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EL18025 is an ethylene vinyl acetate with a vinyl acetate percent of 18, a melt index of 25, and an extrusion coating application.
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EP28015 is an ethylene vinyl acetate with a vinyl acetate percentage of 28, a melt index of 15, and a photovoltaic encapsulant application.
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EP28025 is an ethylene vinyl acetate with a vinyl acetate percentage of 28, a melt index of 25, and a photovoltaic encapsulant application. -
ES18002 is an ethylene vinyl acetate with a vinyl acetate percentage of 18, a melt index of 2.5, and has foaming applications.
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ES28002 is an ethylene vinyl acetate with a vinyl acetate percentage of 28, a melt index of 2.5, and has foaming applications.
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ES28005 is an ethylene vinyl acetate with a vinyl acetate percentage of 28, a melt index of 5, and has foaming applications.
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LC100 is Polyolefin Elastomer (Lucene™) with a melting index of 1.2, a density of .903, and has wire & cable, footwear, and film/coating applications.
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LC180 is a Polyolefin Elastomer (Lucene™) with a melting index of 1.2, a density of .885, and has wire & cable, footwear, and film/coating applications.
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LC 370 is a Polyolefin Elastomer (Lucene™) with a melting index of 3, a density of .87, and automotive, footwear, and MAH-grafting applications.
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LC565 is a Polyolefin Elastomer (Lucene™) with a melting index of 5, a density of .865, and has automotive, footwear, film/coating, and MAH-grafting applications.
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LC760 is a Polyolefin Elastomer (Lucene™) with a melt index of 13, a density of .863, and has automotive and MAH-grafting applications.
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LC 160 is a Polyolefin Elastomer (Lucene™) with a melting index of .5, a density of .863, and automotive and MAH-grafting applications.
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LC168 is a Polyolefin Elastomer (Lucene™) with a melting index of 1.2, a density of .862, and has automotive, footwear, and MAH-grafting applications.
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LC170 is a Polyolefin Elastomer (Lucene™) with a melting index of 1.1, a density of .87, and has automotive, footwear, and MAH-grafting applications.
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LC175 is a Polyolefin Elastomer (Lucene™) with a melting index of 1.1, a density of .87, and has automotive, footwear, and MAH-grafting applications.
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LC670 is a Polyolefin Elastomer (Lucene™) with a melting index of 5, a density of .87, and has automotive, footwear, film/coating, and MAH-grafting applications.
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Ravecarb are polycarbonate diols (PCD), which are aliphatic polycarbonate with molecular weight around 500-3000, and two terminal OH groups. PCD are increasingly well known and used intermediates for high performance PU systems in sectors like synthetic leathers, various coatings and resins for flooring or wooden surfaces, paints, elastomers, adhesives, sealants, liquid inks for printers, etc. In all those sectors PCD are undisputedly considered as the ultimate solution in terms of quality improvement for mechanical resistance, chemical resistance, elongation property, UV resistance, anti-scratch and anti-stain properties.
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Ravecarb are polycarbonate diols (PCD), which are aliphatic polycarbonate with molecular weight around 500-3000, and two terminal OH groups. PCD are increasingly well known and used intermediates for high performance PU systems in sectors like synthetic leathers, various coatings and resins for flooring or wooden surfaces, paints, elastomers, adhesives, sealants, liquid inks for printers, etc. In all those sectors PCD are undisputedly considered as the ultimate solution in terms of quality improvement for mechanical resistance, chemical resistance, elongation property, UV resistance, anti-scratch and anti-stain properties.
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Ravecarb are polycarbonate diols (PCD), which are aliphatic polycarbonate with molecular weight around 500-3000, and two terminal OH groups. PCD are increasingly well known and used intermediates for high performance PU systems in sectors like synthetic leathers, various coatings and resins for flooring or wooden surfaces, paints, elastomers, adhesives, sealants, liquid inks for printers, etc. In all those sectors PCD are undisputedly considered as the ultimate solution in terms of quality improvement for mechanical resistance, chemical resistance, elongation property, UV resistance, anti-scratch and anti-stain properties.
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Ravecarb are polycarbonate diols (PCD), which are aliphatic polycarbonate with molecular weight around 500-3000, and two terminal OH groups. PCD are increasingly well known and used intermediates for high performance PU systems in sectors like synthetic leathers, various coatings and resins for flooring or wooden surfaces, paints, elastomers, adhesives, sealants, liquid inks for printers, etc. In all those sectors PCD are undisputedly considered as the ultimate solution in terms of quality improvement for mechanical resistance, chemical resistance, elongation property, UV resistance, anti-scratch and anti-stain properties.
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Ravecarb are polycarbonate diols (PCD), which are aliphatic polycarbonate with molecular weight around 500-3000, and two terminal OH groups. PCD are increasingly well known and used intermediates for high performance PU systems in sectors like synthetic leathers, various coatings and resins for flooring or wooden surfaces, paints, elastomers, adhesives, sealants, liquid inks for printers, etc. In all those sectors PCD are undisputedly considered as the ultimate solution in terms of quality improvement for mechanical resistance, chemical resistance, elongation property, UV resistance, anti-scratch and anti-stain properties.
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Ravecarb are polycarbonate diols (PCD), which are aliphatic polycarbonate with molecular weight around 500-3000, and two terminal OH groups. PCD are increasingly well known and used intermediates for high performance PU systems in sectors like synthetic leathers, various coatings and resins for flooring or wooden surfaces, paints, elastomers, adhesives, sealants, liquid inks for printers, etc. In all those sectors PCD are undisputedly considered as the ultimate solution in terms of quality improvement for mechanical resistance, chemical resistance, elongation property, UV resistance, anti-scratch and anti-stain properties.
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Ravecarb are polycarbonate diols (PCD), which are aliphatic polycarbonate with molecular weight around 500-3000, and two terminal OH groups. PCD are increasingly well known and used intermediates for high performance PU systems in sectors like synthetic leathers, various coatings and resins for flooring or wooden surfaces, paints, elastomers, adhesives, sealants, liquid inks for printers, etc. In all those sectors PCD are undisputedly considered as the ultimate solution in terms of quality improvement for mechanical resistance, chemical resistance, elongation property, UV resistance, anti-scratch and anti-stain properties.
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ROFOB PY K 2R, it’s brand new universal water repellent agent specifically designed to be a fluorine and silicone free fabric treatment polymer for textile formulations. Applications in cotton, synthetic and blended materials water repellent finishing. Camping materials and cotton tarpaulins -included its blends with synthetic fiber- water column resistant finish. ROFOB PY K-2R may be added to bath together with any usual synthetic resins of high quality finishing, as well as based on polyvinyl alcohol (PVA) handle modifiers. In the same way, it may be combined with fungicides, respecting the ionicity. Properties:
- Excellent water repellent effect.
- Not oil repellency.
- Excellent durability.
- Fluorinate free.
- High water column resistance.
- Excellent application properties.
- Smooth and soft handle.
- No color brightness loose.
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A DADMAC quaternary ammonium chloride which can form linear homopolymers and copolymers through different reactions. At room temp, DADMAC is stable, does not hydrolyze and is not flammable. It exhibits low toxicity and is not reactive with skin. This product does not contain sodium chloride. DADMAC is diallyl dimethyl ammonium chloride with a CAS # 7398-69-8
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Styrene-acrylic emulsion for use in ceramic tile adhesives,concrete sealers and other coatings.
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A styrene-acrylic emulsion designed for use in high performance roof coating compounds and in a wide range of water-based paints and coatings.
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Styrene-acrylic copolymer emulsion. Outstanding water-resistance with excellent adhesion strength for difficult substrates.
