where the clarity of this materials remains to be a proven winner in the production of reflection films, light guides, and touch screen among other applications.

Superior resistance

Norbornene-based polymers or TOPAS are known for their excellent moisture resistance properties. It is also resistant to things like alcohol, and acids, which makes them perfect for product protection both in the medical and electronics industry. More, the heat and moisture retention property is ideal for advanced electronic designs where current trends favor miniaturization and lightweight products.

Olefin

polymer 43In chemistry, an olefin is an unsaturated hydrocarbon. Olefins are also referred to as alkenes. This property makes it easy for these polymers to blend well with polyethylene. It achieves this in a unique way that makes it possible to achieve this superior and recyclable features for enhanced sustainability.

Application of Norborne-based polymers is versed. Their superior properties make appropriate for application in general packaging, healthcare, optical and general diagnostics. Their use in this industry has been inspired by some of its features which include purity, thermal stability, non-corrosive, and superior solvent resistance just to mention a few.

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