PRINTING INK ADDITIVES 2–3 PRINTING INK ADDITIVES CONTENT WATER BASED SYSTEMS 4–15 Defoamers Dispersing Agents Rheology Modifiers Wetting & Leveling Agents Micronized & Coated Waxes Surface-Modified Waxes Waterbased Wax Dispersions and Emulsions 4–5 6–7 8–9 10–11 12–13 12–13 14–15 SOLVENT BASED SYSTEMS 16–21 Defoamers, Dispersing, Wetting & Leveling Agents Micronized & Coated Waxes Wax Dispersions 16–17 18–19 20–21 OIL BASED DISPERSIONS 20–21 RADIATION CURED SYSTEMS & SPECIAL ADDITIVES 22–25 Micronized & Coated Waxes Defoamers & Dispersing Agents Special Additives 22–23 24–25 24–25 NOTES 26–27 Printing Ink Additives MÜNZING is a highly regarded, privately owned specialty d­efoamers, dispersants, rheology modifiers, emulsifiers­, additive company with headquarters in Abstatt, G ­ ermany. wetting and leveling agents, micronized and coated We have a presence in over 40 countries and are a tech­ waxes as well as wax dispersions and emulsions, have nology driven organization with an extensive staff of achieved worldwide recognition for their performance, highly experienced R&D and technical service person­ quality and technical innovation. nel in Europe, the Americas and Asia. Our manufacturing The technical mission of MÜNZING is to solve ink and plants in Germany, USA and China have broad synthesis coating formulation problems. We offer state-of-the-art and formulation capabilities in order to best serve our technical service testing to all customers, regardless of global customer base. their company size. Based on our broad range of addi­ We are committed to creating value and improving our tive chemistries, MÜNZING’s technical service work pro­ customers’ formulations with our complete range of vides our customers the optimum solutions with re­ specialty additives. These additives, which include spect to both technical performance and value. Printing inks are part of our daily life. They are used for means of information or decorative purpose in print media, catalogs and brochures, on packaging, textiles and articles of daily use. The major application processes are flexographic, gravure, offset and screen printing. Depending on the application printing inks have to meet many different requirements. MÜNZING has a long lasting expertise in printing inks and offers a broad portfolio of additives to the printing ink manufacturers. Our Application Technology Center is willing to support you during the development of products , which provide your customers with best possible solutions. 4–5 PRINTING INK ADDITIVES Water Based Systems Water Based Systems Defoamers Surface active agents (surfac­tants) especially emulsifi­ When selecting a suitable defoamer, special attention ers, wetting and dispersing agents are used to emulsify has to be paid to the balance between defoaming and stabilize hydrophobic substances e.g. binder parti­ ­efficiency and compatibility with the printing ink. Our cles, pigments and fillers in water based printing inks. broad range of defoamers and deaerators based on dif­ These surfactants tend to create foam by stabilizing ferent chemical technologies enables us to offer you incorporated air in aqueous systems, that can lead to the ­optimal defoamer for each type and application of problems during the production as well as the applica­ your water based printing inks. tion of w ­ ater based printing inks. DEFOAMERS Product Type AGITAN 105 poa, e easy AGITAN 109 veg, poa, e fair AGITAN 120 poa,oms,e fair AGITAN 155 oms,e easy AGITAN 156 poa,oms,e easy oms,e easy AGITAN 282 m easy AGITAN 299 poa easy AGITAN 350 poa hard AGITAN 351 poa hard AGITAN 650 wo easy AGITAN 731 oms, poa hard AGITAN 760 oms, poa hard AGITAN 761 oms hard AGITAN 766 oms, poa fair AGITAN 771 oms, poa fair AGITAN E 256 oms,e easy DEE FO PI-12 3D, e easy DEE