Products in Thermal Transfer Printing

VINNOL® E 15/45 is a copolymer composed of approximately 85 wt.% vinyl chloride (VC) and 15 wt.% vinyl acetate (VAc). It serves as a binder for surface coating compounds and printing inks. This thermoplastic binder undergoes a physically drying process, resulting in the formation of a film as the solvent within the formulation evaporates.

VINNOL® H 30/48 M is a terpolymer consisting of approximately 70 wt.% vinyl chloride (VC), 29 wt.% vinyl acetate (VAc), and 1 wt.% dicarboxylic acid. It contains carboxylate groups within its structure. This product is primarily employed as a binder for surface coating compounds and printing inks. VINNOL® H 30/48 M acts as a thermoplastic, physically drying binder that forms a film upon evaporation of the solvent in the formulation.

VINNOL® H 15/45 M Special is a specialized carboxylate-containing terpolymer composed of approximately 84 wt.% vinyl chloride (VC), 15 wt.% vinyl acetate (VAc), and 0.5 wt.% dicarboxylic acid. Its primary application is as a binder for surface coating compounds and printing inks. This thermoplastic and physically drying binder creates a film as the solvent within the formulation evaporates.

VINNOL® H 40/55 is a copolymer comprising approximately 62 wt.% vinyl chloride (VC) and approximately 38 wt.% vinyl acetate (VAc). Its primary application lies in serving as a binder for surface coating compounds and printing inks. Functioning as a thermoplastic, physically drying binder, VINNOL® H 40/55 undergoes film formation once the solvent present in the formulation has evaporated.

VINNOL® H 40/43 is a copolymer composed of approximately 66 wt.% vinyl chloride (VC) and approximately 34 wt.% vinyl acetate (VAc). Its primary application is as a binder for surface coating compounds and printing inks. This thermoplastic binder undergoes physical drying, resulting in the formation of a film once the solvent in the formulation has evaporated.

VINNOL® E 15/45 M is a carboxylate-containing terpolymer consisting of approximately 84 wt.% vinyl chloride (VC), 15 wt.% vinyl acetate (VAc), and 1 wt.% dicarboxylic acid. It functions primarily as a binder in surface coating compounds and printing inks. This thermoplastic binder undergoes a physically drying process, resulting in the formation of a film as the solvent within the formulation evaporates.

VINNOL® E 18/38 is a copolymer consisting of approximately 82 wt.% vinyl chloride (VC) and 18 wt.% vinyl acetate (VAc). It is primarily utilized as a binder in printing inks and surface coating compounds. This thermoplastic binder undergoes a physically drying process, resulting in the formation of a film as the solvent within the formulation evaporates.

VINNOL® H 15/45 M is a carboxylate-containing terpolymer consisting of approximately 84 wt.% vinyl chloride (VC), 15 wt.% vinyl acetate (VAc), and 1 wt.% dicarboxylic acid. It is primarily employed as a binder in surface coating compounds and printing inks. VINNOL® H 15/45 M functions as a thermoplastic, physically drying binder that undergoes film formation as the solvent within the formulation evaporates.

VINNOL® H 40/60 is a copolymer composed of approximately 61 wt.% vinyl chloride (VC) and approximately 39 wt.% vinyl acetate (VAc). Primarily, it serves as a binder for surface coating compounds and printing inks. As a thermoplastic binder, VINNOL® H 40/60 undergoes physical drying, resulting in the formation of a film as the solvent in the formulation evaporates.

VINNOL® H 15/42 is a copolymer consisting of approximately 86 wt.% vinyl chloride (VC) and 14 wt.% vinyl acetate (VAc). Its primary application is as a binder in surface coating compounds and printing inks. This thermoplastic and physically drying binder undergoes film formation as the solvent present in the formulation evaporates.

VINNOL® H 40/50 is a copolymer composed of approximately 63 wt.% vinyl chloride (VC) and approximately 37 wt.% vinyl acetate (VAc). Its primary application is as a binder for surface coating compounds and printing inks. This thermoplastic binder undergoes physical drying, resulting in the formation of a film as the solvent within the formulation evaporates.

VINNOL® H 11/59 is a copolymer composed of approximately 89 wt.% vinyl chloride (VC) and 11 wt.% vinyl acetate (VAc). Its primary application lies in serving as a binder for surface coating compounds and printing inks. As a thermoplastic and physically drying binder, VINNOL® H 11/59 undergoes a film-forming process when the solvent within the formulation evaporates.

VINNOL® H 14/36 is a copolymer consisting of approximately 86 wt.% vinyl chloride (VC) and 14 wt.% vinyl acetate (VAc). Its primary application is as a binder in surface coating compounds and printing inks. This thermoplastic binder undergoes a physical drying process, forming a film as the solvent contained in the formulation evaporates.

VINNOL® H 15/50 is a copolymer comprising approximately 85 wt.% vinyl chloride (VC) and 15 wt.% vinyl acetate (VAc). It serves as a binder for surface coating compounds and printing inks. As a thermoplastic and physically drying binder, VINNOL® H 15/50 creates a film as the solvent in the formulation evaporates.

DIACARNA™ 30M is a copolymer of α-olefin and maleic anhydride. Applications include as a compounding additive for filler dispersant and adhesion promoter for PA/GF composites.

VINNOL® E 15/40 A is a hydroxyl-containing copolymer comprising approximately 84 wt.% vinyl chloride (VC) and 16 wt.% acrylic acid esters. Its primary application lies in serving as a binder for surface coating compounds and printing inks. This thermoplastic binder undergoes a physically drying process, resulting in the formation of a film as the solvent within the formulation evaporates.

