Products in Specialty Coatings: Fluoropolymers

CYTOP CTX-109AE is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTX-109AE, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTL-809M is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTL-809M, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTX-809A is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTX-809A, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTX-800A is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTX-800A, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTL-109AE is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTL-109AE, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTL-809A is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTL-809A, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTL-107MK is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTL-107MK, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTL-100AE is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTL-100AE, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTX-809SP2 is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTX-809SP2, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTX-800S is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTX-800S, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

CYTOP CTX-100AE is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTX-100AE, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

AGC Chemicals Americas, Inc. Fluon® ETFE ZH-885B is a melt-processable copolymer of tetrafluoroethylene and ethylene. It possesses a unique combination of desirable properties such as higher resistance to heat and chemical attack, outstanding physical toughness, and non-stick characteristics. It is used as hard coat, applied through electrostatic coating method.

AGC Chemicals Americas, Inc. Fluon® ETFE TL-081 is a melt-processable copolymer of tetrafluoroethylene and ethylene that possesses a unique combination of desirable properties such as higher resistance to heat and abrasion, stress-crack resistance, and high fluidity. Various powder grades are available for different processing methods and application needs.

AGC Chemicals Americas, Inc. Fluon® ETFE ZL-521N is a melt-processable copolymer of tetrafluoroethylene and ethylene that possesses a unique combination of desirable properties such as higher resistance to heat and abrasion, stress-crack resistance, and high fluidity. Various powder grades are available for different processing methods and application needs.

AGC Chemicals Americas, Inc. Fluon® ETFE Z-885C is a melt-processable copolymer of tetrafluoroethylene and ethylene. It possesses a unique combination of desirable properties such as higher resistance to heat and chemical attack, outstanding physical toughness, and non-stick characteristics. It is used as non-stick coating, applied through electrostatic coating method.

AGC Chemicals Americas, Inc. Fluon® ETFE ZL-520N is a melt-processable copolymer of tetrafluoroethylene and ethylene that possesses a unique combination of desirable properties such as higher resistance to heat and abrasion, stress-crack resistance, and 20% carbon fiber undercoat. Various powder grades are available for different processing methods and application needs.

AGC Chemicals Americas, Inc. Fluon® ETFE Z-8820X is a melt-processable copolymer of tetrafluoroethylene and ethylene. It possesses a unique combination of desirable properties such as higher resistance to heat and chemical attack, outstanding physical toughness, and non-stick characteristics. It is used as non-stick coating, applied through electrostatic coating method.

AGC Chemicals Americas, Inc. Fluon® ETFE LM-2150 is a melt-processable copolymer of tetrafluoroethylene and ethylene. It possesses a unique combination of desirable properties such as higher resistance to heat and chemical attack, outstanding physical toughness, and non-stick characteristics. It is used as low-melt ETFE, smooth surface, non-adhesive, semi-commercial coating, applied through electrostatic coating method.

CYTOP CTL-800A is an amorphous fluoropolymer that exhibits low refractive index, low coefficient of optical dispersion and good lamination properties. The thermoplastic characteristics of CYTOP CTL-800A, coupled with its transparency, solubility, insulation properties, resistance to chemicals, and oils/water repellency, make it a popular choice for coating electronic materials.

Miller-Stephenson Chemical 850G-102X Waterbased Fluoropolymer Coating is designed to optimize strength, durability and lower coefficient of friction for specific specialty medical products. \ There are one and two coat options for customers who require specific technical challenges Our next generation water-based, Non-Cr(VI) fluoropolymer coating, designed to optimize coating adhesion, durability, and corrosion resistance while minimizing coefficient of friction. Our world-class fluoropolymer chemistry delivers unmatched lubricity and adhesion on all medical guide wires in the ease a one-coat system and a safe non-Cr(VI) system. In practice, medical personnel will feel smooth, low-friction movement as the guidewire progresses through the vasculature.

FluoroSyl 3750 is hydrophobic and oleophobic perfluoropolyether derivatives. These coatings provides long-lasting, anti-fouling, anti-fingerprint and anti-smudge properties to properly cleaned surfaces. FluoroSyl bonds to glass, plastic and metal surfaces. This produces an easy-to-clean, low surface energy, low refractive index, transparent, oil, water and stain repellent coating that is less than 10 nanometers thick.

FluoroSyl™ 3750 is an antifouling coating that repels water, oil, foods and fingerprints.

FluoroSyl 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.