FO PI-35 3D, e fair DEE FO PI-40 3D, e easy DEE FO PI-75 3D, oms, e easy AGITAN 158 New e = Aqueous emulsion poa = Polyoxalkylene technology fsi = Few silicone Mineral oil Silicone free free m = Mineral oil 3D = 3D polysiloxane APE free Incorporation Flexographic and gravure inks wo = White oil oms = Organic modified polysiloxane Corrugated board & porous paper hydrophobic particle Water Based Systems surfactant molecules Additional Technical Information on www.munzing.com Defoamer Technologies Defoamer Application Tables Defoamer Recommendations for Binders Figure | Foam bubble with surfactant double layer Coated paper & packaging Film & foil Metallic inks Applicable Screen printing inks Recommended Ink Jet Overprint varnishes Highly recommended Press side Fountain solution Pigment grinding 6–7 PRINTING INK ADDITIVES Water Based Systems Water Based Systems Dispersing Agents For the dispersion of pigments, fillers as well as functional­ In addition to the following product overview including additives e.g. transparent inorganic pigments (iron recom­ mendations for various applications, there are oxide­, titanium dioxide) and matting agents (silica) in also guide formulations for many pigments available. water based printing inks we offer a broad range of high Furthermore we are ­offering you on request to prepare quality dispersing agents. dispersant recommendations for specific pigments. Additional Technical Information on www.munzing.com Dispersing Technologies Dispersant Recommendations Guide Formulations Technical News No. 3 DISPERSING AGENTS Product Type Charge Active ­content Solvent % EDAPLAN 395 High molecular copolymer anionic 30 Water EDAPLAN 396 High molecular copolymer anionic 35 Water EDAPLAN 397 Polyglycol esters nonionic 100 – EDAPLAN 470 Acrylic based polymer anionic 50 Butyldiglycol EDAPLAN 472 Acrylic based polymer anionic 50 Butyldiglycol EDAPLAN 480 Acrylic based polymer anionic 85 Water EDAPLAN 482 Acrylic based polymer anionic 85 Water EDAPLAN 490 High molecular copolymer nonionic 40 Water EDAPLAN 492 High molecular copolymer nonionic 35 Water EDAPLAN 494 High molecular copolymer nonionic 50 Water EDAPLAN 516 Acrylic based polymer anionic 20 Water METOLAT 390 Fatty derivative copolymer anionic 55 Water METOLAT 392 Olefinic polymer anionic 45 Water METOLAT 394 Olefinic polymer anionic 55 Water METOLAT 514 Acrylic based polymer anionic 34 Water APE free Water Based Systems Inorganic pigments Organic pigments Applicable Carbon blacks Recommended Transparent inorganic ­pigments Fillers Highly recommended Matting agents (silica) Laked azo pigments Binder containing grinds 8–9 PRINTING INK ADDITIVES Water Based Systems Water Based Systems Rheology Modifiers For the optimal application of printing inks it is neces­ In addition to the following product overview including sary­ to adjust its rheology profile with the help of rheo­ recommendations for applications, our application logy modifiers. This can be mana­ged by using associa­ technology team is at your disposal to identify the best tive thickeners based on polyurethanes. Polyurethane rheo­logy modifier or combination of thickeners for your thickeners can be used solely or in combination with speci­fic formulations through lab tests. each other as well as with other types of thickeners (e.g. polyacrylates or c­ ellulose ethers). RHEOLOGY MODIFIERS Product Rheology profile Type Active ­content Solvent % TAFIGEL PUR 40 pseudoplastic PUR 40 Water / Butyltriglycol TAFIGEL PUR 41 pseudoplastic PUR 20 Water TAFIGEL PUR 44 pseudoplastic PUR 40 Water / Butyltriglycol TAFIGEL PUR 45 newtonian PUR 40 Water / Butyltriglycol TAFIGEL PUR 48 pseudoplastic PUR 40 Water / Butyltriglycol TAFIGEL PUR 50 pseudoplastic PUR 21 Water TAFIGEL PUR 52 pseudoplastic PUR 20 Water pseudoplastic