| Michem® Emulsion 94340 | Michelman | Michem® Emulsion 94340 is a phenol free additive best used in floor polish and overprint varnish formulations when a high degree of slip resistance is needed. It also provides durability and scratch resistance to wood applications. | |
| Michem® Emulsion 98040M1 | Michelman | Michem® Emulsion 98040M1 is used to provide superior slip, abrasion resistance and antiblock properties in paint and varnish, and wood applications. | |
| Michem® Guard 349 | Michelman | Michem® Guard 349 is a nonionic polyethylene dispersion designed to impart rub resistance, block resistance and matting properties to aqueous paints, coatings and inks. | |
| Michem® Lube 156 PFP | Michelman | Michem® Lube 156 PFP is a nonionic wax emulsion that can be used as an additive in polish (specifically car polish), cosmetics, paints, coatings and graphic arts to increase scratch resistance, lubrication, release and anti-block properties. It can also b...view more Michem® Lube 156 PFP is a nonionic wax emulsion that can be used as an additive in polish (specifically car polish), cosmetics, paints, coatings and graphic arts to increase scratch resistance, lubrication, release and anti-block properties. It can also be used in coatings for OPP films. view less | |
| Michem® Lube 182PFPHS | Michelman | Michem® Lube 182PFPHS can provide slip, release and antiblock properties in a number of applications, ranging from wood coatings to being blended with synthetic and natural lattices. This product is also a mar and scratch resistant and water repellent add...view more Michem® Lube 182PFPHS can provide slip, release and antiblock properties in a number of applications, ranging from wood coatings to being blended with synthetic and natural lattices. This product is also a mar and scratch resistant and water repellent additive in varnishes and other coatings. view less | |
| Michem® Lube 382 | Michelman | Michem® Lube 382 can provide slip, release and antiblock properties in a number of applications, ranging from wood coatings to being blended with synthetic and natural lattices. This product is also a mar and scratch resistant and water repellent additive...view more Michem® Lube 382 can provide slip, release and antiblock properties in a number of applications, ranging from wood coatings to being blended with synthetic and natural lattices. This product is also a mar and scratch resistant and water repellent additive in varnishes and other coatings. view less | |
| mju:wax® 2594 | Ceronas GmbH & Co., KG | mju:wax® 2594 is a micronised wax additive in the form of a white powder. This product has excellent matting properties combined with good transparency and silky touch. It can provide good scratch and abrasion resistance, and is often used in solvent or w...view more mju:wax® 2594 is a micronised wax additive in the form of a white powder. This product has excellent matting properties combined with good transparency and silky touch. It can provide good scratch and abrasion resistance, and is often used in solvent or water based systems and in wood coatings, printing inks, and lacquers. view less | |
| mju:wax® 2739 | Ceronas GmbH & Co., KG | mju:wax® 2739 is a micronised PE/carnauba/PTFE wax compound in the form of an off-white powder. This product can improve scratch resistance, slip, and anti blocking properties, and can provide excellent metal marking resistance as well as strong reductio...view more mju:wax® 2739 is a micronised PE/carnauba/PTFE wax compound in the form of an off-white powder. This product can improve scratch resistance, slip, and anti blocking properties, and can provide excellent metal marking resistance as well as strong reduction of the coefficient of friction. It is often used in lacquers, can coatings, and graphic arts. view less | |
| mju:wax® 4001 | Ceronas GmbH & Co., KG | mju:wax® 4001 is a micronised amide wax with high melting temperature, and is in the form of a white powder. This product can improve scratch resistance, slip, and anti blocking properties, and is used as an additive in printing inks, lacquers, powder coa...view more mju:wax® 4001 is a micronised amide wax with high melting temperature, and is in the form of a white powder. This product can improve scratch resistance, slip, and anti blocking properties, and is used as an additive in printing inks, lacquers, powder coatings, and wood coatings to modify the surface properties. view less | |
| mju:wax® 4253 | Ceronas GmbH & Co., KG | mju:wax® 4253 is a micronised wax compound with PTFE in the form of a white powder. This product can improve scratch resistance and slip properties, and is used as an additive in water or solvent based lacquers, printing inks, and powder coatings to modif...view more mju:wax® 4253 is a micronised wax compound with PTFE in the form of a white powder. This product can improve scratch resistance and slip properties, and is used as an additive in water or solvent based lacquers, printing inks, and powder coatings to modify the surface properties. view less | |
| mju:wax® 4700 | Ceronas GmbH & Co., KG | mju:wax® 4700 is a micronised "green" wax compound in the form of a white powder. This product can improve scratch resistance and anti blocking properties, and is used as an additive in lacquers, printing inks, and wood coatings. | |
| mju:wax® 4810 | Ceronas GmbH & Co., KG | mju:wax® 4810 is a micronised polypropylene wax compound in the form of a white powder. This product can improve scratch resistance and anti blocking properties, and is used as an additive in lacquers, printing inks, powder coatings, and wood coatings to ...view more mju:wax® 4810 is a micronised polypropylene wax compound in the form of a white powder. This product can improve scratch resistance and anti blocking properties, and is used as an additive in lacquers, printing inks, powder coatings, and wood coatings to modify the surface properties. view less | |
