- TEA-free, pyrrolidone-free, APEO-free
- Forms medium hard, tough, flexible films
- Good abrasion resistance
- Superior, low temperature flex-crack resistance
- Contains dipropylene glycol monomethyl ether
-
Medium hard, non-ionic, aliphatic, polyester-based polyurethane dispersion from Hauthaway. L-3632 was designed for use in fiberglass sizing applications that require very good strength, abrasion-resistance and adhesion. CHARACTERISTICS
-
ANMP-free, TEA-free, aliphatic, silicone-modified, polyester-based, water-borne polyurethane dispersion. L-3645was designed primarily for topcoat applications where slip and abrasion resistance properties are required. L-3645contains a non-fugitive silicone component that provides low surface tension characteristics on flexible and rigid substrates including leather, plastics, metals and textiles.It also demonstrates exceptional dye transfer resistance in automotive leather seating and dry-erase, white boardapplications when crosslinked. CHARACTERISTICS:
- May be formulated into low surface tension coatings
- Exceptional dye transfer resistance
- Excellent abrasion resistance
- Higher silicone content (~2X) than HD-2602
- Crosslinkable for improved adhesion and performance
- Contains dipropylene glycol dimethylether(DMM) and dipropylene glycol monomethyl ether (DPM) co-solvent
-
A water-borne, UV-curable, polycarbonate-based polyurethane dispersion. Suggested Uses: L-3685 is designed for UV-cured plastic topcoat applications where exterior weathering durability, abrasion-resistant and chemical-resistant films are required. Potential end-use applications include automotive plastics, kitchen cabinets and wood flooring. Characteristics:
- Excellent chemical- and stain-resistance
- Superior humidity resistance
- Forms durable, films under ambient or force-dried conditions
- APEO-free
- Fast water-release properties
- Contains n-methyl pyrrolidone (NMP) co-solvent
-
A pyrrolidone-free, acrylic polyurethane dispersion with an exceptional balance of properties. L-3773 was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic and wood. L-3773 can be used as a sole vehicle or blended with acrylic emulsions for spray or rotogravure applications. Rheology modifications can be made with associative thickeners for alternative application methods. CHARACTERISTICS: < Excellent toughness, abrasion and mar resistance < Good water and chemical resistance < Excellent exterior weathering performance < Can be crosslinked to enhance performance < Dilution and clean-up with ordinary tap water < Contains dipropylene glycol dimethyl ether (DMM) co-solvent
-
A self-crosslinking, aliphatic, water-based polyurethane dispersion designed for use in high performance concrete and wood floor coatings. L-3786 employs a unique air-dry, self-crosslinking mechanism to impart chemical-resistance, abrasion-resistance and mar-resistance properties which equal or exceed those of two-component, water-based floor coating systems currently used in the market.
- One-component, self-crosslinking polymer
- High level of toughness, abrasion- and mar-resistance Outstanding water and chemical resistance
- Excellent exterior weathering performance
- Contains dipropylene glycol dimethylether (DMM) co-solvent
-
A water-borne, UV-curable, polycarbonate-based polyurethane dispersion. L-3790 is designed for UV-cured plastic topcoat applications where exterior weathering durability, abrasion-resistant and chemical-resistant films are required. Potential end-use applications include automotive plastics, kitchen cabinets and wood flooring. CHARACTERISTICS:
- Excellent chemical- and stain-resistance
- Superior humidity resistance
- Forms durable, films under ambient or force-dried conditions
- APEO-free
- Fast water-release properties
- Contains dipropylene glycol dimethylether (DMM) co-solvent
-
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.
-
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.
-
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.
-
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.
-
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.