PUR 20 Water TAFIGEL PUR 60 strong pseudoplastic PUR 40 Water / Butyltriglycol TAFIGEL PUR 61 strong pseudoplastic PUR 25 Water TAFIGEL PUR 64 strong pseudoplastic PUR 40 Water / Butyltriglycol TAFIGEL PUR 65 strong pseudoplastic PUR 20 Water / Butyltriglycol TAFIGEL PUR 80 newtonian PUR 20 Water newtonian PUR 20 Water TAFIGEL PUR 85 newtonian PUR 25 Water TAFIGEL AP 10 system dependent AP 31 Water TAFIGEL AP 15 system dependent AP 29 Water TAFIGEL AP 16 system dependent AP 29 Water TAFIGEL PUR 54 TAFIGEL PUR 82 New New PUR = Polyurethane (nonionic) AP = Anionic copolymer emulsion 100 1000 10000 S -1 Additional Technical Information on www.munzing.com Rheology Modifiers Technical News No. 4 Figure | Rheology profiles of TAFIGEL ® PUR thickeners Organo tin free APE free Flexographic & gravure inks Screen inks < 0,1 % < 0,05 % Applicable Recommended Highly recommended Overprint ­varnishes Pigment grinding Water Based Systems PUR 60, PUR 61, PUR 64, PUR 65 PUR 40, PUR 41, PUR 44, PUR 48, PUR 50, PUR 52, PUR 54 PUR 45, PUR 80, PUR 82, PUR 85 10–11 PRINTING INK ADDITIVES Water Based Systems Water Based Systems Wetting and Leveling Agents Wetting and leveling agents are used in water based The following table contains some important informa­ printing inks to improve substrate wetting or leveling, tion on a selection of our wetting and leveling agents for to enhance gloss or to prevent cratering. They can influ­ water based printing inks. Our application techno­logy ence the properties of printing inks in different ways. team would be glad to support you through lab tests to Therefore it is important to test and select these addi­ identify the most suitable additive for your ­application. tives carefully. Additional Technical Information on www.munzing.com Additives for Surface and Substrate Technical News No. 2 WETTING & LEVELING AGENTS Product Type Charge Active ­content Solvent % METOLAT 285 Ester anionic 50 Water METOLAT 288 Ester anionic 50 Water METOLAT 355 Nonionic compounds nonionic 100 – METOLAT 362 Nonionic compounds nonionic 100 – METOLAT 364 New Nonionic compounds nonionic 100 – METOLAT 367 Ester nonionic 100 – METOLAT 368 Ester nonionic 100 – METOLAT 388 Nonionic compounds nonionic 100 – METOLAT 700 Nonionic compounds nonionic 100 – METOLAT 725 Nonionic compounds nonionic 100 – METOLAT 750 Nonionic compounds nonionic 100 – METOLAT 775 Nonionic compounds nonionic 100 – METOLAT 780 Nonionic compounds nonionic 100 – METOLAT 1299 Ester anionic 66 Water / Propylene glycol EDAPLAN LA 402 Acrylic copolymer anionic 50 Butyl glycol EDAPLAN LA 403 Acrylic copolymer anionic 85 Water EDAPLAN LA 411 Organic modified polysiloxane nonionic 100 – EDAPLAN LA 413 Organic modified polysiloxane nonionic 100 – EDAPLAN LA 451 Ester anionic 68 Water / Ethanol EDAPLAN LA 452 Ester anionic 83 Water Silicone free APE free Water Based Systems Substrate wetting Substrate wetting in overprint varnishes Applicable Wetting of film & foil Wetting of Improvement­ pigments & of print fillers transfer Recommended Highly recommended Gloss Brilliance of Compatibility No foaming ­metallic inks agent tendency 12–13 PRINTING INK ADDITIVES Water Based Systems Water Based Systems Micronized waxes for flexographic inks The global market for packaging inks is growing steadily shape, as well as the narrow particle size facilitate sup­ every year. This growth raises the demand for improved port the incorporation process. quality, which can be achieved by using high quality CERETAN spherical micronized waxes offer 100% active­ raw materials and additives. Due to our unique spray­ content leading to a reduction of the amount of wax in ing technology we are able to produce various types the formulation, due to its narrow particle size distribu­ of blended wax chemistries, which