| mju:wax® 5420 | Ceronas GmbH & Co., KG | mju:wax® 5420 is a micronised PE/amide wax compound in the form of an off-white powder. This product can improve scratch resistance, anti blocking and matting properties in lacquers, graphic arts, and wood coatings | |
| mju:wax® 7200 | Ceronas GmbH & Co., KG | mju:wax® 7200 is a micronised carnauba wax compound in the form of an off-white powder. This product can improve scratch resistance and slip properties, and is used as an additive in graphic arts, can coatings, water and solvent based systems. | |
| mju:wax® 8400 | Ceronas GmbH & Co., KG | mju:wax® 8400 is a micronised polypropylene wax compound in the form of a white powder. This product can improve scratch resistance and anti blocking properties, and is used as an additive in lacquers, printing inks, powder coatings, and wood coatings to ...view more mju:wax® 8400 is a micronised polypropylene wax compound in the form of a white powder. This product can improve scratch resistance and anti blocking properties, and is used as an additive in lacquers, printing inks, powder coatings, and wood coatings to modify the surface properties. view less | |
| MOR-SHINE™ 4U | Synthomer | MOR-SHINE™ 4U is a general purpose and cost effective floor polish concentrate. MOR-SHINE™ 4U dry-bright polish concentrate with excellent gloss retention, as well as mar and scratch resistance, is used for general purpose finishes that respond to low and...view more MOR-SHINE™ 4U is a general purpose and cost effective floor polish concentrate. MOR-SHINE™ 4U dry-bright polish concentrate with excellent gloss retention, as well as mar and scratch resistance, is used for general purpose finishes that respond to low and high maintenance schedules. view less | |
| NANOBYK®-3603 | BYK | NANOBYK®-3603 is a surface additive based on aluminum oxide nanoparticles to improve the scratch resistance of aqueous systems without having a negative impact on properties such as gloss and transparency. As the aluminum oxide nanoparticles are very smal...view more NANOBYK®-3603 is a surface additive based on aluminum oxide nanoparticles to improve the scratch resistance of aqueous systems without having a negative impact on properties such as gloss and transparency. As the aluminum oxide nanoparticles are very small, it is even suitable for highly transparent and high-gloss coatings, and can be used in clear or pigmented systems. view less | |
| NANOBYK®-3605 | BYK | NANOBYK®-3605 is an additive containing nanoparticles for solvent-borne and solvent-free rad-cure systems to improve scratch and abrasion resistance. This product improves the scratch and abrasion resistance without negative impact on gloss and transparen...view more NANOBYK®-3605 is an additive containing nanoparticles for solvent-borne and solvent-free rad-cure systems to improve scratch and abrasion resistance. This product improves the scratch and abrasion resistance without negative impact on gloss and transparency. It also improves chemical resistance. view less | |
| NANOBYK®-3620 | BYK | NANOBYK®-3620 is a VOC-free, aqueous dispersion made up of nanohybrid particles to protect glossy, aqueous, pigmented and unpigmented top-coats against scratching and abrasion. This protective property comes into effect quickly after only a brief drying p...view more NANOBYK®-3620 is a VOC-free, aqueous dispersion made up of nanohybrid particles to protect glossy, aqueous, pigmented and unpigmented top-coats against scratching and abrasion. This protective property comes into effect quickly after only a brief drying period. NANOBYK® 3620 has no negative influences on the gloss and transparency, and is therefore particularly suitable for clear coats. view less | |
| NANOBYK®-3650 | BYK | NANOBYK®-3650 is a surface additive containing nanomaterials for solvent-borne systems to improve scratch resistance. This product is a dispersion of surface treated silica nanoparticles. It provides optimum surface protection by an immediate reflow effec...view more NANOBYK®-3650 is a surface additive containing nanomaterials for solvent-borne systems to improve scratch resistance. This product is a dispersion of surface treated silica nanoparticles. It provides optimum surface protection by an immediate reflow effect. This effect ensures that the coating surface is not damaged and remains nearly unharmed because the silica nanoparticles of these additives are uniformly distributed within the coating and work as a shock-absorbing system. Their interaction absorbes the impacting energy and releases it slowly. Along with this elasticity comes a consistent hardness of the film, and both give optimal long-term protection. view less | |
| NANOBYK®-3652 | BYK | NANOBYK®-3652 provides optimum surface protection by an immediate reflow effect. This effect ensures that the coating surface is not damaged and remains nearly unharmed because the silica nanoparticles of these additives are uniformly distributed within t...view more NANOBYK®-3652 provides optimum surface protection by an immediate reflow effect. This effect ensures that the coating surface is not damaged and remains nearly unharmed because the silica nanoparticles of these additives are uniformly distributed within the coating and work as a shock-absorbing system. Their interaction absorbes the impacting energy and releases it slowly. Along with this elasticity comes a consistent hardness of the film, and both give optimal long-term protection. view less | |
| NANOPOL® C 750 | Evonik Operations GmbH, BL Coating Additives | NANOPOL® C 750 shows very high performance in scratch- and abrasion-resistance without influencing the gloss or transparency of waterborne coatings. | Request Sample |
| NANOPOL® C 784 | Evonik Operations GmbH, BL Coating Additives | NANOPOL® C 784 shows the highest performance in scratch- and abrasion-resistance without influencing the gloss or transparency of the coating. | Request Sample |
