Honeycomb Core Material "TECCELL"

Transcend the Ordinary : The Featherlight Pinnacle Material

TECCELL: The Honeycomb Core Pioneered by the World's First Thermoplastic Continuous Molding Technology

TECCELL is a honeycomb core composed of hexagonal cells—widely recognized as one of the most advanced sandwich core structures in terms of mechanical performance. With its exceptionally high strength-to-weight ratio, it ranks among the most efficient structural materials available.

Engineered as a lightweight yet highly rigid honeycomb sandwich panel, TECCELL offers outstanding environmental performance by promoting resource efficiency and reducing CO₂ emissions. Its superior structural properties contribute to energy savings across a wide range of industries.

TECCELL’s versatility is further expanded through lamination with various surface materials—such as metals, melamine-faced panels, and non-woven fabrics—making it suitable for diverse applications across multiple sectors.

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Values The SIX key benefits of TECCELL

Compared to metal materials such as steel and aluminum, TECCELL offers significant weight reduction while maintaining comparable bending stiffness.

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Made from polypropylene (PP), TECCELL exhibits inherently low thermal conductivity. Its honeycomb structure further enhances insulation performance by trapping air—an effective thermal barrier—within its hollow cells.

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The honeycomb core deforms upon impact to effectively absorb energy. TECCELL has been adopted in motorcycle chest protectors that meet the highest level of the European CE Standard (Level 2).

Example of Commercialization

TECCELL SAINT, a variation with precision surface perforations, offers sound absorption properties and contributes to noise reduction across various environments.

TECCELL SAINT WEBSITE ★The linked page is currently available in Japanese only★

TECCELL can be laminated with materials such as aluminum or non-woven fabrics to create multifunctional composite panels tailored to specific applications.

Combination with defferent materials