FluoroSLIP® 225

FluoroSLIP® 225 is a blend of low molecular weight synthetic wax and PTFE.

Technical Documents

FluoroSLIP® 225

Synthetic Wax/PTFE Blend

In 1975, Shamrock discovered that the combination of PTFE and wax provided slip and rub/abrasion resistance that neither could do alone. FluoroSLIP® products are formulated on this principle.

Product Description:

FluoroSLIP® 225 is a blend of low molecular weight synthetic wax and PTFE.

Application:

FluoroSLIP® 225 can be used in both the ink and coatings industries. FluoroSLIP® 225 is recommended for offset inks and for water-based, solvent-based, and UV systems at 1-3% of the total formulation weight. It is also used in powder coatings.

Features and Benefits:

 Slip (Low COF)
 Rub Resistance
 Abrasion Resistance
 Mar/Scuff
 Gloss Clarity

Typical Properties:

Specific Gravity 1.1 g/cm3
Particle Size Mean Value:  9 µm
99% of Particles Under:  29 µm
NPIRI Grind: 4.0 max
Hegman Grind: 6.5 min
Melting Point (Synthetic Wax): 212/100 °F/°C

 

Regulatory Status:

The components of this product are listed on multiple chemical inventories. For specific information on the applicable chemical inventories, please refer to the product SDS. This product meets the requirements of 21 CFR 175.105, 175.300, 176.170, and 176.180.

Safety, Shipping and Handling:

For complete safety, shipping and handling information please contact your regional Customer Service Representative, or our Customer Service Team at customerserviceteam@shamrocktechnologies.com.

For more information about Shamrock’s other products or capabilities please visit us at our website, ShamrockTechnologies.com.

 

Click here to see FluoroSLIP 225-RC
End Use Applications

Aqueous, Baking, Coatings, Commercial, Flexographic, General Purpose, Gravure, Industrial, Inks, Liquid Inks, Packaging, Powder, Publication, Wood

Features and Benefits

Abrasion Resistance, Clarity, Gloss Reduction, Mar/Scuff Resistance, Recoatability, Rub Resistance, Slip (Cof)

Composition

PTFE, Synthetic Wax, Wax

Title

Translate »