| NANOPOX® C 620 | Evonik Operations GmbH, BL Coating Additives | NANOPOX® C 620 shows the highest performance in scratch- and abrasion-resistance without influencing the gloss or transparency of the cured cationic UV-coating. | Request Sample |
| Neptune 1-N1 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | Neptune 1-N1 is a medium MW synthetic wax treated to provide water wettability. Neptune 1-N1 is recommended for use in water based coatings. | |
| Neptune 1-N5 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | Neptune 1-N5 is a water dispersible grade of polyethylene wax showing melting peaks ranging from 93 – 106°C. Neptune 1-N5 is recommended for water based, air dry, and baked coatings. | |
| Neptune 5223 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | Neptune 5223 is a polyethylene wax that has been oxidized to provide water wettability and has a uniform melting range peaking at 97°C. Neptune 5223 is recommended for water based UV coatings. | |
| ORGASOL® 1002 D NAT 1 | Arkema | ORGASOL® 1002 D NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-6 powder reduces the coefficient of friction a...view more ORGASOL® 1002 D NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-6 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well in waterborne, solvent born or solvent-free technology with reduced impact on rheology. High melting point temperature, above 210°C. The average diameter of 20µm. view less | Request Sample |
| ORGASOL® 1002 ES5 NAT 1 | Arkema | ORGASOL® 1002 ES5 NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-6 powder reduces the coefficient of friction...view more ORGASOL® 1002 ES5 NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-6 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption make it suitable as well in waterborne, solvent born or solvent-free technology with reduced impact on rheology. High melting point temperature, above 210°C. The average diameter of 50µm. view less | Request Sample |
| ORGASOL® 2001 EXD NAT 1 | Arkema | ORGASOL® 2001 EXD NAT 1 is used as a matting agent (from satin to deep matt) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction...view more ORGASOL® 2001 EXD NAT 1 is used as a matting agent (from satin to deep matt) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well in waterborne, solvent borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 177°C. The average diameter of 10µm. view less | Request Sample |
| ORGASOL® 2001 UD NAT 1 | Arkema | ORGASOL® 2001 UD NAT 1 is used as a matting agent (from satin to deep matt) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction ...view more ORGASOL® 2001 UD NAT 1 is used as a matting agent (from satin to deep matt) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well in waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 177°C. The average diameter of 5µm. view less | Request Sample |
| ORGASOL® 2001 UD NAT 2 | Arkema | ORGASOL® 2001 UD NAT 2 is used as a matting agent (from satin to deep matt) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction ...view more ORGASOL® 2001 UD NAT 2 is used as a matting agent (from satin to deep matt) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well in waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 177°C. The average diameter of 5µm. Compliant with FDA regulations (FDA 177-1500 and FDA 175-300). view less | Request Sample |
| ORGASOL® 2002 D NAT 1 | Arkema | ORGASOL® 2002 D NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction ...view more ORGASOL® 2002 D NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption in waterborne, solvent born, or solvent-free technology with reduced impact on rheology. The melting point temperature is 177°C. The average diameter of 20µm. view less | Request Sample |
| ORGASOL® 2002 ES3 NAT 3 | Arkema | ORGASOL® 2002 ES3 NAT 3 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of frictio...view more ORGASOL® 2002 ES3 NAT 3 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 177°C. The average diameter of 30µm. view less | Request Sample |
| ORGASOL® 2002 ES4 NAT 3 | Arkema | ORGASOL® 2002 ES4 NAT 3 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of frictio...view more ORGASOL® 2002 ES4 NAT 3 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well in waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 177°C. The average diameter of 40µm. view less | Request Sample |
| ORGASOL® 2002 ES5 NAT 3 | Arkema | ORGASOL® 2002 ES5 NAT 3 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of frictio...view more ORGASOL® 2002 ES5 NAT 3 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well in waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 177°C. The average diameter of 50µm. view less | Request Sample |
| ORGASOL® 2002 ES6 NAT 3 | Arkema | ORGASOL® 2002 ES6 NAT 3 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of frictio...view more ORGASOL® 2002 ES6 NAT 3 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology melting temperature is 177. The average rate diameter of 60µm. view less | Request Sample |
| ORGASOL® 2002 EXD NAT 1 | Arkema | ORGASOL® 2002 EXD NAT 1 is used as a matting agent (from satin to deep matt) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction...view more ORGASOL® 2002 EXD NAT 1 is used as a matting agent (from satin to deep matt) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. This polyamide-12 powder reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 177°C. The average diameter of 10µm. Compliant with FDA regulations (FDA 177-1500 and FDA 175-300). view less | Request Sample |
