| CeraSPERSE 171 (Wax Dispersion) | Shamrock Technologies b.v.b.a. | CeraSPERSE 171 is polyethylene wax compounded in refined linseed oil (VOC-free). CeraSPERSE 171 is recommended for use in UV topcoats. | |
| CeraSPERSE 174 (Wax Dispersion) | Shamrock Technologies b.v.b.a. | CeraSPERSE 174 is PTFE (polytetrafluoroethylene) and polyethylene wax compounded in refined linseed oil. CeraSPERSE 171 is recommended for UV topcoats. | |
| CeraSPERSE 321BG (PTFE / Wax Compound) | Shamrock Technologies b.v.b.a. | 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. | |
| CeraSPERSE UV 636 (Carnauba Wax in UV Monomer) | Shamrock Technologies b.v.b.a. | CeraSPERSE UV 636 is carnauba wax dispersed in the UV monomer TRPGDA. | |
| CeraSPERSE UV 691 (Carnauba Wax in UV Monomer) | Shamrock Technologies b.v.b.a. | CeraSPERSE UV 691 is carnauba wax dispersed in the UV monomer TRPGDA. | |
| FluoroSLIP® 225 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | FluoroSLIP® 225 is a PTFE and low molecular weight synthetic wax blend. | |
| FluoroSLIP® 421 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | FluoroSLIP® 421 is a PTFE (polytetrafluoroethylene) and synthetic wax blend. | |
| FluoroSLIP® 511 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | 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® 515 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | FluoroSLIP® 515 is a PTFE (polytetrafluoroethylene) and synthetic wax blend. | |
| FluoroSLIP® 533 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | FluoroSLIP® 533 is a PTFE and hydrophilic synthetic wax blend where the synthetic wax shows a uniform melting range peaking at 97°C. | |
| FluoroSLIP® 605 (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | FluoroSLIP® 605 is a spherical synthetic wax and PTFE blend. | |
| FluoroSLIP® 731MG (PTFE / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | 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. | |
| Hydrocer 145 (Amide Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer 145 is an amide wax in a non-ionic aqueous dispersion. Hydrocer 145 is recommended for use in the water-based coating systems. | |
| Hydrocer 257 (Synthetic Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer 257 is synthetic wax in a non-ionic aqueous dispersion recommened for water based coating systems. | |
| Hydrocer 357 (Spherical Synthetic Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer 357 is a spherical synthetic wax in a non-ionic aqueous dispersion recommended for water based coating systems. | |
| Hydrocer™ 7112 (Synthetic Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer™ 7112 is a stable, aqueous synthetic wax dispersion. It is recommend for water-based ink and coating systems. | |
| Hydrocer 7206 (Synthetic Wax Dispersion) | Shamrock Technologies b.v.b.a. | Hydrocer 7206 is a stable, non-ionic aqueous synthetic wax dispersion. It is recommend for water-based ink and coating systems. | |
| Hydrocer EP 91 (Paraffin Wax Emulsion) | Shamrock Technologies b.v.b.a. | Hydrocer EP 91 is an anionic aqueous paraffin wax emulsion. Hydrocer EP-91 is recommened for use in water based coating systems. | |
| 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. | |
| S-379-H (Synthetic Wax) | Shamrock Technologies b.v.b.a. | 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 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | 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-394-N1 (Synthetic Wax) | Shamrock Technologies b.v.b.a. | 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 (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-400-N1 (EBS Wax Powder) | Shamrock Technologies b.v.b.a. | 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 (EBS Wax Powder) | Shamrock Technologies b.v.b.a. | 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 (EBS Wax Powder) | Shamrock Technologies b.v.b.a. | 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 (EBS Wax Powder) | Shamrock Technologies b.v.b.a. | 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-NAUBA-5021 (Carnauba / Synthetic Wax Blend) | Shamrock Technologies b.v.b.a. | 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. | |
| 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®-2D (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | 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®-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®-3P (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | 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®-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®-4MG (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | 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 (PTFE Micropowder) | Shamrock Technologies b.v.b.a. | 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®-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 |