provide e ­ xactly the tion. We guarantee a D 99 value, which almost completely properties, which are needed by the industry. avoids oversized particles. The spherical particle shape Our micronized waxes are available in a variety of ­particle offers a much smoother surface, improves the dispers­ sizes to meet exactly the requirements of our customers. ing properties and reduces the gener­ation of dust dur­ CERETAN spherical micronized waxes are easy to ­handle ing the incorporation process. in water based formulations. The spherical p ­article MICRONIZED WAXES Product Wax type Particle size Drop point D99 µm D50 µm °C 109 – 117 110 – 118 122 – 130 108 – 118 CERETAN ME 0520 CERETAN ME 0825 CERETAN ME 1715 Polyethylene Polyethylene Polyethylene 20 25 15 7 8 7 CERETAN MF 5715 Polyethylene, PTFE modified 15 8 Oxidized polyethylene Polar polyolefin Fischer-Tropsch Fischer-Tropsch Polyolefin Polyolefin Polyolefin 20 15 15 20 10 15 20 7 6 6 7 6 5 7 CERETAN CERETAN CERETAN CERETAN CERETAN CERETAN CERETAN MO 3220 MO 4715 MT 9115 MT 9120 MX 9510 MX 9815 MX 9820 New New (PTFE: 320 – 340 *) 104 – 112 108– 116 112 – 120 112 – 120 108 – 118 111 – 119 111 – 119 Coated waxes Our latest technology enables us to coat our spherical flexo inks. Coating a wax is only possible with our spray­ micronized waxes! Our functional blends coated with ing technology, because the PTFE needs to be coated on very fine PTFE particles, CERETAN MXF 9510 D and the still soft surface of the wax at the right moment in CERETAN MXF 9820 D, are the best selling grades for order for the PTFE to stick onto the surface of the wax. COATED WAXES Product Wax type Coating Particle size Drop point of the wax D99 µm D50 µm °C CERETAN MXF 9510 D Polyolefin PTFE 10 6 108 – 118 CERETAN MXF 9820 D Polyolefin PTFE 20 8 111 – 119 SURFACE-MODIFIED WAXES Product Wax type Particle size Drop point D99 µm D50 µm °C CERETAN ME 0825 WD Polyethylene 25 8 107 – 117 CERETAN MX 9820 WD Polyolefin 20 7 111 – 119 CERETAN – Spherical micronized waxes The sphere makes the difference. Air milled waxes Application Antiblocking Spray micronized waxes Gloss Rub & mar resistance Slip OPV Due to the improved distribution of PTFE on the surface need to buy the wax and the PTFE separately, they can of the ink, the effectiveness is increased and the reduc­ buy this from one single source, when choosing our tion in PTFE concentration will lead to a more economic CERETAN MXF 9510 D or CERETAN MXF 9820 D. formulation for our ink customers. The customers will not Application Antiblocking Gloss Rub & mar resistance Slip Antiblocking Gloss Rub & mar resistance Slip OPV Application OPV Recommended Highly recommended Water Based Systems Our spherical micronized waxes provide numerous advantages compared to traditional air milled waxes. 14–15 PRINTING INK ADDITIVES Water Based Systems Water Based Systems Water based wax dispersions and emulsions for flexographic inks Being an expert for wax additives our technical service In close cooperation with you, our modern laboratory team will help you improve the surface properties and our staff are at your disposal to develop and formu­ of your products. late wax dispersions to meet your ­specific needs and provide the desired effects in your coating systems. The special service is available to you at all times. WAX DISPERSIONS AND EMULSIONS Product Wax type Solid ­content Particle size Melting range % D98 µm D50 µm °C pH-Value Ionogenity LUBA-print 184/W Polyethylene / PTFE 50 18 6 104 – 114 8,0 n LUBA-print 185/B Polyethylene 60 22 6 115 – 121 7,0 n LUBA-print 338 Polyethylene 41 22 8 130 – 136 4,5 n LUBA-print 499 Polyethylene 40 9 4 130 – 140 4,0 n LUBA-print 551/2 Polyethylene 45 25 8 130 – 136 3,5 n LUBA-print 760/D Polyethylene 64 20 6 124 – 134 4,0 n LUBA-print 5500 Polyethylene 