| ORGASOL® 3501 EXD NAT 1 | Arkema | ORGASOL® 3501 EXD NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. The porosity of this copolyamide-6/12 powder grade permits ...view more ORGASOL® 3501 EXD NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. The porosity of this copolyamide-6/12 powder grade permits absorption exceeds of solvent in the ink-receptive layer for the transfer paper market. It reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well in waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 142°C. The average diameter of 10µm. view less | Request Sample |
| ORGASOL® 3502 D NAT 1 | Arkema | ORGASOL® 3502 D NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. The porosity of this copolyamide-6/12 powder grade permits ab...view more ORGASOL® 3502 D NAT 1 is used as a matting agent (from satin to deep matte) in all kinds of coatings, varnishes, or ink in addition to improving abrasion, scratch, scrub and burnish resistance. The porosity of this copolyamide-6/12 powder grade permits absorption exceeds of solvent in the ink-receptive layer for the transfer paper market. It reduces the coefficient of friction and provides haptic properties (from soft touch/smooth to textured), flexibility, and blocking resistance. The low oil absorption makes it suitable as well in waterborne, solvent-borne, or solvent-free technology with reduced impact on rheology. The melting point temperature is 142°C. The average diameter of 20µm. view less | Request Sample |
| ProHere® L 90005 | Michelman | ProHere® L 90005 is a nonionic polyethylene emulsion that imparts lubricity, scratch and abrasion resistance to metal coatings without affecting gloss. | |
| ProHere® L 90007 | Michelman | ProHere® L 90007 is an nonionic maleated polypropylene dispersion that imparts scratch and abrasion resistance to metal coatings, as well as anti-slip properties. | |
| ProHere® L 90009 | Michelman | ProHere® L 90009 is a nonionic polyethylene emulsion that imparts abrasion resistance, enhanced lubricity, scratch resistance and torque/tension control to metal coatings. | |
| ProHere® L 90010 | Michelman | ProHere® L 90010 is an nonionic polyethylene emulsion for metal coatings which imparts abrasion resistance, block and scratch resistance, enhanced lubricity, and torque/tension control. | |
| ProHere® L 90012 | Michelman | ProHere® L 90012 is a nonionic polyethylene emulsion that imparts lubricity, abrasion and scratch resistance to metal coatings. | |
| ProHere® L 90100 | Michelman | ProHere® L 90100 is an anionic polyethylene emulsion that imparts lubricity, scratch and abrasion resistance to metal coatings. | |
| ProHere® L 90104 | Michelman | ProHere® L 90104 is a nonionic polypropylene emulsion that imparts scratch and abrasion resistance to metal coatings as well as increasing CoF. | |
| ProHere® L 90600 | Michelman | ProHere® L 90600 is an anionic polyamide dispersion, that provides excellent lubricity, scratch and abrasion resistance and matting to the surface of metal coatings. | |
| ProHere® L 90800 | Michelman | ProHere® L 90800 is a nonionic PTFE dispersion that provides excellent lubricity, while adding scratch and abrasion resistance to metal coatings. It also has high temperature resistance, giving a matting effect to the surface. | |
| ProHere® L 90801 | Michelman | ProHere® L 90801 is a nonionic PTFE dispersion that imparts lubricity and scratch resistance to metal coatings, giving a matting effect to the surface. | |
| R-8004 Siloxane Masterbatch | Zhejiang Feidian Chemical Co., Ltd. | R-8004 Siloxane Masterbatch is an ultra-high molecular weight siloxane polymer. It offers improved processing fluidity, lubricating property, and demolding ability of plastics to reduce equipment frictional loss and decrease buildup. It also offers enhanc...view more R-8004 Siloxane Masterbatch is an ultra-high molecular weight siloxane polymer. It offers improved processing fluidity, lubricating property, and demolding ability of plastics to reduce equipment frictional loss and decrease buildup. It also offers enhanced scratch resistance, excellent stability, low mobility, improved fire-retardancy, and increased cable speed. This product is a silicone lubricant which functions as a processing agent in the plastics industry. It can also be used to reduce surface defects for glass fiber reinforced composites. R-8004 has ≥70% siloxane content. view less | |
| R-8005 Siloxane Masterbatch | Zhejiang Feidian Chemical Co., Ltd. | R-8005 Siloxane Masterbatch is an ultra-high molecular weight siloxane polymer. It offers improved processing fluidity, lubricating property, and demolding ability of plastics to reduce equipment frictional loss and decrease buildup. It also offers enhanc...view more R-8005 Siloxane Masterbatch is an ultra-high molecular weight siloxane polymer. It offers improved processing fluidity, lubricating property, and demolding ability of plastics to reduce equipment frictional loss and decrease buildup. It also offers enhanced scratch resistance, excellent stability, low mobility, improved fire-retardancy, and increased cable speed. This product is a silicone lubricant which functions as a processing agent in the plastics industry. It can also be used to reduce surface defects for glass fiber reinforced composites. R-8005 has ≥50% siloxane content. view less | |
| RAMA | PCI Group, Inc. | RAMA is a recoatable, clear-colored blend of Alkyl-Aryl modified silicones. It is used to improve mar resistance without the standard recoat problems of common silicones. It can be used in virtually all solvent-borne systems to reduce flooding and floatin...view more RAMA is a recoatable, clear-colored blend of Alkyl-Aryl modified silicones. It is used to improve mar resistance without the standard recoat problems of common silicones. It can be used in virtually all solvent-borne systems to reduce flooding and floating, improve flow, sharpen gloss and improve slip. view less | |
| Raybo 26 Slikit | Raybo Chemical | Raybo 26 Slikit is a non-silicone based additive in a brown liquid form. This product is most commonly used to improve scratch and mar-resistance in air-dry and low-bake coating system applications. | |
