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Printing & Packaging
Printing & Inks
Other Printing Applications
Products in Other Printing Applications: Surface Modifier
28 Products found in Other Printing Applications
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The International Group Inc
MICROSERE® 5715A
INCI Name:
Microcrystalline Wax
Functions:
Surface Modifier, Aesthetic Enhancer
CAS Number:
63231-60-7
Chemical Family:
Waxes
MICROSERE® 5715A is a high quality microcrystalline wax ideally suited for laminating applications in foodstuffs and general purpose packaging. Laminates produced show excellent initial seal strength, good resistance to aging and are resistant to strike through at high ambient temperatures.
The International Group Inc
MICROSERE® 5909A
INCI Name:
Microcrystalline Wax
Functions:
Surface Modifier, Aesthetic Enhancer
CAS Number:
63231-60-7
Chemical Family:
Waxes
MICROSERE® 5909A is a high-melt, microcrystalline wax that is used in a variety of applications including; plastics, adhesives, candles, cosmetics, food coatings, inks, lubricants, personal care, polish, and textiles.
Deuteron
Deuteron UV RS20
Chemical Family:
Waxes
End Uses:
Solventless & High Solids Coating, Radiation Curable Coating
Features:
Good Surface Feeling, Abrasion Resistance
Deuteron UV RS20 improves the surface smoothness and the resistance to abrasion and scrubbing of UV coatings and printing inks. It gives the surfaces pleasant, silky-soft haptical properties.Application Radically curing UV coatings and printing inks, in particular for solvent-free systems. back
Deuteron
Deuteron OG 8820
Functions:
Surface Modifier
Chemical Family:
Urea & Urea Derivatives
End Uses:
Radiation Curable Coating
Features:
Improved Slip, Abrasion Resistance
Deuteron OG 8820 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability to over 200 °C. When used as an additive in radically curing coatings systems, Deuteron OG 8820 improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 8820 does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 882x can be customized to realize a variety of surface protection and matting objectives.Deuteron OG 8820 is intended for application in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 8820 can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. back
Deuteron
Deuteron OG 8822
Functions:
Surface Modifier
Chemical Family:
Urea & Urea Derivatives
End Uses:
Radiation Curable Coating
Features:
Improved Slip, Abrasion Resistance
Deuteron OG 8822 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability to over 200 °C. When used as an additive in radically curing coatings systems, Deuteron OG 8822 improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 8822 does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 882x can be customized to realize a variety of surface protection and matting objectives.Deuteron OG 8822 is intended for application in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 8822 can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. back
Lawter
ULTRAPOLY™ 210A
Functions:
Surface Modifier
Chemical Family:
Waxes, Polyolefins, Polyethylene Waxes, Polyethylenes
End Uses:
Other Ink Types, Waterborne Ink, Offset Ink, Waterborne Coating, Radiation Curable Ink, Radiation Curable Coating
Features:
Heat Resistance, Slip Resistance, Abrasion Resistance, Radiation Resistance, Mar Resistance
Ultrapoly™ 210 A is a high performance blend of tough, low COF polyethylene dispersed in a harddrying binder. Ultrapoly 210 A is recommended where abrasion, mar resistance, and slip are required. Ultrapoly 210 A is 100% non-volatile and fast-setting. It protects the film in the earliest stages of the printing process while developing exceptional toughness over time.
Deuteron
Deuteron OG 8824
Functions:
Surface Modifier
Chemical Family:
Urea & Urea Derivatives
End Uses:
Radiation Curable Coating
Features:
Improved Slip, Abrasion Resistance
Deuteron OG 8824 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability to over 200 °C. When used as an additive in radically curing coatings systems, Deuteron OG 8824 improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 8824 does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 882x can be customized to realize a variety of surface protection and matting objectives.Deuteron OG 8824 is intended for application in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 8824 can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. back
Munzing
LUBA-print® 499
Functions:
Surface Modifier, Anti-Abrasion Agent, Anti-Marring Agent, Dispersant
Chemical Family:
Waxes, Polyethylene Waxes, Polyethylenes, Polyolefins
Features:
Mar Resistance, Slip Resistance
End Uses:
Waterborne Coating, Lacquers, Waterborne Ink
LUBA-print® 499 is a wax dispersion / wachsdispersion product. This product have applications in aqueous lacquer systems. Our high quality wax emulsions and dispersions are a necessity for all customers who prefer working with ready-made emulsions or dispersions in contrast to a dry wax. The ease of incorporation is the key benefit of liquid products.
