To comprehend this process Let’s break it down step
by step
CCU-based polycarbonate polyols and isocyanates undergo a blending reaction, resulting in the formation of the synthesis of polyurethane (PU).
Through specialized techniques, this polyurethane is further processed into CO2-included polyurethane films.
Through the integration of CO2 Pure film and recycled polyester into outdoor performance textiles, we not only diminish our reliance on finite natural resources but also reduce the requisition for petroleum and fossil fuels. This integration adheres to the principles of recycling and empowers us to attain our objectives of carbon reduction.
* ARAMCO, also known as Saudi Arabian Oil Company. It is one of the largest oil companies in the world and is responsible for approximately one-tenth of the world's oil production. The company is investing in renewable energy sources and carbon capture technologies to reduce its environmental impact.
1. CCU-based Polycarbonate Polyols
Generated by incorporating recycled CO2 ( Air emission gas) as a reactant into the structure of the polyols.
4. Lamination Composite with recycled textile (Breathable 2L) or customized.
5. PFC-Free Water-repellent treatments with sustainability and environmental friendliness
2. Polymerization
3. ∞PURE Film
In collaboration with * 12% CO2 inside FILM Carbon Capture CO2
Why CO2 Film ? Is it worth it?
Typically, under normal weather conditions, outdoor skiing with a waterproof rating of 10K would be deemed sufficient. Even in the event of a light drizzle, there would be no cause for concern.
As for durability, we have the complete flexibility to adjust the fabric material.
For everyday wear, it wouldn't necessarily require the highest level of waterproofing or breathability. Such textiles would effectively against sudden rain brash while ensuring long-term comfort without feeling stifling or lacking in breathability. Moreover, it would contribute to carbon reduction and reuse efforts.
Waterproof Reference data
Drizzle: Water pressure resistance of 100mm.
Umbrella-worthy rain: Water pressure resistance of 1500mm.
Heavy rain: Water pressure resistance of 6000mm-7000mm.
Fire hose or waterfall impact: Water pressure resistance of 10000mm.
100 mm 1500 mm 10000 mm 6000 mm
CO2 PU MILKY FILM WP:10K/MVP:4K
In April 2023, the European Parliament passed a series of pivotal legislations, embodying three significant measures. The urgency of addressing carbon emissions, carbon leakage, and related issues has become undeniable. The textile industry, similarly regarded as a major contributor to emissions, must ponder upon strategies to diminish greenhouse gas discharge. PALTEX diligently follows this prevailing trend, offering you innovative cutting-edge technologies that foster sustainable development, thereby transforming challenges into opportunities.
Paltex Lamination Collection
CO2 PU 2L Film
ART. # : RLF049
COMPOSITION : 100% RECYCLE POLYESTER
DESCRIPTION : RECYCLED DOBBY BREATHABLE 2L
CUTTABLE : 58”
WEIGHT : 97 GSM
FINISH : P/D+PFC-FREE W/R+CO2 PU MILKY FILM
WP:10K/MVP:4K
Lazurite
Paltex Lamination Collection
CO2 PU 2L Film
ART. # : RLF048
COMPOSITION : 100% RECYCLE NYLON6
DESCRIPTION : RECYCLED DOBBY BREATHABLE 2L
CUTTABLE : 58”
WEIGHT : 148 GSM
FINISH : P/D+PFC-FREE W/R+CO2 PU MILKY FILM
WP:10K/MVP:4K
Night Rain
Paltex Lamination Collection
CO2 PU 2L Film
ART. # : RLF047
COMPOSITION : 100% RECYCLE POLYESTER
DESCRIPTION : RECYCLED DOBBY BREATHABLE 2L
CUTTABLE : 58”
WEIGHT : 97 GSM
FINISH : P/D+PFC-FREE W/R+CO2 PU MILKY FILM
WP:10K/MVP:4K
Midnight Plum
Paltex Lamination Collection
ART. # : LFB100-A
COMPOSITION : 100% NYLON6 POLYESTER
DESCRIPTION : N6 PLAIN BREATHABLE 2L
CUTTABLE : 57”
WEIGHT : 136 GSM
FINISH : P/D+PFC-FREE W/R+CO2 PU MILKY FILM
WP:10K/MVP:4K
Sustained
Grey
CONTACT PALTEX FOR MORE INFORMATION service@paltex.com.tw www.paltex.com.tw HIGH-PERFORMANCE SUSTAINABLE TEXTILE