| Raybo 43 MarHard | Raybo Chemical | Raybo 43 MarHard is a silicone-free additive in a workable paste to thin liquid form, depending on temperature. This product is most commonly used to improve scratch and mar resistance in solventborne bake coating and ink system applications. | |
| Raybo 68 HydroSlip | Raybo Chemical | Raybo 68 HydroSlip is a coating and ink additive in a white liquid form. This product is most commonly used to improve flow control, mar resistance, and slip in water-based and water-reducible coating and ink system applications. | |
| S-381-N5 (Carnauba / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | S-381-N5 is a carnauba and synthetic micronized wax blend that has a uniform melting range peaking at 91°C. S-381-N5 is recommened for powder, water-based and UV coating systems. | |
| S-390-C (Spherical Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-390-C is a spherical synthetic wax with a DSC peak melt above 100°C and corresponding low onset of melting. S-390-C is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder. | |
| S-394-N5 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-394 N5 is a synthetic wax with a DSC melt peak above 110°C and good onset of melting. S-394-N5 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-394-SD4 (Spherical Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-394-SD4 is a spherical synthetic wax with a DSC melt peak above 110°C and good onset of melting. S-394-SD4 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-395-N5 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-395 N5 is a synthetic wax with a DSC melt peak above 120°C, good crystallinity and high onset of melt. S-395-N5 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-395-SP5 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-395 SP5 is a synthetic wax with a DSC melt peak above 120°C, good crystallinity and high onset of melt. S-395-SP5 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-413 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | S-413 is a synthetic wax showing multiple melting peaks ranging from 107 – 142°C. S-413 is recommended for powder coatings, wood coatings, water-based, solvent-based and UV systems | |
| SCHWEGO® Mar 6542 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 6542 is a slip additive for water-based and UV-curing coating systems with a wetting additive. It improves resistance against scratch, mar and blocking. This product also improves slip, and therefore smooth surfaces are formed and film hardne...view more SCHWEGO® Mar 6542 is a slip additive for water-based and UV-curing coating systems with a wetting additive. It improves resistance against scratch, mar and blocking. This product also improves slip, and therefore smooth surfaces are formed and film hardness is increased. Further compatibility is increased. The tendency to foaming and to dirt retention is reduced and gloss is preserved. SCHWEGO® mar 6542 also contains a substrate wetting additive based on fluor. view less | |
| SCHWEGO® Mar 6561 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 6561 is a slip- and leveling additive for water-based and UV-curing coating systems. This clear, colourless liquid is VOC-free. The addition of SCHWEGO® Mar 6561 to UV coatings confers an improvement of mar and scratch resistance, increased r...view more SCHWEGO® Mar 6561 is a slip- and leveling additive for water-based and UV-curing coating systems. This clear, colourless liquid is VOC-free. The addition of SCHWEGO® Mar 6561 to UV coatings confers an improvement of mar and scratch resistance, increased resistance to blocking and as a consequence of the improved slip an increase in hardness. Additionally, the compatibility in UV systems is improved. The tendency to dirt retention is diminished and disposition to foaming is reduced. SCHWEGO® Mar 6561 does not affect gloss. view less | |
| SCHWEGO® Mar 6562 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 6562 is a slip- and leveling additive for water-based and UV-curing coating systems. This clear, colourless liquid is VOC-free. The addition of SCHWEGO® Mar 6562 to UV coatings confers an improvement of mar and scratch resistance, increased r...view more SCHWEGO® Mar 6562 is a slip- and leveling additive for water-based and UV-curing coating systems. This clear, colourless liquid is VOC-free. The addition of SCHWEGO® Mar 6562 to UV coatings confers an improvement of mar and scratch resistance, increased resistance to blocking and as a consequence of the improved slip an increase in hardness. Additionally, the compatibility in UV systems is improved and recoatability is provided. The tendency to dirt retention is diminished and disposition to foaming is reduced. This product does not affect gloss. view less | |
| SCHWEGO® Mar 8300 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8300 is a slip- and leveling additive for solvent borne coating systems. It is mainly used in conventional air drying and stoving finishes. Because of its composition SCHWEGO® Mar 8300 can be used in most binder systems. Binders containing hy...view more SCHWEGO® Mar 8300 is a slip- and leveling additive for solvent borne coating systems. It is mainly used in conventional air drying and stoving finishes. Because of its composition SCHWEGO® Mar 8300 can be used in most binder systems. Binders containing hydroxyl groups are not always compatible. The addition of SCHWEGO® mar 8300 to solvent borne coating systems improves scratch, mar and blocking resistance. view less | |