50 6 4 125 – 133 7,0 n LUBA-print W 5700 Polyethylene 48 7 3 112 – 122 4,5 n LUBA-print WE 0520 Polyethylene 58 20 5 109 – 117 * 7,0 n LUBA-print WE 0825 ns Polyethylene 45 24 6 110 – 118 * 7,0 n LUBA-print WE 3501 Polyethylene 35 1 – 128 – 138 9,0 n LUBA-print WX 9825 ns Polyolefin 51 24 7 111 – 119 * 7,5 n LUBA-print WXF 9510 Polyolefin / PTFE 45 18 6 108 – 118 * 5,5 n ns = non-standard * = Drop point n = nonionic a = anionic Water Based Systems Application Antiblocking Gloss Rub & mar ­resistance OPV Slip Food contact (Details on r­ equest) Applicable Recommended Highly recommended 16–17 PRINTING INK ADDITIVES Solvent Based Systems DEFOAMERS Product Type APE free Incorporation AGITAN DF 311 M Mineral oil, few silicone easy AGITAN DF 6420 Mineral oil, few silicone easy FOAMTROL 110 Silicone compound easy DISPERSING AGENTS Product Type Charge Active content Solvent Solvent Based Systems % EDAPLAN 397 Polyglycol esters nonionic 100 – EDAPLAN 711 Block copolymer nonionic 35 Butyl acetate METOLAT LA 524 Fatty derivative copolymer amphoteric 50 Xylene / Iso-butanol WETTING & LEVELING AGENTS Product Type Charge Active content Solvent % METOLAT 355 Nonionic compounds nonionic 100 – METOLAT 388 Nonionic compounds nonionic 100 – EDAPLAN LA 402 Acrylic copolymer anionic 50 Glycol ether EDAPLAN LA 410 Organic modified polysiloxane nonionic 100 – EDAPLAN LA 412 Organic modified polysiloxane nonionic 100 – EDAPLAN LA 413 Organic modified polysiloxane nonionic 100 – Silicone free Inorganic ­ pigments Organic pigments Carbon blacks Fillers Binder containing grinds Solvent Based Systems APE free APE free Leveling Applicable Wetting of film & foil Recommended Anti-­cratering Wetting of ­pigments & fillers Highly recommended Gloss Compatibility agent Defoaming properties 18–19 PRINTING INK ADDITIVES Solvent Based Systems Waxes and micronized waxes High quality print products, which are being produ­ced by and publication inks, which have been adapted in chem­ gravure printing, require waxes with very good scratch- istry to achieve these requirements. and abrasion resistance, as well as very good processing The tables will show you the properties & effects of our properties for high volume printing. ­MÜNZING provides spherical waxes and wax dispersions in your c­oating products with very small particle sizes for packaging formulation. WAXES AND MICRONIZED WAXES Product Wax type Solvent Based Systems CERETAN MA 7150 CERETAN MA 7250 Particle size Drop point D99 µm D50 µm °C Erucamide 50 12 80 – 88 Stearamide 50 10 98 – 108 CERETAN ME 0520 Polyethylene 20 7 109 – 117 CERETAN ME 0825 Polyethylene 25 8 110 – 118 CERETAN ME 1715 Polyethylene 15 7 122 – 130 CERETAN MF 5010 Polyethylene, PTFE modified 10 6 CERETAN MF 5108 PTFE 8 5 Polar polyolefin 15 6 108 – 116 Fischer-Tropsch 15 6 112 – 120 CERETAN MT 9120 Fischer-Tropsch 20 7 112 – 120 CERETAN MX 9510 Polyolefin 10 6 108 – 118 CERETAN MX 9815 Polyolefin 15 5 111 – 119 CERETAN MX 9820 Polyolefin 20 7 111 – 119 ns CERETAN MO 4715 CERETAN MT 9115 New 108 – 118 (PTFE: 320 – 340 *) 320 – 340 * Coated waxes Our latest technology enables us to coat our spherical our spraying technology, because the PTFE needs to be micronized waxes! Our functional blends coated with coated on the still soft surface of the wax at the right very fine PTFE particles, CERETAN MXF 9510 D and moment in order for the PTFE to stick onto the surface of ­CERETAN MXF 9820 D, are the best selling grades for the wax. solvent based inks. Coating a wax is only possible with COATED WAXES Product Wax type Coating Particle size Drop point of the wax D99 µm D50 µm °C CERETAN MXF 9510 D Polyolefin PTFE 10 6 108 – 118 CERETAN MXF 9820 D Polyolefin PTFE 20 8 111 – 119 ns = non-standard * = Melting Point CERETAN – Spherical micronized waxes Our spherical