VINNOL® E 22/48 A is a copolymer composed of approximately 75 wt.% vinyl chloride (VC) and 25 wt.% carbon acid esters with hydroxyl functionality. It serves as a binder for surface coating compounds and printing inks. As a thermoplastic and physically drying binder, VINNOL® E 22/48 A undergoes film formation as the solvent within the formulation evaporates.

VINNOL® E 15/48 A is a hydroxyl-containing copolymer composed of approximately 84 wt.% vinyl chloride (VC) and 16 wt.% acrylic acid esters. It serves as a binder in surface coating compounds and printing inks. This thermoplastic binder undergoes a physically drying process, resulting in the formation of a film as the solvent within the formulation evaporates.

TexMATTE 6005 is a cross-linked polymethyl methacrylate product.

CeraSPERSE 171 is a synthetic wax compounded in refined linseed oil. Shamrock’s CeraSPERSE products are manufactured using a controlled crystallization process that allows the production of 1 micron wax dispersions. These wax compounds have a translucent appearance with a shiny gloss and a creamy feel. In addition to our standard products, Shamrock can develop and produce a wide range of compounds on a make-to-order basis.

ULTRALUBE® GA 7092 is fine particle sized wax dispersion used to improve the surface qualities. It is available as aqueous dispersion of wax compound.

S-375 is a synthetic wax with a DSC peak melt around 100°C and the corresponding low onset of melting. Shamrock’s product line of micronized waxes provides rub and abrasion resistance. Included in this line are products that provide gloss, matting, clarity, and controlled slip in a range of particle sizes.

PETROFIBE® 0201A is a dark brown industrial-grade petrolatum of medium-hard consistency. PETROFIBE® 0201A finds economical use in applications not requiring the more expensive USP or NF grades.

S-400-Q is a micronized EBS (ethylene bissteramide) wax powder showing melting peaks ranging from 108 – 146°C. Shamrock’s product line of micronized waxes provides rub and abrasion resistance. Included in this line are products that provide gloss, matting, clarity, and controlled slip in a range of particle sizes.

CeraSPERSE 87NS is a polymeric compound for non-skid applications. Shamrock’s CeraSPERSE products are manufactured using a controlled crystallization process that allows the production of 1 micron wax dispersions. These wax compounds have a translucent appearance with a shiny gloss and a creamy feel. In addition to our standard products, Shamrock can develop and produce a wide range of compounds on a make-to-order basis.

EBECRYL® 741 is an adhesion-promoting resin with excellent pigment dispersion properties, specifically formulated for radiation-curable screen inks. It is labeled as bisphenol A-free, solvent-free, and VOC-free, contributing to a low carbon footprint (PCF). The applications of EBECRYL® 741 extend across various printing methods, including textile manufacturing, other packaging coatings, digital printing, electrophotography and electrostatic printing, flexography, gravure printing, inkjet printing, letterpress, offset and lithographic printing, screen printing, thermal transfer printing, and other printing applications.

NonSKID 8001 is a combination of micronized polypropylene and PTFE. Shamrock’s NonSKID micropowders provide resistance to sliding forces.

ULTRALUBE® GA 7390 is fine particle sized wax dispersion used to improve the surface qualities. It is available as aqueous dispersion of wax compound.

S-379-H is a synthetic wax with a DSC peak melt around 100°C and corresponding low onset of melting. Shamrock’s product line of micronized waxes provide rub and abrasion resistance. Included in this line are products that provide gloss, matting, clarity, and controlled slip in a range of particle sizes.

S-483 is a spherical synthetic wax with a DSC melt peak above 110°C. It has good onset of melting and low crystallinity. Shamrock’s product line of micronized waxes provide rub and abrasion resistance. Included in this line are products that provide gloss, matting, clarity, and controlled slip in a range of particle sizes.

HydroCER 605 is a 50% active blend of high molecular weight polyethylene (PE) and polytetrafluoroethylene (PTFE) dispersed in water.

SST®-2 is a white low MW PTFE micropowder with particle size distribution at a mean value of 8 µm. SST®-2 products are Shamrock’s PTFE micropowders that are defined by particle size and distribution, molecular weight, crystallinity, surface area, oil adsorption, powder flow, and color. Made primarily from highly controlled recycled PTFE feedstocks, SST® products are used for their ability to produce slip, nonstick, water repellency, texture, release, rub, and abrasion resistance to surfaces.

HydroCER 584 is a 35% aqueous dispersion of high molecular weight polyethylene wax. The HydroCER products are wax emulsions, dispersions, or a combination of these.

SPP-300 is a low molecular weight polypropylene texturing agent. The SPP Series consists of polypropylene powders in a controlled range of particle sizes. These products are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based inks & coatings.

S-395-SP5 is a synthetic wax with a DSC melt peak above 120°C, good crystallinity, and the high onset of melt. Shamrock’s product line of micronized waxes provides rub and abrasion resistance. Included in this line are products that provide gloss, matting, clarity, and controlled slip in a range of particle sizes.

CeraSPERSE 31 is carnauba wax compounded in Butyl Carbitol (Diethylene glycol monobutyl ether). This slow-evaporating, hydrophilic glycol ether provides compatibility with both polar and non-polar systems. Shamrock’s CeraSPERSE products are manufactured using a controlled crystallization process that allows the production of 1 micron wax dispersions. These wax compounds have a translucent appearance with a shiny gloss and a creamy feel. In addition to our standard products, Shamrock can develop and produce a wide range of compounds on a make-to-order basis.