| SCHWEGO® Mar 8301 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8301 is a slip- and levelling additive for water-based coating systems. It is principally used in air drying and stoving water thinnable coatings. SCHWEGO® Mar 8301 can also show good effects in conventional coating systems. Because of its co...view more SCHWEGO® Mar 8301 is a slip- and levelling additive for water-based coating systems. It is principally used in air drying and stoving water thinnable coatings. SCHWEGO® Mar 8301 can also show good effects in conventional coating systems. Because of its composition, this product can be used in most binder systems. The addition of SCHWEGO® mar 8301 to water-based coating systems improves scratch, mar and blocking resistance. view less | |
| SCHWEGO® Mar 8304 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8304 is a slip- and leveling additive for solvent borne systems. The addition of SCHWEGO® mar 8304 to solvent borne coating systems improves resistance against scratch, mar and blocking. The tendency of foaming and dirt retention is reduced a...view more SCHWEGO® Mar 8304 is a slip- and leveling additive for solvent borne systems. The addition of SCHWEGO® mar 8304 to solvent borne coating systems improves resistance against scratch, mar and blocking. The tendency of foaming and dirt retention is reduced and gloss is preserved. This product improves as a secondary effect wetting and levelling. It is suitable for solvent borne systems as: air drying alkyds, alkyd/melamine combinations, polyurethanes, nitrocellulose, acid curing melamine and urea systems and oil-free polyesters view less | |
| SCHWEGO® Mar 8305 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8305 is a slip- and leveling additive for water-based systems. The addition of this product to water-based coating systems improves resistance against scratch, mar and blocking. The tendency of foaming and dirt retention is reduced and gloss ...view more SCHWEGO® Mar 8305 is a slip- and leveling additive for water-based systems. The addition of this product to water-based coating systems improves resistance against scratch, mar and blocking. The tendency of foaming and dirt retention is reduced and gloss is preserved. SCHWEGO® mar 8305 improves as a secondary effect wetting and levelling. This product is suitable for water-based systems such as: air drying alkyd resins, alkyd/melamine combinations, self and foreign crosslinking polyacrylic resins, polyurethanes, nitrocellulose systems acid curing melamine and urea systems and oil-free polyesters. view less | |
| SCHWEGO® Mar 8311 | Bernd Schwegmann GmbH & Co. KG | SCHWEGO® Mar 8311 is a slip and leveling additive for solvent borne coating systems. The addition of this product to solvent borne coating systems improves scratch, mar and blocking resistance. SCHWEGO® Mar 8311 improves slip, therefore even surface is fo...view more SCHWEGO® Mar 8311 is a slip and leveling additive for solvent borne coating systems. The addition of this product to solvent borne coating systems improves scratch, mar and blocking resistance. SCHWEGO® Mar 8311 improves slip, therefore even surface is formed and hence also film hardness increased. The tendency to dirt retention is diminished, disposition to foaming is reduced and gloss is conserved. view less | |
| SI-TUFF™ SB-050G | Advanced Composite Materials, LLC | SI-TUFF™ SB-050G is an engineered silicon carbide blend, powered by a diamond-like microfiber that toughens protective coatings and extends their useful lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resista...view more SI-TUFF™ SB-050G is an engineered silicon carbide blend, powered by a diamond-like microfiber that toughens protective coatings and extends their useful lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, temperature stability, and hardness. This product is ideal for use in all forms of polymeric coatings, including liquid, spray-on, and powder applications. view less | |
| SI-TUFF™ SB-300G | Advanced Composite Materials, LLC | SI-TUFF™ SB-300G is an engineered blend powered by a diamond-like fiber that toughens protective coatings and extends their useful lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductiv...view more SI-TUFF™ SB-300G is an engineered blend powered by a diamond-like fiber that toughens protective coatings and extends their useful lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, temperature stability, and hardness. This product is ideal for use in all forms of polymeric coatings, including liquid, spray-on, and powder applications. view less | |
| SI-TUFF™ SC-050 | Advanced Composite Materials, LLC | SI-TUFF™ SC-050 is a diamond-like silicon carbide microfiber additive used to toughen protective coatings and extend their lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, tem...view more SI-TUFF™ SC-050 is a diamond-like silicon carbide microfiber additive used to toughen protective coatings and extend their lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, temperature stability, and hardness. This product is ideal for use in a wide variety of coating applications - including consumer cookware, industrial bakeware, industrial piping, super durable polyurethane, industrial fluoropolymer, and epoxy-Novolac. view less | |
| SI-TUFF™ SC-110 | Advanced Composite Materials, LLC | SI-TUFF™ SC-110 is an amine-functionalized grade of SC-050 used to toughen protective coatings and extend their lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, temperature st...view more SI-TUFF™ SC-110 is an amine-functionalized grade of SC-050 used to toughen protective coatings and extend their lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, temperature stability, and hardness. This product is ideal for use in a wide variety of coating applications - including consumer cookware, industrial bakeware, industrial piping, super durable polyurethane, industrial fluoropolymer, and epoxy-Novolac. view less | |