Lawter
ULTRAFINE™ 5W A
Functions:
Binder & Resin, Surface Modifier, Anti-Abrasion Agent
Chemical Family:
Fluoropolymers, Waxes
End Uses:
Waterborne Ink, Waterborne Coating, Radiation Curable Ink, Radiation Curable Coating
Features:
Abrasion Resistance
Ultrafine™ 5W A is a Lawter™ micronized powder. It is a micronized pure polytetrafluoroethylene powder designed to help ink and coatings formulations achieve maximum rub resistance and lowest C.O.F. Ultrafine 5W A may be used in combination with other polymers for the most effective balance of cost versus performance.
Lawter
ULTRAPOLY™ 211A
Chemical Family:
Fluoropolymers, Polyethylene Waxes, Polyethylenes, Waxes, Polyolefins
Functions:
Surface Modifier
End Uses:
Other Ink Types, Waterborne Ink, Offset Ink, Waterborne Coating, Radiation Curable Ink, Radiation Curable Coating
Features:
Heat Resistance, Slip Resistance, Abrasion Resistance, Radiation Resistance, Mar Resistance
Synonyms:
Fluon, Perfluoroethylene polymer, Poly(ethylene tetrafluoride), Polyperfluoroethylene, Polytetrafluoroethene, Polytetrafluoroethylene, PTFE, Teflon, Tetrafluoroethene homopolymer, Tetrafluoroethene polymer, Tetrafluoroethylene homopolymer, Tetrafluoroethylene polymer, Tetrafluoroethylene resin
Ultrapoly™ 211 A is a PTFE modified version of Ultrapoly 210 A. Ultrapoly 211 A is a high performance blend of tough, low COF polyethylene/PTFE dispersed in a hard drying binder. Ultrapoly 211 A is recommended where a high degree of slip, heat resistance, and abrasion resistance are required. Ultrapoly 211 A is 100% non-volatile and fast-setting. It protects the film in the earliest stages of the printing process while developing exceptional toughness over time. Ultrapoly 211 A is coatable and may be used for laser work. For optimum heat resistance, we recommend using 3 parts Ultrapoly 211 A to 1 part Fluoron™ 735 A (a 50% PTFE concentrate). Recommended usage level is 3 to 5%.
Munzing
LUBA-print® 154/S
Functions:
Surface Modifier, Anti-Abrasion Agent, Anti-Marring Agent, Dispersant
Chemical Family:
Waxes, Polyethylene Waxes, Polyethylenes, Polyolefins
Features:
Mar Resistance, Slip Resistance
End Uses:
Flexography Ink, Waterborne Coating, Waterborne Ink
LUBA-print® 154/S is a wax dispersion / wachsdispersion product.This producthave uses in aqueous paint-systems. Our high quality wax emulsions and dispersions are a necessity for all customers who prefer working with ready-made emulsions or dispersions in contrast to a dry wax. The ease of incorporation is the key benefit of liquid products.
King Honor International
King Honor International Micronized Water-Base Wax
Functions:
Surface Modifier
Chemical Family:
Waxes
End Uses:
Varnishes, Waterborne Coating, Waterborne Ink
Features:
Friction Resistance, Low Fouling, Excellent Scratch Resistance, High Gloss, Improved Hardness
King Honor International Micronized Water-Base Wax have affinity for water-based system and is suitable for various water-based and ink and coating It can be used for water-based ink varnish and waterborne coatings. Provide anti-adhesion, anti-scratch, anti-fouling and anti-friction effects, while providing a smooth and soft feel and better hydrophobicity and sealing. In different systems, the dosage is generally 0.5% ~ 3%. Applied in water-based inks and paints.
