Publication: Jul 01, 2024

Advanced TPE Materials for Facial Cleanser Device


KRAIBURG TPE's advanced THERMOLAST® K selected TPE series delivers exceptional performance, safety, and reliability.


KRAIBURG TPE’s Advanced TPE Materials Boost Facial Cleanser Device Innovation
In today's busy world, skincare and facial cleaning are becoming increasingly important. As technology continues to advance, facial cleansing tools have become a crucial part of our daily skincare routines. KRAIBURG TPE, a global TPE manufacturer, is leveraging its state-of-the-art technology and innovative thermoplastic elastomers (TPE) to establish new standards in the development of innovative facial cleansing devices and products.

 

KRAIBURG TPE's advanced THERMOLAST® K selected TPE series delivers exceptional performance, safety, and reliability. Its innovative material solutions drive progress in skincare technology, elevating users' experiences in facial cleansing and skincare.

 

THERMOLAST® K Key Material Advantages

  • Non-Sticky Surface: Simplifies the cleaning process and effectively prevents dirt, grease, and residual makeup from sticking to the facial cleanser device. This helps maintain hygiene and cleanliness.

  • Soft, Velvety Feel: A facial cleansing device needs to be gentle on the skin to reduce the risk of skin irritation, discomfort, and allergies.

  • Elasticity: The material's easy processibility and elasticity allow the design of facial cleansing devices to adapt to facial contours and maintain a stable shape and structure over extended periods of use.

  • Waterproof Performance: Effectively prevents moisture from entering the cleansing device's interior, reducing the risk of damage and malfunction from water corrosion while improving the product's stability and dependability. 

  • Chemical Resistance: Resistant to some common chemicals, such as detergents, thereby maintaining the appearance and performance of the cleansing device without damage while improving product durability. 

  • In-process Recycling Possible: Waste generated during the production process can be recycled and reused, reducing material waste and costs, and conserving resources.
    Ideal applications 


The selected THERMOLAST® K TPE series is ideal for functional and design elements, essence skincare instrument handle and grip, soft touch surface (facial massage devices thumb wheels, microcurrent beauty device push buttons, facial steamer switches), household articles, cosmetic packaging, packaging for food, and packaging for care products.
 


Download press release

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

01.07.2024MEDIA PACKAGE FOR Advanced TPE Materials for Facial Cleanser Device

Latest News

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
KRAIBURG TPE announces the official opening of KRAIBURG TPE UK Ltd.
17.06.2024 KRAIBURG TPE announces the official opening of KRAIBURG TPE UK Ltd. This move highlights the company’s commitment to serving the UK market directly. 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