Shamrock Technologies, Inc. is a global developer and manufacturer of wax, fluoropolymer, micronized powder, compound, emulsion and dispersion additives for Coatings. In the 1970s, Shamrock pioneered the development of PTFE and wax coating additives. Shamrock additives can enhance your coating formulations by controlling slip, increasing abrasion/rub resistance, and improving texture, water pick-up and bleed.
AquaFLON® 178G is PTFE (polytetrafluoroethylene) and synthetic wax and in an aqueous dispersion. AquaFLON® 178G is recommended for water-based industrial coatings.
AquaFLON® 50 is submicron PTFE in an aqueous dispersion. AquaFLON® 50 is recommended for a wide variety of specialty applications in coatings such as water based overprint varnishes for can coatings. Due to its extremely small particle size, AquaFLON® 50 ...view more
AquaFLON® 50 is submicron PTFE in an aqueous dispersion. AquaFLON® 50 is recommended for a wide variety of specialty applications in coatings such as water based overprint varnishes for can coatings. Due to its extremely small particle size, AquaFLON® 50 is most suitable for thin film applications. view less
AquaFLON® 605 is PTFE (polytetrafluoroethylene) and spherical synthetic wax in an aqueous dispersion. AquaFLON® 605 is recommended for a wide variety of specality applications in coatings.
AquaFLON® 797 is PTFE (polytetrafluoroethylene) and synthetic wax in a non-ionic aqueous dispersion. AquaFLON® 797 is recommended for a wide variety of water based industrial coatings, wood finishes, and composite treatments.
CeraSPERSE 174 is PTFE (polytetrafluoroethylene) and polyethylene wax compounded in refined linseed oil. CeraSPERSE 171 is recommended for UV topcoats.
CeraSPERSE 31 is a carnauba wax compounded in Butyl Carbitol™ (Diethylene glycol monobutyl ether). This slow-evaporating, hydrophilic glycol ether provides compatibility with both polar and non-polar systems. CeraSPERSE 31 is recommended for solvent-based...view more
CeraSPERSE 31 is a carnauba wax compounded in Butyl Carbitol™ (Diethylene glycol monobutyl ether). This slow-evaporating, hydrophilic glycol ether provides compatibility with both polar and non-polar systems. CeraSPERSE 31 is recommended for solvent-based and water-based coatings. view less
CeraSPERSE 321BG is a PTFE (polytetrafluoroethylene) and wax compound in Butyl CARBITOL™ (Diethylene glycol monobutyl ether). This slow-evaporating, hydrophilic glycol ether provides compatibility with both polar and non-polar systems.
FluoroSLIP® 511 is a PTFE (polytetrafluoroethylene) and synthetic wax blend. FluoroSLIP® 511 is recommended for powder coatings in water-based, solvent-based and UV systems.
FluoroSLIP® 731MG is a PTFE (polytetrafluoroethylene), high melting synthetic wax, and carnauba wax blend. This wax blend shows a melting peaks ranging from 84 – 110°C.