Lawter
ULTRAFINE™ 1W A
Functions:
Surface Modifier, Binder & Resin
Chemical Family:
Waxes, Fluoropolymers
End Uses:
Varnishes, Powder Coating, Coil Coating, Waterborne Ink, Offset Ink, Waterborne Coating, Radiation Curable Ink, Radiation Curable Coating
Features:
Mar Resistance, Heat Resistance, Abrasion Resistance, Blocking Resistance, Radiation Resistance
Ultrafine™ 1W A is a polytetrafluoroethylene fine powder used to improve surface properties of printing inks and coatings. Ultrafine 1W A is designed for lubricity, abrasion and heat resistance and may be used in combination with other waxes for the most effective balance of cost and performance. Recommended usage level is 1 to 4%.
Lawter
OPTIRUB™ OP A
Functions:
Surface Modifier
Chemical Family:
Waxes, Polyolefins, Polyethylene Waxes, Polyethylenes
End Uses:
Other Ink Types, Coil Coating, Waterborne Ink, Waterborne Coating, Flexography Ink, Gravure Ink
Features:
High Gloss, Abrasion Resistance, Good Lubricating Properties, Blocking Resistance, Improved Slip
Optirub™ OP A is a micronized, oxidized polyethylene that easily disperses into aqueous systems. Optirub OP A is processed to a 12 micron average particle size and formulated to give excellent rub resistance, lubricity, gloss and anti-blocking properties. Addition levels range from 0.5 to 2%, depending upon application requirements.
Lawter
ULTRAPOLY™ 215A
Chemical Family:
Fluoropolymers, Polyethylene Waxes, Polyethylenes, Waxes, Polyolefins
Functions:
Surface Modifier
End Uses:
Other Ink Types, Waterborne Ink, Offset Ink, Waterborne Coating, Radiation Curable Ink, Radiation Curable Coating
Features:
Heat Resistance, Abrasion Resistance, Mar Resistance
Synonyms:
Fluon, Perfluoroethylene polymer, Poly(ethylene tetrafluoride), Polyperfluoroethylene, Polytetrafluoroethene, Polytetrafluoroethylene, PTFE, Teflon, Tetrafluoroethene homopolymer, Tetrafluoroethene polymer, Tetrafluoroethylene homopolymer, Tetrafluoroethylene polymer, Tetrafluoroethylene resin
Ultrapoly™ 215 A is a softer-bodied, pumpable version of Ultrapoly 211 A. Ultrapoly 215 A is a high performance blend of tough, low COF polyethylene/PTFE and is recommended where a high degree of lubricity, abrasion and mar resistance, heat resistance, and pumpability are required. Ultrapoly 215 A is a 100% non-volatile and fast-setting, protecting the film in the earliest stages of the printing process, while developing exceptional toughness over time. Ultrapoly 215 A is coatable and may be used for laser work. For optimum heat resistance, we recommend using 3 parts Ultrapoly 215 A to 1 part Fluoron™ 735 A (a 50% PTFE concentrate). Recommended use level is 3 to 5%.
Lawter
OPTIRUB™ SP1 A
Functions:
Surface Modifier
Chemical Family:
Waxes, Polyethylene Waxes, Polyethylenes
End Uses:
Powder Coating, Coil Coating, Waterborne Ink, 1K (1 component) Coating, Offset Ink, Waterborne Coating, Flexography Ink, Gravure Ink, Solventborne Coating, Solventborne Ink
Features:
Abrasion Resistance, Good Lubricating Properties
Optirub™ SP1 A is a finely, micronized blend of tough polyethylene wax and premium grade PTFE. Optirub SP1 A is processed to a 6 micron average particle size and formulated to give a high degree of surface lubricity and rub resistance in inks and coatings. Addition levels range from 0.5 to 3%, depending upon application requirements.
