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Product Portfolio 2 1 PRODUCT PORTFOLIO 2 NATIVIA® is a new generation of bio-based biaxially oriented flexible packaging Carbon Footprint of Ingeo PLA vs. Standard Plastics* films made of PLA polylactic acid from NatureWorks. Thanks to the Ingeo 2014 0.62 bio-based content and the lower consumption of energy, PLA delivers a PP 1.63 lower carbon footprint and additional end of life options compared to most HDPE 1.80 ® oil-based plastics. All NATIVIA films have achieved the four-star OK Biobased LDPE 1.87 certificate from TÜV AUSTRIA and are approved for industrial composting according to PET (bottle grade) 2.15 EN 13432 standard by DIN CERTCO. 0.0 0.5 1.0 1.5 2.0 From cradle to polymer factory gate (kg CO2 eq./kg polymer) *Source: www.natureworksllc.com These logos can be used for final products which are made of this intermediate and certified as final products at DIN CERTCO or TÜV AUSTRIA. 3 PRODUCT PORTFOLIO EUROPE Transparent Matt White Voided Metallised NTSS D817 NEW NELD NZSS, NZLD 4 What does bioplastic mean? BIO-BASED The material is wholly or partially derived from biomass. Biomass used for bioplastics is usually corn, sugar cane or cellulose. BIO-DEGRADABLE Biodegradability is an inherent property of certain polymers. Biodegradation is a chemical process in which materials, with the help of microorganisms, are metabolised to water, carbon dioxide, and biomass. The drivers behind bioplastics are: Green Culture Sustainability New Bioplastic Framework Programs Production Conditions Capabilities 5 Physical and Mechanical Properties VERY GOOD DEAD FOLD & TWIST • High Mechanical Strength • Good Aroma Barrier • Very Strong Seal • Good anti-fog properties • Excellent Transparency and Gloss • Paper-like Dead Fold • Consistent surface energy (37mN/m) for good • Excellent Twist printability • Alcohol, Fat and Oil Resistence 180° 80° • High Moisture Transmission Rate • Effective barrier against mineral oil saturated • Breathable with lower OTR but higher hydrocarbons (MOSH) and Mineral oil WVTR than coex BOPP aromatic hydrocarbons (MOAH) 64° 33° 6 Segments and Applications Fresh produce Candies Bakery, Coffee & Tea Labels Dairy Tapes Envelopes and wrapping 7 NTSS D817 NEW BoPLA transparent film, both sides heat BoPLA matt film, biodegradable sealable, biodegradable. Heat sealable PLA-layer Treated printable layer PLA core PLA core Heat sealable PLA-layer Matt layer Nominal Sealing Unit Weight Yield WVTR O TR Nominal Sealing Thickness temperature 2 Unit Weight Yield 2 2 2 3 2 Thickness temperature (g/m ) (m /kg) (°C ) (g/m /d) (cm / m /d) (g/m2) (m2/kg) (µm) (µm) (°C ) 20 24.8 40.3 440 1100 20 24.8 40.3 - 25 31.0 32.3 330 900 30 37.2 26.9 270 730 85 35 43.4 23.0 230 630 Matt 40 49.6 20.2 200 540 Transparent 50 62.0 16.1 170 430 8 NELD NZSS NZLD BoPLA white voided film, both sides heat BoPLA metallised film, heat sealable, BoPLA metallised white voided film, heat sealable, biodegradable. biodegradable. sealable, biodegradable Heat sealable Vacuum deposited Vacuum deposited PLA-layer (MST=85°C) aluminium aluminium Metal receptive layer Metal receptive layer White voided PLA core PLA core White voided PLA core Heat sealable Heat sealable PLA-layer Heat sealable PLA-layer PLA-layer (MST=85°C) (MST=85°C) (MST=85°C) Nominal Sealing Nominal Sealing Nominal Sealing Unit Weight Yield Unit Weight Yield Unit Weight Yield Thickness temperature Thickness 2 2 temperature Thickness 2 2 temperature (g/m2) (m2/kg) (g/m ) (m /kg) (g/m ) (m /kg) (µm) (°C ) (µm) (°C ) (µm) (°C ) 30 28.8 34.7 85 20 24.8 40.3 85 30 28.8 34.7 85 Metallised 3 2 2 3 2 2 White Voided White O2TR (cm /m /d): 15 WVTR (g/m /d): 9.0 O2TR (cm /m /d): 20 WVTR (g/m /d): 9.0 9 10 End-of-life options PLANT A closed loop CO2 + WATER + SUN STARCH PLA offers multiple options in terms of end of life. Besides landfilling, there are other solutions which allow to recover the energy value of PLA and minimize the impact on our environment. Once converted into packaging, NATIVIA® films can COMPOSTING be industrially composted and will disintegrate in six LACTIC ACID months into CO2, water and humus, a soil nutrient. NATIVIA® films can also be mechanically and chemically recycled, as well as incinerated. PACKAGING NATIVIA NATIVIA® films do not biodegrade in landfill conditions. 11 K MEXICO COLOMBIA BRAZIL Production Sites Distribution Centers/Sales Offices Production Sites For further information please contact [email protected] Ed. 20/01/A – EU or visit our website www.nativia.com www.ti-films.com.
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