micronized waxes provide numerous advantages compared to traditional air milled waxes. The sphere makes the difference. Air milled waxes Application Spray micronized waxes Antiblocking Gloss Rub & mar ­resistance Slip Solvent Based Systems OPV Due to the improved distribution of PTFE on the surface not need to buy the wax and the PTFE separately, they of the ink, the effectiveness is increased and the reduc­ can buy this from one single source, when choosing our tion in PTFE concentration will lead to a more economic PTFE coated waxes. formulation for our ink customers. The customers will Application Antiblocking OPV Recommended Highly recommended Gloss Rub & mar ­resistance Slip 20–21 PRINTING INK ADDITIVES Solvent Based Systems Solvent based wax dispersions for flexographic inks Being an expert for wax additives our technical service wax dispersions to meet your ­specific needs and ­provide team will help you improve the surface properties the desired effects in your coating systems. The special of your products. service is available to you at all times. In close cooperation with you, our modern laboratory and our staff are at your disposal to develop and formulate WAX DISPERSIONS Solvent Based Systems & Oil Based Dispersions Product Wax type Solvent Solid ­content Particle size Melting range % D 98 µm D 50 µm °C LUBA-print 121/C Hydrocarbon Ethyl acetate 10 20 8 71–82 * LUBA-print 161/T Amide Ethanol 40 – – 86–92 LUBA-print 232/D Polyethylene Ethanol 50 18 6 105–115 LUBA-print 266/D PTFE 2-Propanol (IPA) 31 12 5 – LUBA-print 301/C Polyethylene Ethanol 30 18 7 103 – 114 LUBA-print 654/D Polyethylene Ethanol 40 25 9 130–136 LUBA-print 654/DF 2 Polyethylene Ethanol 20 16 6 130–136 LUBA-print 754 Polyethylene Ethanol 40 20 7 103–114 LUBA-print 887/H Functional blend Ethanol 25 10 5 87 – 93 LUBA-print 2036 A Polyethylene Ethanol 20 18 6 130–136 LUBA-print 3036 A Polyethylene Ethanol / 2-Propanol (IPA) 30 18 6 130–136 LUBA-print SEB 0820 ET New Biopolymer, Polyethylene Ethanol 40 20 5 110 – 118 * * = Drop Point Oil Based Dispersions Oil based wax pastes for heatset inks We can offer you tailor made products from one source: your system without any additional grinding of the final highly concentrated wax pastes in your preferred oil product. We will be happy to create a specific product with a very fine particle size, which can be added into according to your needs. OIL BASED DISPERSIONS Product Wax type Solvent Solid content Particle size Drop point of the wax in % D98 µm D50 µm °C LUBA-print OF 5108 PTFE Linseed oil 47 8 3 – LUBA-print OX 9815 Polyolefin Linseed oil 35 12 5 – LUBA-print OXF 9510 Polyolefin / PTFE Linseed oil 35 12 5 – * = Melting range Application Antiblocking Gloss Rub & mar resistance OPV Slip Food contact Solvent Based Systems & Oil Based Dispersions (Details on request) Antiblocking Applicable Gloss Recommended Rub & mar resistance Highly recommended Slip 22–23 PRINTING INK ADDITIVES Radiation Cured Systems Micronized waxes for UV inks Just like UV Coatings, the UV printing ink technology Our micronized waxes for UV inks are selected products is growing within the printing ink sector and offers with a very fine particle size in order to match the very new qualities and possibilities for the customers. This fine ink film thickness. Furthermore we use raw materials techno­logy has already been used in screen inks, flexo­ with good UV light resistance and excellent scratch graphic packaging and offset printing for a long period ­resistance and gloss properties. of time, and is nowadays followed by gravure inks and other special processes. MICRONIZED WAXES Product Wax type Particle size Drop point D99 µm D50 µm °C CERETAN ME 0825 Polyethylene 25 8 110 – 118 CERETAN ME 1715 Polyethylene 15 7 122 – 130 CERETAN MF 5108 PTFE 