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Plastics & Elastomers
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KRAIBURG TPE Offers UV-resistant Thermoplastic Elastomers for Diving Equipment

Published on 2020-10-13. Author : SpecialChem

kraiburg-TPE-diving-components KRAIBURG TPE’s innovative THERMOLAST® K TPE is the compound ideal for diving equipment applications. The TPEs have excellent UV and weather resistance that suits a diverse range of diving equipment components. The compounds can be used to manufacture diving masks, fins, regulators, gloves, dive computers, snorkels, underwater lights and more, all of which are constantly exposed to sunlight and sea water.

In addition, it is sebum resistant for applications requiring a firm but user-friendly grip; and excellent sealing for gaskets and sealing applications.

Easy Processability of Compounds

THERMOLAST® K TPE is also suitable for underwater diving lamp applications, whereby the housing is molded from PP and overmolded with the TPE cover and seal.

Diving regulators can have a TPE cover that provides a molded-in seal and weight reduction. Since the regulator is smaller, it allows the diver to breathe easily.

For diving fins, the TPE compounds add a springy touch. The diver requires less energy to flap through water and it improves a diver’s speed. The compounds also provide the perfect sealing in watercraft dry compartments.

Consistent Colorability and Excellent Mechanical

KRAIBURG TPE’s innovative TPE compounds provide consistent colorability and excellent mechanical properties to deliver the custom requirements of product designers and developers. Meanwhile, end users can benefit from the specialized fit, feel and look of the products.

Some of the recommended TPEs in the THERMOLAST® K are the GP/FG and the FC/CS compounds.

The GP/FG series has a soft touch surface and non-sticky haptic feel. It is suitable for applications like diving fins, tank bankers, etc. Meanwhile, the FC/CS series has an excellent compression set, which is important for diving equipment, especially since underwater pressure is high. Its soft touch surface and hysteresis makes the compound suitable for applications such as diving masks, diving computers, diving gloves, and more.

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