The resin ETINOX 610 is a vinyl chloride homopolymer obtained by suspension polymerization. CHARACTERISTICS: The resin ETINOX 610 is a resin of low molecular weight, which offers good fusion behaviour at low termpartures. Due to its high bulk density, ETINOX 610 has a high level of machine productivity. The resin ETINOX 610 has good thermal stability and initial color, creating finished products with high transparency. RECOMMENDED APPLICATIONS: - Blow molded injected and extruded bottles - Calendering of transparent rigid films and sheets - Injected molding of rigid products (fittings, electric boxes) - Foamed or compact profile extrusion - Monofilament

The resin ETINOX 630 is a vinyl chloride homopolymer obtained by suspension polymerization. CHARACTERISTICS: The resin ETINOX 630 is a resin of medium molecular weight that has been selected to obtain good mechanical properties maintaining an excellent fluidity when mixed. Given the morphology of the particle size, ETINOX 630 presents good absorption of any type of plasticizer and gives final products high transparency and a lack of fish-eyes. The resin also has good thermal stability and initial color. RECOMMENDED APPLICATIONS: ETINOX 630 is a very versatile resin that can be used in a great variety of applications, both for rigid and plasticized products. - Extruded semirigid and plasticized profiles - Calendered films and semirigid and plasticized sheets - Injected semirigid and plasticized products - Hose and electric cable coating

The resin ETINOX 630-P is a vinyl chloride homopolymer obtained by suspension polymerization. CHARACTERISTICS: The resin ETINOX 630-P is a resin of medium molecular weight that has been selected to obtain good mechanical properties maintaining correct fusion behaviour and an excellent fluidity when fused. Due to its high bulk density, the resin ETINOX 630-P leads to a very high level of productivity when processed. The resin ETINOX 630-P has good thermal stability and initial color. RECOMMENDED APPLICATIONS: ETINOX 630-P has been especially designed for the manufacture of rigid products and outdoor uses, in particular for: - Extruded profiles - Pipes for electric cables

The resin ETINOX 631 is a vinyl chloride homopolymer obtained by suspension polymerization. CHARACTERISTICS: The resin ETINOX 631 is a resin of high molecular weight that due to its morphological properties and its distribution of molecular weights, has an excellent thermal stability, a rapid and homogeneous gelification and good fluidity once fused. Due to its high bulk density, ETINOX 631 has a very high level of productivity. RECOMMENDED APPLICATIONS: ETINOX 631 has been especially designed and is recommended for the manufacture of rigid pipes and in particular for water pressure pipes.

The resin ETINOX 631-P is a vinyl chloride homopolymer obtained by suspension polymerization. CHARACTERISTICS: The resin ETINOX 631-P is a resin of high molecular weight that due to its morphological properties and its distribution of molecular weight, has an excellent thermal stability, a rapid and homogeneous gelification and good fluidity when fused. Due to its high bulk density, ETINOX 631 has a high level of productivity when processed. RECOMMENDED APPLICATIONS: ETINOX 631-P has been especially designed for the manufacture of rigid profiles and, given the good color of the base resin, permits obtaining profiles with a high level of whiteness, as is in the case of window profiles.

The resin ETINOX 650 is a vinyl chloride homopolymer obtained by suspension polymerization. CHARACTERISTICS: The resin ETINOX 650 is a resin of high molecular weight with good porosity, which gives an excellent absorption of any type of plasticizer, a rapid gelification, and the formation of a dry mix with good fluidity. The resin ETINOX 650 gives final products a good initial color, thanks to its thermal stability, transparency and the lack of fish-eyes. RECOMMENDED APPLICATIONS: ETINOX 650 has been designed for the manufacture of plasticized products by calendering, extrusion or injection (profiles, films, sheets, pond membranes, etc.) Due to its dielectric properties, the resin ETINOX 650 is especially recommended for manufacture of coating and insulation of electric cables.

Applications: - Irrigation Pipe, Potable Water Supply Pipe, Rigid Profiles Characteristics: - Exelene PVC K65 is typically used in rigid PVC compounds which can be processed through both single and multi screw extrusion of pipe and conduit

F-10 is a medium molecular weight PVC homopolymer dispersion resin with low residual surfactant content. Plastisol prepared using F-10 exhibit low paste viscosity as well as excellent clarity and heat stability. Applications include sheet goods flooring wearlayer, low density chemical blow foam and strand coating.

