I Petrochem Division. ASPET PoliProtect. Data Sheets

Transcription

1 I Petrochem Division ASPET PoliProtect Data Sheets

2 ASPET PoliProtect APB Aspet PoliProtect APB Polyester Resin is a TPA-based polyethylene terephthalate copolymer hot fillable resin with both an active oxygen scavenger and a passive barrier incorporated into the pellets. The passive barrier is protected via BicoPET TM technology which incorporates the passive barrier into the core compartment of the pellets. It is a high molecular weight polymer with a 0.85 intrinsic viscosity (IV). Aspet Poliprotect APB polyester Resin is designed to provide highly desirable container properties. In addition to the active oxygen scavenger and passive barrier that provides oxygen protection and carbon dioxide retention for package contents, it also yields containers with sparkle, high strength and toughness. It would mainly be used for beer and 100% fruit juice packaging to impart 4 to 6 mths CO 2 barrier and 18 mths to 2 yrs of oxygen barrier. The following table provides the parameters that characterize the grade. Some parameters are shown with values that are specified to fall within certain limits. Other parameters are shown as a single value that we regard as typical of the grade. Minor differences around this typical value will not detract from the performance of the product. All parameters are measured, under laboratory conditions, by the company analytical method shown. Different methods of conditions of analysis may give rise to different values. Purchased material may be accompanied by a Certificate of Analysis or other document, confirming that the product is within specified limits and is consistent with the other values for the stated Parameters. Color (L*-value) Min Color (b*-value) Max Aspet PoliProtect APB Polyester Resin and articles made from Aspet Poliprotect APB Polyester Resin may be covered under several granted patents or pending patent applications. The purchase or transfer of title of Aspet Poliprotect APB Polyester resin does not grant the right to practice any of the issued patents of grant the future right to practice under patents which may be issued in the future. Please contact the company representative to discuss whether Aspet Poliprotect APB Polyester Resin and/or (30ppm) or less, prior to melt processing. Drying is best accomplished in a continuous high heat dehumidifying type air hopper dryer with a regenerative desiccant bed using F max (-29 0 C max) dew point air. Typical drying conditions are an air temperature of F (175 0 C), 4 to 6 hours residence time and a minimum air flow rate of 1.0 ft 3 per minute per pound of polymer consumed per hour. If longer residence times are utilized lower temperatures should be used. An example might be F (163 0 C) for 8 hours residence time. dependent upon injection barrel dynamics such as residence time and shear. equipment setup and efficiency. Addition of Colorants : If colorants are to be used with Aspet PoliProject APB Polyester Resin please contact the company representative as some colorants have been found to be detrimental to the active portion of the oxygen barrier. The company representative can determine if the colorant is on the list of tested colors. Aspet Poliprotect APB Polyester Resin presents no toxic hazards, either from skin contact or inhalation, under normal conditions. Contact with melted polymer should be avoided. Product delivered in bags must not be stacked. ware houses and storage areas. If large quantities are stored, normal good housekeeping should be enforced, including freedom acknowledgment and/or bill of lading. The company warrants only that its product will meet those specifications designated as Thermoplastic polyesters such as Aspet Poliprotect APB Polyester Resin can undergo hydrolysis if moisture is not eliminated prior to injection molding leading to a decrease in molecular weight and loss in mechanical properties of the bottle, particularly top load performance, creep and impact strength. Moisture content of the resin must be reduced to a level of 0.003%

3 ASPET PoliProtect JB Aspet PoliProtect JB Polyester Resin is a TPA-based polyethylene terephthalate copolymer hot fillable resin with both an active oxygen scavenger and a passive barrier incorporated into the pellets. The passive barrier is protected via BicoPET TM technology which incorporates the passive barrier into the core compartment of the pellets. It is a high molecular weight polymer with a 0.85 intrinsic viscosity (IV). Aspet Poliprotect JB polyester Resin is designed to provide highly desirable container properties. In addition to the active oxygen scavenger and passive barrier that provides oxygen protection and carbon dioxide retention for package contents, it also yields containers with sparkle, high strength and toughness. It could be used for applications such as sauces, pickles, chutneys, sweet syrups, like squashes & sherbets, enzyme & vitamin based pharma products, flavoured milk, jams, honeys, other food products etc, to impart oxygen shelf lifes for approx 1 year. The following table provides the parameters that characterize the grade. Some parameters are shown with values that are specified to fall within certain limits. Other parameters are shown as a single value that we regard as typical of the grade. Minor differences around this typical value will not detract from the performance of the product. All parameters are measured, under laboratory conditions, by the Aspet analytical method shown. Different methods or conditions of analysis may give rise to different values. Purchased material may be accompanied by a Certificate of Analysis or other document, confirming that the product is within specified limits and is consistent with the other values for the stated Parameters. Color (L*-value) Min Color (b*-value) Max Aspet PoliProtect JB Polyester Resin and articles made from Aspet Poliprotect JB Polyester Resin may be covered under several granted patents or pending patent applications. The purchase or transfer of title of Aspet Poliprotect JB Polyester resin does not grant the right to practice any of the issued patents or grant the future right to practice under patents which may be issued in the future. Please contact the company representative to discuss whether Aspet Poliprotect JB Polyester Resin and/or less, prior to melt processing. Drying is best accomplished in a continuous high heat dehumidifying type air hopper dryer with a regenerative desiccant bed using F max (-29 0 C max) dew point air. Typical drying conditions are an air temperature of F (175 0 C), 4 to 6 hours residence time and a minimum air flow rate of 1.0 ft 3 per minute per pound of polymer consumed per hour. If longer residence times are utilized lower temperatures should be used. An example might be F(163 0 C) for 8 hours residence time. dependent upon injection barrel dynamics such as residence time and shear. equipment setup and efficiency. Addition of Colorants : If colorants are to be used with Aspet PoliProject JB Polyester Resin please contact the company representative as some colorants have been found to be detrimental to the active portion of the oxygen barrier. The company representative can determine if the colorant is on the list of tested colors. Aspet Poliprotect JB Polyester Resin presents no toxic hazards, either from skin contact or inhalation, under normal conditions. Contact with melted polymer should be avoided. Product delivered in bags must not be stacked. warehouses and storage areas. If large quantities are stored, normal good housekeeping should be enforced, including freedom acknowledgment and/or bill of lading; The company warrants only that its product will meet those specifications designated as Thermoplastic polyesters such as Aspet Poliprotect JB Polyester Resin can undergo hydrolysis if moisture is not eliminated prior to injection molding leading to a decrease in molecular weight and loss in mechanical properties of the bottle, particularly top load performance, creep and impact strength. Moisture content of the resin must be reduced to a level of 0.003% (30ppm) or