| SI-TUFF™ SC-210 | Advanced Composite Materials, LLC | SI-TUFF™ SC-210 is an epoxy-functionalized grade of SC-050 used to toughen protective coatings and extend their lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, temperature st...view more SI-TUFF™ SC-210 is an epoxy-functionalized grade of SC-050 used to toughen protective coatings and extend their lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, temperature stability, and hardness. This product is ideal for use in a wide variety of coating applications - including consumer cookware, industrial bakeware, industrial piping, super durable polyurethane, industrial fluoropolymer, and epoxy-Novolac. view less | |
| SI-TUFF™ SC-300 | Advanced Composite Materials, LLC | SI-TUFF™ SC-300 is a diamond-like silicon carbide fiber additive used to toughen protective coatings and extend their lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, tempera...view more SI-TUFF™ SC-300 is a diamond-like silicon carbide fiber additive used to toughen protective coatings and extend their lifetime. Available as a dry powder or an aqueous dispersion, it improves abrasion and scratch resistance, thermal conductivity, temperature stability, and hardness. This product is ideal for use in a wide variety of coating applications - including consumer cookware, industrial bakeware, industrial piping, super durable polyurethane, industrial fluoropolymer, and epoxy-Novolac. view less | |
| Silmer® ACR Di-50 | Siltech Corp. | Silmer® ACR Di-50 is a high molecular weight silicone acrylate fluid. It is used to give permanent slip and mar resistance to UV-curable coatings systems. Silmer®ACR Di-50 is used to improve surface smoothness and scratch resistance in UV-curable systems....view more Silmer® ACR Di-50 is a high molecular weight silicone acrylate fluid. It is used to give permanent slip and mar resistance to UV-curable coatings systems. Silmer®ACR Di-50 is used to improve surface smoothness and scratch resistance in UV-curable systems. The acrylate functionality gives a permanent binding into the matrix of the coating. It is a 100% active silicone that is soluble in aliphatic and aromatic solvents. view less | |
| Siltech® C-173 | Siltech Corp. | Siltech® C-173 is a 52% active carbinol functional silicone glycol copolymer that is primarily used to improve leveling and mar resistance in solvent based systems. Siltech® C-173 is designed for use in both solvent based and solvent free systems. It incr...view more Siltech® C-173 is a 52% active carbinol functional silicone glycol copolymer that is primarily used to improve leveling and mar resistance in solvent based systems. Siltech® C-173 is designed for use in both solvent based and solvent free systems. It increases surface slip, improves leveling, gloss, substrate wetting & gives anti-blocking benefits. It also prevents formation of Bernard cells and reduces the surface tension. It provides benefits that are not obtained with conventional silicone oil additives. view less | |
| Siltech® C-174 | Siltech Corp. | Siltech® C-174 is a 52% active carbinol functional silicone glycol copolymer that is primarily used to improve leveling and mar resistance in solvent based systems. Siltech® C-174 is primarily used in solvent-based systems although it is also suitable for...view more Siltech® C-174 is a 52% active carbinol functional silicone glycol copolymer that is primarily used to improve leveling and mar resistance in solvent based systems. Siltech® C-174 is primarily used in solvent-based systems although it is also suitable for solvent free systems. It increases slip and gloss in addition to providing substrate wetting and leveling. It also prevents the formation of Benard cells. view less | |
| Siltech® C-20 | Siltech Corp. | Siltech® C-20 is a carbinol functional silicone glycol copolymer surfactant. It is a solvent free, 100% active product. It imparts mar resistance and better slip to coatings. Siltech® C-20 additive can be used in solvent, water-based or solvent=less syste...view more Siltech® C-20 is a carbinol functional silicone glycol copolymer surfactant. It is a solvent free, 100% active product. It imparts mar resistance and better slip to coatings. Siltech® C-20 additive can be used in solvent, water-based or solvent=less systems. It effectively reduces surface tension and provides mar resistance or slip finishes. It also provides other benefits such as leveling, wetting, flow-out and aids pigment dispersion. It is effective at low concentrations. The recommended concentration used is between-% weight percent based on total solids. It should be added during the final thinning step. Preliminary tests in laboratory or a small-scale production unit necessary to obtain optimum results. view less | |
| Siltech® C-215 | Siltech Corp. | Siltech® C-215 is a reactive silicone glycol surfactant with carbinol functionality supplied at a 10% concentration in xylene. Siltech® C-215 is used in solvent-based formulations to provide anti-blocking benefits, and to improve slip & mar, rub and ab...view more Siltech® C-215 is a reactive silicone glycol surfactant with carbinol functionality supplied at a 10% concentration in xylene. Siltech® C-215 is used in solvent-based formulations to provide anti-blocking benefits, and to improve slip & mar, rub and abrasion resistance. It also prevents pigment separation and improves flow-out, wetting, leveling and gloss. view less | |
| Siltech® C-241 | Siltech Corp. | Siltech® C-241 is a polyether siloxane copolymer that is primarily used to eliminate cratering and improve slip. It is used in solvent-based, water-based and energy curing coatings and inks formulations to eliminate cratering, improve slip, anti-blocking ...view more Siltech® C-241 is a polyether siloxane copolymer that is primarily used to eliminate cratering and improve slip. It is used in solvent-based, water-based and energy curing coatings and inks formulations to eliminate cratering, improve slip, anti-blocking and flow. Siltech®C-241 prevents pigment flotation and provides mar resistance. view less | |