FluoroTEX 130 is an unirradiated polytetrafluoroethylene (PTFE) texturing agent with a mean particle size of 130 microns. The FluoroTEX Series are stable, compatible, and easily dispersed in all solvent, water-based radiation curable, powder, air dry, and...view more
FluoroTEX 130 is an unirradiated polytetrafluoroethylene (PTFE) texturing agent with a mean particle size of 130 microns. The FluoroTEX Series are stable, compatible, and easily dispersed in all solvent, water-based radiation curable, powder, air dry, and high temperature baked coatings. This product is ideal for systems that need high heat resistance, like coil coatings. view less
FluoroTEX 50 is an unirradiated polytetrafluoroethylene (PTFE) texturing agent with a mean particle size of 50 microns. The FluoroTEX Series are stable, compatible, and easily dispersed in all solvent, water-based radiation curable, powder, air dry, and h...view more
FluoroTEX 50 is an unirradiated polytetrafluoroethylene (PTFE) texturing agent with a mean particle size of 50 microns. The FluoroTEX Series are stable, compatible, and easily dispersed in all solvent, water-based radiation curable, powder, air dry, and high temperature baked coatings. This product is ideal for systems that need high heat resistance, like coil coatings. view less
FluoroTEX 90 is an unirradiated polytetrafluoroethylene (PTFE) texturing agent with a mean particle size of 90 microns. The FluoroTEX Series are stable, compatible, and easily dispersed in all solvent, water-based radiation curable, powder, air dry, and h...view more
FluoroTEX 90 is an unirradiated polytetrafluoroethylene (PTFE) texturing agent with a mean particle size of 90 microns. The FluoroTEX Series are stable, compatible, and easily dispersed in all solvent, water-based radiation curable, powder, air dry, and high temperature baked coatings. This product is ideal for systems that need high heat resistance, like coil coatings. view less
Hydrocer EC 98 is an aqueous anionic emulsion of #1 carnauba wax. It is recommended as a slip and anti-mar additive for low pH polymers, such as polyvinyl acetate, polyvinyl chloride, polyvinylidene chloride and may be used with acid functional polymers. ...view more
Hydrocer EC 98 is an aqueous anionic emulsion of #1 carnauba wax. It is recommended as a slip and anti-mar additive for low pH polymers, such as polyvinyl acetate, polyvinyl chloride, polyvinylidene chloride and may be used with acid functional polymers. It also provides very good block mar resistance to OPVs and may reduce low temperature cracking. This emulsion can be post-added after letdown using mild agitation. view less
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 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.
NonSKID 5389 is a micronized, modified polypropylene wax. NonSKID 5389 is used in air dry, baked, and radiation coatings for aqueous, solvent, UV, and powder systems.
PowderTEX 61 is a PTFE (polytetrafluoroethylene) powder that has been treated with a higher surface area inert spacer to facilitate ease of handling. PowderTEX 61 is used in baked coatings for powder systems.
PowderTEX 94 is a PTFE (polytetrafluoroethylene) powder that has been treated with a higher surface area inert spacer to facilitate ease of handling. PowderTEX 94 is used in both air dry and baked coatings for solvent and aqueous systems.
S-232-N1 is a carnauba and synthetic wax alloy showing melting peaks ranging from 84 – 110°C. S-232-N1 is recommeneded for all clear OPV, water-based, solvent-based, and UV coatings.
S-256-N1 is a carnauba and synthetic wax alloy showing melting peaks ranging from 95 – 113°C. . S-256-N1 is recommned in all clear OPV, water-based, solvent-based, and UV coatings.
S-275 is a synthetic wax blend that has components showing melting peaks ranging from 83 – 125°C. S-275 is used in both air dry and baked coatings for solvent and aqueous systems.
S-363 is a synthetic wax alloy showing melting peaks ranging from 92 – 141°C. S-363 is recommended for all powder, water-based, solvent-based, powder, and UV systems.
S-379 H is a synthetic wax with a DSC peak melt around 100°C and corresponding low onset of melting. S-379-H is recommended for many types of coating systems including solvent-based, water-based, UV, and powder coatings.
S-379-N8 is a synthetic wax with a DSC peak melt above 100°C and corresponding low onset of melting. S-379-N8 is recommended for use in water-based and general purpose industrial coatings.
S-381-N1 is a carnauba and synthetic micronized wax alloy that has a uniform melting range peaking at 91°C. S-381-N1 is also recommened for powder, water-based and UV coating systems.
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 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-MG is a synthetic wax with a DSC melt peak above 110°C. S-394-MG is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings.
S-394 N1 is a synthetic wax with a DSC melt peak above 110°C and good onset of melting. S-394-N1 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings.
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 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-N2 is a synthetic wax with a DSC melt peak above 120°C, good crystallinity and high onset of melt. S-395-N2 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings.
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 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-400 N1 is a micronized EBS (ethylene bisstearamide) wax powder showing melting peaks ranging from 99 – 147°C. S-400-N1 is recommended for powder, water-based, solvent-based, and UV systems.
S-400 N5 is a micronized EBS (ethylene bissteramide) wax powder showing melting peaks ranging from 99 – 147°C. S-400-N5 is recommended for powder, water-based, solvent-based and UV systems.
S-400-Q is a micronized EBS (ethylene bissteramide) wax powder showing melting peaks ranging from 108 – 146°C. S-400-Q is recommended for powder, water-based, solvent-based and UV systems.