4 ASPET PoliProtect PB Aspet PoliProtect PB Polyester Resin is a TPA-based polyethylene terephthalate copolymer resin with a passive barrier incorporated into the pellets. The passive barrier is protected via BicoPET TM technology which incorporates the passive barrier into the core compartment of the pellets. It is a high molecular weight polymer with a 0.85 intrinsic viscosity (IV) Aspet Poliprotect PB Polyester Resin does not contain cobalt. Aspet Poliprotect PB polyester Resin is designed to provide highly desirable container properties. The passive barrier provides oxygen protection and carbon dioxide retention for package contents. It also yields containers with sparkle, high strength and toughness. It would be mainly used for small softdrink containers to impart 4-6 months shelf life. The following table provides the parameters that characterize the grade. Some parameters are shown with values that are specified to fall within certain limits. Other parameters are shown as a single value that we regard as typically of the grade. Minor differences around this typical value will not detract from the performance of the product. All parameters are measured, under laboratory conditions by the Aspet analytical method shown. Different methods of conditions of analysis may give rise to different values. Purchased material may be accompanied by a Certificate of Analysis or other document, confirming that the product is within specified limits and is consistent with the other values for the stated Parameters. Color (L*-value) Min Color (b*-value) -- 0 Max Aspet PoliProtect PB Polyester Resin and articles made from Aspet Poliprotect PB Polyester Resin may be covered under several granted patents or pending patent applications. The purchase or transfer of title of Aspet Poliprotect PB resin does not grant the right to Practice any of the issued patents or grant the future rights to practice under patents which may be issued in the future. Please contact the company representative to discuss whether Aspet Poliprotect PB Polyester Resin and/or less, prior to melt processing. Drying is best accomplished in a continuous high heat dehumidifying type air hopper dryer with a regenerative desiccant bed using F max (-29 0 C max) dew point air. Typical drying conditions are an air temperature of F (175 0 C), 4 to 6 hours residence time and a minimum air flow rate of 1.0 ft 3 per minute per pound of polymer consumed per hour. If longer residence times are utilized lower temperatures should be used. An example might be F(163 0 C) for 8 hours residence time. dependent upon injection barrel dynamics such as residence time and shear. An increase in injection pressure of 5-10% may be seen when using the Aspet PoliProtect PB Polyester Resin compared to a PET with an equivalent IV. equipment setup and efficiency. When stretch blow molding Aspet PoliProtect PB Polyester Resin there may be need to decrease the overall surface temperature by C compared to a typical PET. Aspet Poliprotect PB Resin presents no toxic hazards, either from skin contact or inhalation, under normal conditions. Contact with melted polymer should be avoided. Product delivered in bags must not be stacked. ware houses and storage areas. If large quantities are stored, normal good housekeeping should be enforced, including freedom acknowledgment and/or bill of lading. The company warrants only that its product will meet those specifications designated as Thermoplastic polyesters such as Aspet Poliprotect PB Polyester Resin can undergo hydrolysis if moisture is not eliminated prior to injection molding leading to a decrease in molecular weight and loss in mechanical properties of the bottle, particularly top load performance, creep and impact strength. Moisture content of the resin must be reduced to a level of 0.003% (30ppm) or

5 Marketing office details of Company s Petrochem Division International Marketing Dhunseri House 4A, Woodburn Park, Kolkata , India Fax: / 6056 Kolkata Dhunseri House 4A, Woodburn Park Kolkata , India Fax: / 6056 Mumbai 705 Trade Centre Opp. MTNL Telephone Exchange Bandra Kurla Complex Mumbai , India Phone: /04/10 Fax: Domestic Marketing Delhi 1102 Chiranjeev Tower 43 Nehru Place New Delhi , India Phone: /4149/4148 Fax: Chennai No.7, 4th floor Golden Enclave, Kilpauk 275 P.H.Road Chennai , India Phone: Fax: Plant and Customer Technical Service JL-126, Mouza Basudevpur Haldia , Dist.: Midnapore (East) West Bengal, India Phone: / Fax: Petrochem Division Registered Office Dhunseri House 4A, Woodburn Park Kolkata , West Bengal, India Fax: / aspet@cal2.vsnl.net.in Website: anderson