NEOFLON Coating Powders Benefits & features
Fluoropolymer coatings remarkably improve or modify original properties of several surfaces. Daikin fluoropolymer coatings have solutions for giving heat resistance, chemical resistance, non-stick property and low friction.
Daikin manufactures and sells a variety of fluoropolymers in dry powder form for electrostatic spray coating and rotational lining, as well as to be used as additives in other plastics. Daikin’s fluoropolymer powders allow for the processor and end user to take advantage of the properties of fluoropolymer materials and to utilize those properties to either enhance the processing of other plastic materials, or to impart improved characteristics to the final part or coated surface.
Benefits
Heat resistance
Chemical resistance
Corrosion resistance
Features
Non-stick properties
Daikin NEOFLON ETFE Powder has high chemical resistance and inertness. ETFE powder coating also has high mechanical strength and stiffness. It ranks highest in terms of abrasion resistance compared to PTFE, FEP, and PFA. ETFE coatings show tolerance to continuous temperature of low -100 °C to high 150 °C.
Daikin provides FEP as a dry powder for electrostatic powder coating for impregnation of a variety of media. FEP coatings impart a smooth, chemically resistant and inert surface for uses in the chemical processing industry, cookware, and other demanding applications.
Daikin NEOFLON PFA Powder coatings have extremely high temperature resistance as well as excellent surface release properties. They are used in consumer and institutional bakeware and as release coatings on conveyors used in automated cooking and baking processes. PFA coatings are also used in semiconductor high purity chemical storage and handling equipment, as well as vessels and piping for the chemical process industry.
NEOFLON ETFE Coating Powders
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 40 ~ 110 | 0,65 ~ 0,95 | 6 ~ 20 | 300 ~ 2000 |
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 150 ~ 270 | 0,70 ~ 1,00 | 19 ~ 36 | 500 ~ 5000 |
NEOFLON FEP Coating Powders
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 20 ~ 60 | 0,5 ~ 0,9 | 1 ~ 20 | 100 ~ 300 |
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 40 ~ 110 | 0,65 ~ 0,95 | 6 ~ 20 | 100 ~ 2000 |
NEOFLON PFA Coating Powders
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 20 ~ 60 | 0,5 ~ 0,9 | 1 ~ 30 | 100 ~ 1000 |
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 20 ~ 60 | 0,5 ~ 0,9 | 1 ~ 30 | 100 ~ 300 |
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 200 ~ 300 | 0,8 ~ 1,0 | 5 ~ 7 | 1000 ~ 5000 |
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 20 ~ 60 | 0,5 ~ 0,9 | 1 ~ 30 | 30 ~ 100 |
| Particle diameter (μm) | Apparent density (g / ml) | MFR (g / 10 min) | Applicable film thickness (μm) |
| 20 ~ 60 | 0,5 ~ 0,9 | 1 ~ 30 | 30 ~ 100 |