| Siltech® C-261 | Siltech Corp. | Siltech® C-261 is a modified silicone glycol copolymer diluted in butyl acetate. It provides leveling, substrate wetting and mar and abrasion resistance to solvent-based paints, inks, and coatings. | |
| Siltech® C-32 | Siltech Corp. | Siltech® C-32 is an alkyl aryl functional silicone fluid. It imparts leveling, de-aeration, mar resistance and pigment treatment without affecting the coatability or adhesion of the treated surface. Siltech® C-32 additive is used as an additive in solvent...view more Siltech® C-32 is an alkyl aryl functional silicone fluid. It imparts leveling, de-aeration, mar resistance and pigment treatment without affecting the coatability or adhesion of the treated surface. Siltech® C-32 additive is used as an additive in solvent, solvent-less and powder systems. It provides such benefits as leveling, de-aeration, mar resistance and pigment treatment. view less | |
| Siltech® C-608 | Siltech Corp. | Siltech®C-608 is a 100% active non-foaming water-soluble silicone glycol copolymer. It provides slip and mar resistance to water-borne based paints, inks and coatings. Siltech® C-608 is used as a non-foaming additive for water-borne systems. The primary f...view more Siltech®C-608 is a 100% active non-foaming water-soluble silicone glycol copolymer. It provides slip and mar resistance to water-borne based paints, inks and coatings. Siltech® C-608 is used as a non-foaming additive for water-borne systems. The primary function is to improve flow, leveling and release. It is recommended that Siltech® C-608 be used between 0.05-0.5% weight percent based on the total formulation. It can be added at any stage during the process. view less | |
| Siltech® C-816 | Siltech Corp. | Siltech® C-816 is a water-soluble alkyl functional silicone polyether. Its primary function is to provide soil resistance to water borne coatings. Siltech® C-816 is used as an additive in water-borne inks, paints and other coatings. It provides soil repel...view more Siltech® C-816 is a water-soluble alkyl functional silicone polyether. Its primary function is to provide soil resistance to water borne coatings. Siltech® C-816 is used as an additive in water-borne inks, paints and other coatings. It provides soil repellence to such coatings, as well as mar resistance and improved slip. view less | |
| SST®-2 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-2 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 8.0 µm. SST®-2 is recommended for use in powder, water-based, solvent-based and UV coatings. | |
| SST®-3 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-3 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 5.0 µm. SST®-3 is also recommened for use in water-based, solvent-based, powder, and UV coatings. | |
| SST®-3D (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-3D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-3D is recommeneded for use in powder, water-based, solvent-based ...view more SST®-3D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-3D is recommeneded for use in powder, water-based, solvent-based and UV coatings. view less | |
| SST®-4 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-4 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 3.0 µm. SST®-4 is recommended for use in powder, water-based, solvent-based and UV coatings. | |
| SST®-5 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-5 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 3.0 µm. | |
| SST®-5D (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | SST®-5D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-5D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-5D is recommended in all water-based, solvent-based, powder, and ...view more SST®-5D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-5D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-5D is recommended in all water-based, solvent-based, powder, and UV coating systems. view less | |
| TexMATTE 6005 (PMMA Powder) | Shamrock Technologies b.v.b.a. | TexMATTE 6005 is a cross-linked polymethyl methacrylate powder with a mean particle size of 7 microns. The TexMATTE Series are used in UV coatings. | |
| TexMATTE 6010 (PMMA Powder) | Shamrock Technologies b.v.b.a. | TexMATTE 6010 is a cross-linked polymethyl methacrylate powder with a mean particle size of 10 microns. The TexMATTE Series are used in UV coatings. | |
| TexMATTE 6014 (PMMA Powder) | Shamrock Technologies b.v.b.a. | TexMATTE 6014 is a cross-linked polymethyl methacrylate powder with a mean particle size of 13 microns. The TexMATTE Series are used in UV coatings. | |
| TexMATTE 6017 (PMMA Powder) | Shamrock Technologies b.v.b.a. | TexMATTE 6017 is a cross-linked polymethyl methacrylate powder with a mean particle size of 19 microns. The TexMATTE Series are used in UV coatings. | |
| TexMATTE 6030 (PMMA Powder) | Shamrock Technologies b.v.b.a. | TexMATTE 6030 is a vross-linked polymethyl methacrylate powder with a mean particle size of 35 microns. The TexMATTE Series are used in UV coatings. | |
| Top Coating (90-RF) | Beijing Yongtaihe Metal Anticorrosion Technology Co., Ltd. | Top Coating (90-RF) is used for its water, oil, and climate resistance, as well as hardness impact, and adhesion to steel. It is commonly applied to the surface of railways, automobiles, ships, bridges, steel structures, and various metals for anti-corros...view more Top Coating (90-RF) is used for its water, oil, and climate resistance, as well as hardness impact, and adhesion to steel. It is commonly applied to the surface of railways, automobiles, ships, bridges, steel structures, and various metals for anti-corrosion. view less | |
| Troysol™ MS2 | Arxada – Troy Corporation | Troysol™ MS2 is a non-ionic, modified siloxane co-polymer wetting additive providing increased surface slip and improved mar resistance to coating and ink systems. The product is suitable for aqueous and non-aqueous systems. |