Ultraflon FP-15 series represent premium, fluorinated ethylene-propylene powder (FEP) additives. FP-15 is characterized by moderately high molecular weight. It demonstrates a lower melt flow index (MFI) when compared to the Ultraflon FP-20, but higher than that of FP-IO. FP-15 is manufactured from ultra-high purity FEP, and micronized in clean conditions to preserve its pristine form.

Ultraflon MP-8T is a granular-based PTFE powder additive, and characterized by its narrow particle size distribution and particle uniformity. It possesses an average particle size of 3 microns. Because of Laurel's unique thermal treatment process, it exhibits superior thermal stability. As a result, off-gassing is mitigated and compatibility with various polymer matrices is optimized. Laurel's exacting manufacturing process ensures that the molecular weight of MP- 8T is extremely precise, resulting in unsurpassed consistency in performance.

Ultraflon FP-20 series represent premium, fluorinated ethylene-propylene powder (FEP) additives. FP-20 is characterized by comparatively lower molecular weight. It demonstrates the highest melt flow index (MFI) when compared to other grades within the Ultraflon FP series additives. FP-20 is manufactured from ultra-high purity FEP, and micronized in clean room conditions to preserve its pristine form.

FluorAcryl 7298 is a perfluoropolyether (PFPE) used as an additive in other UV curable coatings to reduce surface tension and improve water, oil and stain resistance. Films and coatings with 7298 may be expected to provide anti-fouling and easy cleaning from fingerprints and other contaminants. FluorAcryl 7298 is compatible with many monomers, such as TMPTA. With or without pigments and other particulates, 7298 rapidly UV cures in the presence or absence of oxygen.

FluorAcryl 1939 is a bifunctional perfluoropolyether (PFPE) urethane acrylate. FluorAcryl is a surface modifier that improves gloss. It is compatible and miscible with low molecular weight reactive UV-curable diluents and acrylic monomers. Some of the properties of FluorAcryl 1939 include good release agent, good water and oil repellency and good chemical resistance. As a surface modifier this also offers good hardness, substrate-wetting and flow-properties. Recommended dosage is between 0.5–5% w/w. During application and UV light curing, FluorAcryl blooms quickly and effectively on the surface of the coating, imparting low surface energy and non-stick E2C properties. FluorAcryl is made for UV curable coatings use.

Ultraflon DF-20 are premium PTFE dispersions based on an ultra-high purity Isopropyl Alcohol (IPA) carrier. The solids content of DF-20 is 25%. The primary particles of PTFE have a nanometric particle size, and are engineered to have a spherical morphology. The dispersion has an exacting, narrow particle size distribution, which translates into consistent, uniform properties. DF-20 is not made with the PFOA surfactant.

Ultraflon DF-20A are premium PTFE dispersions based on an ultra-high purity Isopropyl Alcohol (IPA) carrier. The solids content of DF-20A is 25%. This colloidal dispersion contains a proprietary additive to improve adhesion to substrates such as glass, plastic, and metal. The primary particles of PTFE have a nanometric particle size, and are engineered to have a spherical The has an exacting, narrow particle size distribution, which translates into consistent, uniform DF-20A is not made with the PFOA surfactant. The resulting film formation from DF-20A may be considered due to the proprietary adhesion-promoting chemistry.

Marzon 638 is a polysiloxane-infused PTFE micro powder, providing a unique hybrid of fluoropolymer and silicone. The silicone network within the PTFE provides improved compatibility with various polymer-based coating systems. As an additive in coatings, it imparts higher gloss and lower coefficient of friction when compared with other fluoropolymer additive .It is particularly well suited for fiberglass or fiberglass-containing substrate

Marzon Z-2 is a comonomer—modified PTFE micropowder, providing unique thermal characteristics. The lower molecular weight of this PTFE polymer in combination with the comonomer provides greater tractability and some melt flow characteristics, in contrast to a PTFE homopolymer micropowder. As an additive in coatings, it imparts higher gloss, and promotes continuous film development when compared with other fluoropolymer additives. Yet it retains the chemical resistance characteristics for which PTFE is renowned.

Ultraflon FP-10 represent premium, fluorinated ethylene-propylene powder (FEP) additives. FP-10 is characterized by comparatively high molecular weight. It demonstrates a lower melt flow index (MFI) when compared to the other grades within the Ultraflon FP series, reflecting its higher molecular weight. FP-IO is manufactured from ultra-high purity FEP, and micronized in clean room conditions to preserve its pristine form.