Publication: Dec 27, 2023 Last updated: Jun 13, 2024

Scuba Flippers with Innovative Materials


KRAIBURG TPE's THERMOLAST® K GP/FG series offers a unique blend of flexibility, durability, and exceptional adhesion properties. 


Scuba diving enthusiasts are always on the lookout for advanced equipment to elevate their underwater adventures, and among these essential tools, scuba flippers play a pivotal role. Traditionally, scuba flippers have been constructed from various materials like rubber and plastics. However, KRAIBURG TPE, the global manufacturer of innovative TPE materials, is taking a giant leap in upgrading scuba flippers with its cutting-edge THERMOLAST® K GP/FG series.

Unlocking New Spectrums of Advantages
The use of KRAIBURG TPE's innovative materials in scuba flippers has unlocked new spectrums of advantages. The flexibility of TPEs allows for optimized energy transfer during each kick, resulting in enhanced propulsion and efficiency underwater. The material's durability ensures prolonged usage, making scuba flippers a reliable companion during countless underwater adventures.

KRAIBURG TPE's THERMOLAST® K GP/FG series offers a unique blend of flexibility, durability, and exceptional adhesion properties. The outstanding adhesion to PP ensures that scuba flippers remain securely bonded, providing confidence in their longevity. Comfort is enhanced with a soft-touch surface that reduces chafing during extended dives. Optimized mechanical properties boost momentum and underwater performance, resulting in smoother movements.

Moreover, these halogen-free TPEs meet environmental and safety standards. With options for in-process recycling and availability in natural and black colors, these TPEs cater to divers' diverse needs.

Sustainability successes of our TPEs
Besides scuba flippers applications, KRAIBURG TPE’s recent sustainability innovations include a series of specially developed material solutions for automotive, consumer, consumer electronics, wearables and industry applications. Comprising up to 48% post-consumer recycled (PCR) and 50% post-industrial recycled (PIR) content, the material complies with multiple global standards such as FDA raw material compliance, RoHS and REACH SVHC requirements. KRAIBURG TPE also provides customers with product carbon footprint values.
Are you looking for a sustainable TPE solution? Talk to us! 
Our experts are happy to answer any questions you have, as well as to offer the right solution for your application.


Download press release

In our media package you will find comprehensive information, graphics and pictures on the subject.

27.12.2023MEDIA PACKAGE FOR KRAIBURG TPE: Upgrading Scuba Flippers with Innovative Materials

Latest News

Advanced Sustainable TPE Solutions for Foldable Buckets
10.07.2024 Advanced Sustainable TPE Solutions for Foldable Buckets The THERMOLAST® R RC/FC/PCR/AP series, crafted by KRAIBURG TPE, represents a breakthrough in sustainable material engineering. read more
Empowering Surgical Instruments with Advanced TPE Technology
04.07.2024 Empowering Surgical Instruments with Advanced TPE Technology Recognizing the importance of functionality, reliability, precision, and safety in surgical settings, KRAIBURG TPE is proud to unveil its latest breakthrough THERMOLAST® H series, an innovative material solution tailored to meet the stringent requirements of the healthcare sector. read more
Advanced TPE Materials for Facial Cleanser Device
01.07.2024 Advanced TPE Materials for Facial Cleanser Device KRAIBURG TPE's advanced THERMOLAST® K selected TPE series delivers exceptional performance, safety, and reliability. read more
Enhancing Safety and Performance for Ladder Stopper
20.06.2024 Enhancing Safety and Performance for Ladder Stopper The THERMOLAST® K GP/AP series from KRAIBURG TPE represents a significant advancement in ladder stopper material technology. read more

Our Communication team is happy to assist you.

If you have any questions or would like more information, please contact our press spokesperson.

Bridget Ngang

Juliane Schmidhuber

Mirna Pina