DuPont™ Bynel® resins Series 1100 - Dupont - #1

/ 4


catalogue search
DuPont™ Bynel® resins Series 1100 - Dupont
P. 01
DuPont™ Bynel® resins Series 1100 - Dupont
P. 02
DuPont™ Bynel® resins Series 1100 - Dupont
P. 03
DuPont™ Bynel® resins Series 1100 - Dupont
P. 04
Pages:
DuPont™ Bynel® resins Series 1100 - Dupont


See other catalogues for Dupont
You may also be interested in

Adhesive, Adhesive tape, Lubrication oil, Oil, Suit


Text version of the page
08/03/2009 08:46:31 AM Copyright E.I. du Pont de Nemours and Company, Inc. 1 of 4 DuPont Packaging & Industrial Polymers DuPont™ Bynel® 1123 Bynel® resins Product Data Sheet Description Product Description BYNEL® Series 1100 resins are modified ethylene vinyl acetate polymers. They are available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyethylene (PE) resins. Restrictions Material Status .. Commercial: Active Typical Characteristics Characteristics / Benefits Physical properties of BYNEL Series 1100 resins are typical of EVA resins with similar density and melt index values. Applications BYNEL 1100 series resins adhere to a wide variety of materials. They are most often used to adhere to PE, ionomers, EVA, and in some cases PVC, PS. HIPS, and PP. Typical Properties Physical Nominal Values Test Method(s) Density () 0.95 g/cm³ ASTM D792 ISO 1183 Melt Flow Rate (190°C/2.16kg) 6.7 g/10 min ASTM D1238 ISO 1133 Thermal Nominal Values Test Method(s) Melting Point (DSC) 74°C (165°F) ASTM D3418 ISO 3146 Freezing Point (DSC) 51°C (124°F) ASTM D3418 Vicat Softening Point () 50°C (122°F) ASTM D1525 ISO 306 Additional Adhesive Evaluation The performance of any adhesive resin should be evaluated within the context of the application. The adhesive is designed to bond materials that would not ordinarily adhere to each other. In most cases, peel strength is used as a measure of performance. Although this is a convenient test, peel strength is affected not only by adhesion, but also by peel angle, separation rate, temperature, and tensile and modulus properties of the materials, and often by the time elapsed since the formation of the bond. Post-treatment of the multi-layer structure, such as heat sealing, thermoforming or orientation can also affect peel strength. If peel strength is used as a measure of adhesive performance, it is imperative that peel strength be evaluated not only at the time of manufacture, but throughout the life of the product and under all the various conditions to which the structure will be exposed. Only then can the performance of the adhesive be related to peel strength. Processing Information

pageCatalog pdf di En 2012-05-21-25