8 5 320 – 340 * CERETAN MM 8015 Montan 15 5 90 – 98 Oxidized polyethylene 20 7 104 – 112 Polyolefin 15 5 111 – 119 CERETAN MO 3220 New CERETAN MX 9815 Radiation Cured Systems Coated waxes Our latest technology enables us to coat our spherical possible with our spraying technology, because the micronized waxes! Our functional blend coated with PTFE needs to be coated on the still soft surface of the very fine PTFE particles, CERETAN MXF 9510 D, is the wax at the right moment in order for the PTFE to stick best selling grade for flexo inks. Coating a wax is only onto the surface of the wax. COATED WAXES Product CERETAN MXF 9510 D Wax type Polyolefin Coating PTFE Particle size Drop point of the wax D99 µm D50 µm °C 10 6 108 – 118 * = Melting range CERETAN – Spherical micronized waxes Our spherical micronized waxes provide numerous advantages compared to traditional air milled waxes. The sphere makes the difference. Air milled waxes Application Spray micronized waxes Antiblocking Gloss Rub & mar resistance Slip Due to the improved distribution of PTFE on the surface need to buy the wax and the PTFE separately, they can of the ink, the effectiveness is increased and the reduc­ buy this from one single source, when choosing our tion in PTFE concentration will lead to a more economic CERETAN MXF 9510 D. formulation for our ink customers. The customers will not Application Antiblocking OPV Recommended Highly recommended Gloss Rub & mar resistance Slip Radiation Cured Systems OPV 24–25 PRINTING INK ADDITIVES Radiation Cured Systems DEFOAMERS Product Type AGITAN 760 APE free Incorporation Silicone compound fair AGITAN DF 6421 Mineral oil, few silicone fair FOAMTROL 110 Silicone compound fair DISPERSING AGENTS Product Type Charge Active content Solvent % EDAPLAN 710 Block copolymer nonionic 30 Dicarboxylic acid ester Special Additives Special additives for heatset inks Individuality is standard! Our micronized complex-buil­ based on PRINTPLEX® MK 3025, which has already been ding additive PRINTPLEX MK 3025 has established it­ milled to the particle size needed in your heatset-ink. self as bestselling product throughout the last years. It saves time and energy – just stir it in! ® Radiation Cured Systems & Special Additives The improved LUBA-print OK 3010 is a very fine paste HEATSET INKS Product Consistency Chemistry LUBA-print OK 3010 Paste EDTA PRINTPLEX MK 3025 Solid EDTA Inorganic pigments Applicable Recommended Organic pigments Carbon blacks Binder containing grinds Highly recommended Description Very fine dispersion of the chelating agent intended for direct stir-in Finely micronized chelating agent Fillers Radiation Cured Systems & Special Additives APE free 26–27 PRINTING INK ADDITIVES Notes MÜNZING CHEMIE GmbH Münzingstrasse 2 74232 Abstatt GERMANY Phone +49 7131 987-0 Fax +49 7131 987-125 E-Mail info@munzing.com MÜNZING Micro Technologies GmbH MÜNZING International S.a.r.L. Dr.-Bergius-Strasse 16–24 06729 Elsteraue GERMANY Phone +49 3441 829 10-22 Fax +49 3441 829 10-20 E-Mail ceretan@munzing.com 23, rue Aldringen L-1118 LUXEMBOURG Phone +352 2627 1520 Fax +352 2627 1530 E-Mail benelux@munzing.com MÜNZING CHEMIE Iberia S.A. MÜNZING North America MÜNZING Shanghai Co.Ltd. C/ Francesc Layret, 2 E-08170 Montornès del Vallès (Barcelona) SPAIN Phone +34 93 5722075 Fax +34 93 5722683 E-Mail iberia@munzing.com 1455 Broad Street, Suite #3 Bloomfield NJ 07003-3003 USA Phone +1 973 279-1306 Toll Free +1 800 524-0055 Fax +1 973 338-0420 E-Mail info@munzing.us Room 404-408, Building 12 No. 128 Xiangyin Rd. USST National Science Park Shanghai 200433 P.R. CHINA Phone +86 21 6149 1561 Fax +86 21 6149 1563 E-Mail info@munzing.cn Visit our website for more information… for international representatives… www.munzing.com › MUE_2016_015_EN_V05 – 03|16 Contact