F-24A is a low molecular weight PVC homopolymer dispersion resin which has been developed primarily for use in chemically expanded compounds as well as other applications where rapid gelation and physical property development at low temperature are required. In expanded systems, the product exhibits a fine uniform cell structure in a variety of formulations and over a wide range of processing conditionals. F24A is further characterized as displaying good plastisol viscosity and viscosity stability.

F-260 is a fine particle size PVC homopolymer plastisol blending resin. It combines excellent fusion characteristics, low plastisol viscosities as well as lot to lot uniformity. In combination with dispersion resin, F-260 has been successfully used in top coats, chemically blown foam, and various molding processes

F-28 is a high molecular weight PVC homopolymer dispersion resin which exhibits low paste viscosities as well as low residual surfactant content. This product was designed for a diversity of application such as dip coating, slush molding, rotocasting, organosols and other areas where high strength properties are essential.

F-34 is a medium molecular weight PVC homopolymer dispersion resin which has been developed primarily for use in chemically expanded compound. In expanded systems, the product exhibits a fine uniform cell structure in a variety of formulations and over a wide range of processing conditions.

F608 is a low molecular weight PVC homopolymer of particular interest in rigid applications and has established a deserved reputation for low gels, and exceptional early color heat stability. These properties, along with outstanding lot to lot uniformity have made F608 an industry-wide standard for rigid formulations.

F622R is a medium-low molecular weight PVC homopolymer of interest in both rigid and flexible applications and has established a deserved reputation for low gels, and exceptional early color heat stability. These properties, along with outstanding lot to lot uniformity, have made F622R an industry-wide standard for both rigid and flexible formulations.

F676H is a medium molecular weight PVC homopolymer suitable for flexible applications and is exceptionally low in gels and finds wide acceptance in calendered film, sheeting and blow molding. Suggested Applications: Calendering, Blown Flexible Films, Wire Insulation and Meat Wrap.

F680 is especially suited for processing from powder blends due to its ability to rapidly absorb plasticizers regardless of molecular weight. In addition, this product offers: - Excellent Electrical Properties - Low Contamination - Low Gel Content - Excellent Heat Stability - High Finished Product Physical Properties - Lot To Lot Uniformity

F680A is especially suited for processing from powder blends due to its ability to rapidly absorb plasticizers regardless of molecular weight. In addition, this product offers: - Excellent Electrical Properties - Low Contamination - Low Gel Content - Excellent Heat Stability - High Finished Product Physical Properties - Lot To Lot Uniformity - Anti-stat Suggested Applications: Flexible Calendering, Extrusion, Medical, Meat Wrap and Blown Film.

F680 is especially suited for processing from powder blends due to its ability to rapidly absorb plasticizers regardless of molecular weight. In addition, this product offers: - Excellent Electrical Properties - Low Contamination - Low Gel Content - High Finished Product Physical Properties - Lot To Lot Uniformity - Excellent Heat Stability Suggested Applications: Flexible Calendaring, Extrusion, Medical, Meat Wrap and Blown Film

F685 is especially suited for processing from powder blends due to its ability to absorb plasticizers regardless of molecular weight. This is a coarser, higher Bulk Density resin especially designed for better flow and higher production rates in extruders. In addition, this product offers: - Excellent Electrical Properties - Low Contamination - Low Gel Content - Excellent Heat Stability - High Finished Product Physical Properties - Lot To Lot Uniformity Suggested Applications: Flexible Extrusion, Wire and Cable, Meat Wrap and Blown Film

F685A is especially suited for processing from powder blends due to its ability to absorb plasticizers regardless of molecular weight. This is a coarser, higher Bulk Density resin especially designed for better flow and higher production rates in extruders. In addition, this product offers: - Excellent Electrical Properties - Low Contamination - Low Gel Content - Excellent Heat Stability - High Finished Product Physical Properties - Lot To Lot Uniformity - Anti-stat Suggested Applications: Flexible Extrusion, Wire and Cable, Meat Wrap and Blown Film

F690 is especially suited for processing from powder blends due to its ability to rapidly absorb plasticizers regardless of molecular weight. In addition, this product offers: - Excellent Electrical Properties - Low Contamination - Low Gel Content - Excellent Heat Stability - High Finished Product Physical Properties - Lot To Lot Uniformity

F-KVF is a medium molecular weight, fine particle PVC homopolymer dispersion which imparts pseudoplastic flow to plastisol in which it is used. Plastisols prepared utilizing F-KVF are used in dip, slush and rotational molding where mold release and pseudoplasticity are desired. Fabric coating where minimum strike through is essential as well as screen printing application where fine particle size and pseudoplasticity is required.