Lawter
ULTRAPOLY™ 2300A
Functions:
Surface Modifier
Chemical Family:
Polyethylene Waxes, Polyethylenes
End Uses:
Waterborne Ink, Offset Ink, Other Ink Types, Waterborne Coating, Radiation Curable Ink, Radiation Curable Coating
Features:
Heat Resistance, Radiation Resistance, Mar Resistance, Slip Resistance, Abrasion Resistance
Ultrapoly™ 2300 A is a softer bodied, pumpable version of Ultrapoly 210 A. Ultrapoly 2300 A is a high performance blend of tough, low COF polyethylene dispersed in a hard-drying binder. Ultrapoly 2300 A is recommended where abrasion and mar resistance, slip, and pumpability are required. Ultrapoly 2300 A is a 100% non-volatile and fast-setting, protecting the film in the earliest stages of the printing process, while developing exceptional toughness over time. Ultrapoly 2300 A is coatable and may also be used for laser work, when combined with PTFE. For optimum heat resistance, we recommend using 3 parts Ultrapoly 2300 A to 1 part Fluoron™ 735 A (a 50% PTFE concentrate). Recommended usage level is 4 to 6%.
Deuteron
Deuteron OG 8807
Functions:
Surface Modifier
Chemical Family:
Urea & Urea Derivatives
End Uses:
Varnishes, Radiation Curable Coating
Features:
Improved Slip, Abrasion Resistance
Deuteron OG 8807 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability of over 200°C. When used as an additive in radically curing coatings systems, Deuteron OG 8807 improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 8807 does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 880x can be customized to realize a variety of surface protection and matting objectives.Deuteron OG 8807 is intended for use in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 8807 can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. back
Deuteron
Deuteron OG 8805
Functions:
Surface Modifier
Chemical Family:
Urea & Urea Derivatives
End Uses:
Varnishes, Radiation Curable Coating
Features:
Improved Slip, Abrasion Resistance
Deuteron OG 8805 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability of over 200°C. When used as an additive in radically curing coatings systems, Deuteron OG 8805 improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 8805 does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 880x can be customized to realize a variety of surface protection and matting objectives.Deuteron OG 8805 is intended for use in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 8805 can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. back
Munzing
CERETAN® ME 0520
Functions:
Surface Modifier
Chemical Family:
Waxes
End Uses:
Solventborne Ink
Features:
Blocking Resistance, Improved Slip, Abrasion Resistance, Excellent Scratch Resistance
CERETAN® ME 0520 is a Spherical, micronized, non polar Polyethylene wax. This product is used as a very good scratch and abrasion resistance, good adhesion and slip, very good dispersion properties and - compatibility, very good antiblocking.
Lawter
OPTIRUB™ PC A
Functions:
Surface Modifier
Chemical Family:
Polyethylene Waxes, Polyethylenes
End Uses:
Waterborne Ink, Offset Ink, Waterborne Coating, Flexography Ink, Gravure Ink, Solventborne Coating, Solventborne Ink
Features:
Excellent Adhesion, Slip Resistance, Abrasion Resistance, Good Lubricating Properties, Blocking Resistance, Good Gloss Retention, Improved Slip, Mar Resistance
Optirub™ PC A is a finely micronized, polyethylene and carnauba blend processed to an 8 micron average particle size. Optirub PC A is recommended for applications where gloss retention, clarity, or inter-coat adhesion is important. In addition, Optirub PC A provides an excellent combination of slip, wet scuff, mar and block resistance. Optirub PC A is not recommended for recoating, imprinting, gluing, and die-stamping applications. Recommended usage level is 1 to 3%.
Munzing
LUBA-print® 154/C
Functions:
Anti-Blocking Agent, Surface Modifier
Chemical Family:
Waxes
End Uses:
Hot Melt Adhesive
LUBA-print® 154/C is a Wax dispersion / Wachsdispersion. It is also used as aqueous paint-systems, to improve slip and mar resistance. aqueous flexo printing inks to improve the rub resistance. Hot melts, to improve antiblocking properties.
