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TEXNIC® speaks through numbers

2025.07.16

TEXNIC® speaks through numbers


“Eco-innovation as technology,” proven through LCA

Sustainability is not merely an end result. TEXNIC® believes that when developing technology, sustainability must be integrated from the very beginning — into both the way the technology is created and the way it operates.

Simply using recycled materials or attaching eco-friendly marketing labels cannot truly define sustainability.
This is why TEXNIC® focuses on designing sustainability into the very structure of its technologies.

A prime example is TEXNIC®’s laminating and slitting technologies. Originally developed for different industrial purposes, these processes have been reinterpreted by TEXNIC® to support its fabric recycling framework.

The laminating technology, which bonds PE films (separator films from electric vehicle batteries) with various textiles, is a core process that secures both strong adhesion and durability while maintaining functional performance.
TEXNIC®’s slitting technology reshapes unused films into fabric units, transforming them into new value.

However, TEXNIC® does not present these processes merely as new fabrication methods.
Are these technologies truly environmentally meaningful? Do they reduce carbon emissions? Are they genuinely enabling resource circularity?

To answer all these questions objectively, TEXNIC® has adopted LCA (Life Cycle Assessment) verification.



LCA: Sustainability as “substance,” not just “form”

LCA (Life Cycle Assessment) is an internationally recognized method for quantitatively evaluating a product’s environmental impact across its entire life cycle — from raw material extraction to production, use, and disposal.

Rather than simply claiming “made from recycled materials,” LCA quantitatively proves whether that recycling truly has a positive environmental impact. It is a concrete standard for real sustainability.

TEXNIC® conducted a formal LCA assessment of its PE laminated fabrics through a certified LCA organization. The results showed a carbon footprint of 1.29 kgCO₂e/㎡.
This figure is significantly lower than commonly cited averages for polyester (3.2 kgCO₂e/㎡) and nylon (3.65 kgCO₂e/㎡).

This means TEXNIC® achieved more than a 60% reduction in carbon emissions per unit area — clear numerical proof of what TEXNIC® calls “eco-innovation as technology.”

This is not just a result limited to a single product. It demonstrates that all TEXNIC® materials, developed through its laminating and slitting technologies, can simultaneously meet high standards for both environmental sustainability and functional performance.


Questions that begin from the structure of technology

TEXNIC® constantly asks itself:
“What exactly is recycling?” “For whom and in what ways is this recycling meaningful?” and “Can sustainability be designed?”

TEXNIC®’s answers are not found in the texture or appearance of its fabrics, but in the very structure of its technology.
From the methods of material bonding, to how remnants are handled, and the systems for end-of-life processing — TEXNIC® embeds sustainability into every stage of its processes.

TEXNIC® believes that the details of its technology must embody the brand’s philosophy itself.

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