S-400 SP5 is a micronized EBS (ethylene bissteramide) wax powder showing melting peaks ranging from 107 – 145°C. S-400-SP5 is recommended for powder, leather, water-based, solvent-based and UV systems.
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
S-483 is a spherical synthetic wax with a DSC melt peak above 110°C. It has good onset of melting and low crystallinity. S-483 is also recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings.
S-512 is a synthetic wax (highly crystalline) powder produced to rigid particle size specifications. S-512 is used in both air dry and baked coatings for solvent and aqueous systems.
S-NAUBA-5021 is a carnauba and synthetic wax blend showing melting peaks ranging from 84 – 110°C. S-NAUBA-5021 is recommended for powder coatings in all water based and solvent based systems.
SPP-10 is an isotactic polypropylene with a mean particle size of 15 microns. The SPPs are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based coatings.
SPP-25 is an isotactic polypropylene with a mean particle size of 25 microns. The SPPs are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based coatings.
SPP-300 is an isotactic polypropylene with a mean particle size of 290 microns. The SPPs are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based coatings.
SPP-40 is an isotactic polypropylene with a mean particle size of 40 microns. The SPPs are stir-in powders that can be easily dispersed under high-speed mixing in solvent, UV, or water-based coatings.
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®-2D is a low MW PTFE powder (white) with a particle size mean value of 6.0 µm. SST®-2D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-2D is recommended for use in powder, water-based, solvent-based a...view more
SST®-2D is a low MW PTFE powder (white) with a particle size mean value of 6.0 µm. SST®-2D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-2D is recommended for use in powder, water-based, solvent-based and UV coatings. view less
SST®-2P is a low MW PTFE powder (Off-white) with a particle size mean value of 8.0 µm. SST®-2P is recommended for use in water-based, solvent-based, powder, and UV coatings.
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 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®-3P is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3P is also recommended for use in powder, water-based, solvent-based, and UV coatings.
SST®-3PS is a sintered low MW PTFE powder (charcoal gray colored) with a particle size mean value of 5.0 µm. SST®-3PS is recommeneded for use in powder, water-based, solvent-based, and UV coatings.
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®-4MG is a low MW PTFE powder (white) with a particle size mean value of 2.5 µm. SST®-4MG has a tightly controlled particle size distribution, resulting in fewer oversized particles. . SST®-4MG is recommened for use in water-based, solvent-based, powd...view more
SST®-4MG is a low MW PTFE powder (white) with a particle size mean value of 2.5 µm. SST®-4MG has a tightly controlled particle size distribution, resulting in fewer oversized particles. . SST®-4MG is recommened for use in water-based, solvent-based, powder, and UV systems. view less
SST®-4P is a low MW PTFE powder (white) with a particle size mean value of 3.0 µm. SST®-4P is recommended for use in powder, water-based, solvent-based, and UV coatings.
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
Texture 5374W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 28 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in...view more
Texture 5374W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 28 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in solvent, aqueous, and UV systems. view less
Texture 5378W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 35 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in...view more
Texture 5378W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 35 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in solvent, aqueous, and UV systems. view less
Texture 5380W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 50 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in...view more
Texture 5380W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 50 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in solvent, aqueous, and UV systems. view less
Texture 5382W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 65 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in...view more
Texture 5382W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 65 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in solvent, aqueous, and UV systems. view less
Texture 5384W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 80 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in...view more
Texture 5384W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 80 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in solvent, aqueous, and UV systems. view less
Texture 5386W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 110 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used i...view more
Texture 5386W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 110 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in solvent, aqueous, and UV systems. view less
Texture 5388W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 150 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used i...view more
Texture 5388W is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 150 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in solvent, aqueous, and UV systems. view less
Texture Ultrafine is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 165 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be us...view more
Texture Ultrafine is a high melt viscosity, crystalline polyethylene powder with a mean particle size of 165 microns. The Texture Series can be used in air dry and baked coatings and are compatible in all types of liquid coatings. These products can be used in solvent, aqueous, and UV systems. view less
UltraMatte UV 50GDA is a synthetic wax-silica dispersion in TRPGDA monomer. UltraMATTE UV 50 GDA is used in the UV coatings industry. It is recommended for matte, semi-matte, and satin effect in UV OPV.
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