Lawter
ULTRAPOLY™ 213A
Functions:
Surface Modifier
Chemical Family:
Waxes, Polyolefins, Polyethylene Waxes, Polyethylenes
End Uses:
Other Ink Types, Waterborne Ink, Offset Ink, Waterborne Coating, Radiation Curable Ink, Radiation Curable Coating
Features:
Heat Resistance, Abrasion Resistance, Radiation Resistance, Mar Resistance
Ultrapoly™ 213 A is a fine particle size blend polyethylene/PTFE dispersed in a 100% non-volatile, hard-drying binder. Ultrapoly 213 A is recommended for both sheetfed and heatset inks where gloss retention, lubricity, abrasion and mar resistance are required. Ultrapoly 213 A is coatable and may be used for laser work. For optimum heat resistance, we recommend using 3 parts Ultrapoly 213 A to 1 part Fluoron™ 960 A (a 50% PTFE concentrate). Recommended usage level is 3 to 5%.
Deuteron
Deuteron OG 8803
Functions:
Surface Modifier
Chemical Family:
Urea & Urea Derivatives
End Uses:
Varnishes, Radiation Curable Coating
Features:
Improved Slip, Abrasion Resistance
Deuteron OG 8803 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability of over 200°C. When used as an additive in radically curing coatings systems, Deuteron OG 8803 improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 8803 does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 880x can be customized to realize a variety of surface protection and matting objectives.Deuteron OG 8803 is intended for use in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 8803 can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. back
Nanjing Tianshi New Material Technologies
Nanjing Tianshi New Material Technologies PEW-0674F
Functions:
Surface Modifier
Chemical Family:
Waxes, Polyolefins, Polyethylene Waxes, Polyethylenes
End Uses:
Coil Coating, Offset Ink, Gravure Ink, Solventborne Coating, Solventborne Ink
Labeling Claims:
Non-Hazardous
Features:
Temperature Resistance, Solvent Resistance, Improved Hardness, Transparency, Abrasion Resistance, Excellent Scratch Resistance
PEW-0674F has uniform particle size and shape, very concentrated particle size range, and tidy molecular weight, easy to disperse. With very high hardness, and excellent abrasion resistance,
Munzing
LUBA-print® 552/A
Functions:
Surface Modifier, Flattener, Anti-Abrasion Agent
Chemical Family:
Waxes
End Uses:
Waterborne Ink, Digital Ink, Inkjet Ink, Waterborne Coating
LUBA-print® 552/A is a wax dispersion / wachsdispersion product.This product is based on waterbased paint- systems and printing inks, to improve matting with good rub resistance. Our high quality wax emulsions and dispersions are a necessity for all customers who prefer working with ready-made emulsions or dispersions in contrast to a dry wax. The ease of incorporation is the key benefit of liquid products.
Munzing
LUBA-print® 551/2
Functions:
Surface Modifier, Anti-Abrasion Agent
Chemical Family:
Waxes
End Uses:
Waterborne Coating, Waterborne Ink
LUBA-print® 551/2 is a wax dispersion / wachsdispersion product. it's is having queous lacquers and printing inks, improve the rub resistance applications and properties. Our high quality wax emulsions and dispersions are a necessity for all customers who prefer working with ready-made emulsions or dispersions in contrast to a dry wax. The ease of incorporation is the key benefit of liquid products.
Lawter
ULTRAFINE™ 1W-LS A
Functions:
Surface Modifier
Chemical Family:
Waxes, Fluoropolymers
End Uses:
Powder Coating, Coil Coating, Waterborne Ink, Offset Ink, Waterborne Coating, Radiation Curable Ink, Radiation Curable Coating
Features:
Heat Resistance, Abrasion Resistance, Blocking Resistance, Radiation Resistance, Mar Resistance
Ultrafine™ 1WLS A is a premium polytetrafluoroethylene fine powder used to improve surface properties of printing inks and coatings. Ultrafine 1WLS A is designed for lubricity, abrasion and heat resistance and may be used in combination with other waxes for the most effective balance of cost and performance. Ultrafine 1WLS A is characterized by a slightly broader particle size distribution. Recommended usage level is 1 to 4%.