About Us Hexagon Evolution Nylon ∞Pure Airmore Fresa
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EN / CH
Hexagon Evolution Nylon ∞Pure Airmore Fresa About Us
Carbon Capture and Utilization (CCU)
To mitigate the greenhouse effect, it is crucial to focus not only on reducing carbon dioxide emissions but also on capturing and utilizing CO2. Carbon Capture and Utilization (CCU) addresses the global challenge of significantly reducing greenhouse gas emissions from major stationary (industrial) emitters. CCU differs from Carbon Capture and Storage (CCS) in that its objective is not, and does not result in, the permanent geological storage of CO2. Instead, CCU aims to convert captured carbon dioxide into higher-value substances or products—such as plastics, concrete, or biofuels—while maintaining carbon neutrality throughout the production process.
Transforming captured CO2 into value-added substances or products.
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Sustainable Green Technology ｜ CCU Applications

PURE Carbon-Recycled
High-Performance Eco-Film

Transforming captured carbon dioxide (CO2) into high-value polycarbonate membranes, PURE breaks the cycle of traditional carbon emissions. Combining an ultimate waterproof rating of 15,000mm↑ with an ultra-high moisture permeability of 80,000 g/m²/24hr, it breathes perfect green vitality into high-performance outdoor apparel.

Concepts Specifications
Up to 12%

PURE FILM CO₂ INSIDE

15,000+

Water Resistance (mm)

80,000

Water Vapor Permeability (g/m²/24h)
In strategic partnership with global chemical leader Aether Industries Limited we have signed a collaborative agreement to co-develop technologies that polymerize captured carbon dioxide into polycarbonate raw materials. Through our advanced proprietary technology, these materials are transformed into polycarbonate PU membranes (PURE). By combining the PURE membrane with carbon-captured polycarbonate recycled polyester (Recycled Polyester), we apply this cutting-edge solution to high-performance outdoor apparel. Seamlessly integrating sustainability into everyday life, we turn circular economy theories into tangible reality—making sustainable recycling far more than just a concept.

Carbon Capture and Utilization: Recycling CO2 for a Sustainable Future

To effectively mitigate the global greenhouse effect, the industry must look beyond traditional "emission reductions" and prioritize Carbon Capture and Utilization (CCU).

Unlike Carbon Capture and Storage (CCS), which focuses on permanent underground sequestration, CCU views captured CO2 as a valuable resource. Through advanced technology, it transforms CO2 into high-value everyday materials while maintaining carbon neutrality throughout the production process—turning the vision of a truly sustainable closed-loop cycle into reality.

Mitigating the Greenhouse Effect
Active capture of CO2 from stationary industrial sources.
Driving Green Carbon Neutrality
Transformation into high-value, eco-friendly textile raw materials.
Bio-based materials

Reducing reliance on fossil fuels by utilizing renewable plant-based or biological sources to minimize the carbon footprint right from the source.

Recycled materials

Integrating post-consumer and post-industrial waste for recycled regeneration, operationalizing a sustainable, closed-loop production philosophy.

Top international transnational cooperation

Yie-Cheng has entered into a formal cooperative agreement with global chemical leader
Aether Industries Limited to co-develop technologies that polymerize captured carbon dioxide into premium polycarbonate raw materials. Leveraging our specialized technical expertise, these materials are engineered into our advanced polycarbonate PU membrane (PURE). By laminating this innovative membrane with Recycled Polyester fabrics, we have created an epoch-making solution for high-performance outdoor textiles.

The PURE Green Tech Transformation Cycle

1. Carbon Capture (CCU)

Precisely capturing carbon dioxide (CO2) from stationary industrial sources to prevent atmospheric release, operationalizing our commitment to eco-friendly principles.

2. Polycarbonate Polymerization

Partnering with Aether to polymerize captured CO2 into Polycarbonate Polyols, successfully transforming emissions into high-value chemical matrices.

3. PURE High-Performance Membrane

Engineered with proprietary technology, our premium waterproof and moisture-permeable PURE PU membrane is laminated with recycled polyester to power elite-tier performance apparel.

Three Main Categories of Carbon-Containing Polycarbonate Polyols

Bio-based materials

Recycled materials

CCU materials

CCU-Based Material in ∞PURE film

Rigorous Testing ｜ Physical Properties

The PURE high-performance membrane not only represents the pinnacle of environmental sustainability but also delivers zero compromise on technical indicators and physical performance.

  • Type： Hydrophilic Moisture-Permeable Membrane
  • Material： PU (Polycarbonate Polyol)
  • Appearance： White / Width: 60 inches (1524 mm)

∞PURE film Technical Specification Sheet

Inspection items Test unit B-205W
Type - - Hydrophilic
Color - - White
Weight - - 0.96
Width - mm 1524
Thickness - mm 0.02 (2T)
Melting Point - ˚C 190
100% film ASTM D412 Kg/cm² 50
Tensile ASTM D412 % 300
Water Vapor Permeability JIS L-1099 B1 g/m²/24hr 60,000 ~ 80,000
Water Resistance JIS L-1092 B mm 15,000 ↑
∞PURE film up to 12％ CO2 inside
Type：PU （Polycarbonate polyol）
Color：White
Thickness：2T
Width：60 inch
High function performance film with water resistance and vapor permeability

Hangtag Design

The hangtag for our bio-based nylon membrane is crafted from kraft paper using an embossing technique. By highlighting product features without the need for extensive ink, this design minimizes chemical usage and significantly reduces the carbon footprint.