TEONEX ®
Superior Optical Properties, Flatness
and Enhanced adherent,
PFAS-Free, BioPET Film
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TOYOBO authorized agent
COSMOSHINE BIO™
COSMOSHINE BIO™ is a Bi-axis Optical BioPET film, made of resin from a part of biomass source and has the same physical properties (tensile, hardness, Total light transmittance, etc.) as Petroleum based PET filmBIO™ is made out of over 25% of biomass raw materials but it has also inherits the superior optical propertoes from TOYOBO's optical PET Series
With TYB's coating technology, it can be adapted to various industrial film processing applications.
Not only it possessed an Excellent mechanical/ optical properties; Bio™ is a great option for manufacture with requirement over sustinable (low carbon) PET Facestock
Bio™ has been widely used in optical protective films, touch panel module, etc and has been widerly accept by those whom wish to apply for EPEAT / UL ECOLOGY® over their product.
COSMOSHINE BIO™
Optical Properties
Excellent Flatness
High TLT, Low Haze
Enhanced adherent
Sustainable
Solution
Made out of
25% BioMass Materials
Thickness range 38μ−250μ；BiO™ Provides various advantages:
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TOYOBO's exceptional coating; support various printing methods
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Excellent adhesion with Arcylic/Sillicon Adhersive
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PFAS-FREE
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Biomass material that does not degrate
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Reduce carbon emissions by more than 10%.
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Suitaple for Carbon footprint/EPEAT registration
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Applicable for all sort of industrial application
Subsuituting Petrol based MEG
( Key ingridents to PET pallet) , to BioMASS MEG;
Result with More than 25% is BiOBase Polyethylene.
【 MECANICAL PROPERTIES】
COSMOSHINE BIO™ achieve the equivalent mechanical properties compares to petrol-based optical PET films
Item | COSMOSHINE BIO™ 50 μ | TYB A4360 50μ (Petrol Base-PET) |
|---|---|---|
Tensil Strength (TD) | 308MPa | 295 MPa |
Tensile Stength (MD) | 231 MPa | 231 MPa |
Total Luminous Transmittance | 90% | 90% |
Haze | 0.8% | 0.8% |
CO2 Reduction | 9~12 % | 0 |
DATA SOURCE from TOYOBO Group™. © . All Right Reserve
COSMOSHINE Bio™ Application:
【Carbon reduction target】
When biomass plastic is burned it releases COz. However, since part of BioPET uses biomass raw materials (Bio-MEG); through the absorption of CO2 and photosynthesis during plant growth, the impact of carbon emissions produced by burning biomass plastics is relatively small compared to raw materials derived from petroleum. (ISO14044)
image source: TOYOBO
Toyobo aims to achieve complete carbon neutrality by 2050.
which Carbon emissions equivalents to net zero.
COSMOSHINE BIO™ are currently widely tested/applied in following applicaiton:
Optical protective film
AG/AR/AF Application
Touch switch panel photosensitive element diffusion sheet
[!] BioMass
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Biodegrdable
一
Overview and Classification of types of BioMass and Biodegradable Polymer
