FluoroSyl 880.00

1 of 4 products in this brand
FluoroSyl 880.00 is triethoxysilane terminated, bifunctional perfluoropolyether (PFPE) designed as a low surface energy treatment for glass, siliceous surfaces, metals, and other substrates that have hydroxyl (–OH) groups on the surface. FluoroSyl is a hydrophobic and oleophobic coating. FluoroSyl provides long-lasting, antifouling, anti-fingerprint, and anti-smudge properties. FluoroSyl 880 is a good replacement for Fluorolink S10.

Chemical Family: Fluoropolymers, Perfluoropolyethers (PFPE)

Features: Abrasion Resistance, Low Toxicity, Oil Resistance, Solvent Resistance, Stain Resistance, Water Resistance, Weather Resistance

Technical Data Sheet
  • TypeDocument Name
View All Documents

Knowde Enhanced TDS

Identification & Functionality

Technologies

Features & Benefits

Applications & Uses

Compatible Substrates & Surfaces
Cure Method

Properties

Appearance
Clear Liquid
Typical Properties
ValueUnitsTest Method / Conditions
Average Molecular Weight1750 - 1950
Functional GroupSilane
Kinematic Viscosity (20°C)173cSt
Refractive Index at 20°C1.349
Specific Gravity at 20°C1.51g/ml

Regulatory & Compliance

Certifications & Compliance

Technical Details & Test Data

FluoroSyl Coated Glass and Water Contact Angle

FluoroSyl 880.00 - Fluorosyl Coated Glass And Water Contact Angle

Contact Angle(Average)[degree] 116.40768
Left Angle[degree] 116.33956
Right Angle[degree] 116.47581
Height from Top to Base[mm] 1.35872
Base Line Length [mm] 1.84448
Base Area[mm^2] 2.67201
Drop Volume[ul] 3.25209
Wetting Energy[mN/m] -32.37818
Spreading Coefficient[mN/m] -105.17818
Work of Adhesion[mN/m] 40.42182
Rec. Date 2015-04-28
Rec. Timee 22:03.0
Case Study of FluoroSyl Coated Polycarbonate and Mineral Oil

FluoroSyl 880.00 - Case Study of Fluorosyl Coated Polycarbonate And Mineral Oil

Two pieces of polycarbonate were plasma treated to clean and hydroxylate the surfaces. The cleaned polycarbonate was dip coated with FluoroSyl and air cured at room temperature for 60 minutes. The picture shows 100 microliters of mineral oil on each of the pieces. The FluoroSyl coated piece is “repelling” oil, and the uncoated piece is “attracting’ oil.

Case Study of FluoroSyl Coated Glass and Spray Paint

FluoroSyl 880.00 - Case Study of Fluorosyl Coated Glass And Spray Paint

A piece of glass was divided into two and the #2 side was cleaned with a mix of 30% Cerium Oxide in water. FluoroSyl at 0.2% in IPA was spritzed-on and evenly spread using a squeegee and allowed to cure overnight and then spray painted black. The #2 side is spray paint/graffiti, sharpie, water, and oil repellent. The #1 side is not paint, water and oil repellent.