Like other fluoroplastics, PCTFE is highly resistant to most chemicals.
Additionally, PCTFE possesses the highest hardness, strength, and rigidity among fluoroplastics.
PCTFE is dimensionally stable, very easily machinable and can be used in a wide temperature range (approximately -240°C to +205°C).
PCTFE (polychlorotrifluoroethylene) sheets are high-quality plastic sheets made from the polymer polychlorotrifluoroethylene.
They are characterized by their exceptional chemical resistance, thermal stability and barrier effect against gases.
PCTFE sheets are highly permeable to ultraviolet radiation.
They are particularly suitable for applications that require high resistance to aggressive chemicals and extreme temperatures, such as in chemical processing, the aerospace industry and medical technology.
Thanks to their outstanding properties, PCTFE sheets offer a reliable and durable solution for demanding applications in various industries.
| Abstandshalter | nicht lagernd, Mindestmenge auf Anfrage |
| Abstandshalter | Lagerware ab Werk, Zwischenverkauf vorbehalten MBM auf Anfrage |
| Material | Farbe | Dicke | Dimension | Gewicht |
| mm | mm | kg/Stk. | ||
| PCTFE | natur | 5 | 535 x 285 (+/- 10 mm) | 1,80 |
| PCTFE | natur | 10 | 535 x 285 (+/- 10 mm) | 3,55 |
| PCTFE | natur | 15 | 535 x 285 (+/- 10 mm) | 5,30 |
| PCTFE | natur | 20 | 535 x 285 (+/- 10 mm) | 7,05 |
| PCTFE | natur | 25 | 535 x 285 (+/- 10 mm) | 8,80 |
| PCTFE | natur | 30 | 535 x 285 (+/- 10 mm) | 10,55 |
| Dimension 510 x 510 | ||||
| PCTFE | natur | 5 | 510 x 510 (-0/+10 mm) | 3,05 |
| PCTFE | natur | 10 | 510 x 510 (-0/+10 mm) | 6,10 |
| PCTFE | natur | 15 | 510 x 510 (-0/+10 mm) | 9,15 |
| PCTFE | natur | 20 | 510 x 510 (-0/+10 mm) | 12,20 |
| PCTFE | natur | 25 | 510 x 510 (-0/+10 mm) | 15,25 |
All product designations with ®=reg. product designation, are the property of the respective manufacturer
PCTFE (Polychlorotrifluoroethylene) Sheets:
Cryogenic Resistance, Chemical Resistance, and Dimensional Stability
PCTFE sheets represent high-quality plastic products characterized by their outstanding cryogenic resistance, chemical resistance, and dimensional stability.
Features and Applications of PCTFE Sheets:
Properties:
Applications:
PCTFE sheets offer a unique combination of extreme temperature resistance and chemical resistance.
Their application extends to specialized areas where the highest demands are placed on cryogenic and chemical resistance.
Properties of PCTFE:
High Chemical Resistance:
PCTFE exhibits excellent resistance to a wide range of chemicals, acids, and bases. This property makes it particularly suitable for applications in chemical and aggressive industrial environments.
Low Gas Permeability:
PCTFE exhibits very low gas permeability, making it attractive for use in gas and fluid technology. This enables its use in applications where gas barriers are important.
Wide temperature resistance: PCTFE retains its mechanical properties over a wide temperature range. It can withstand temperatures from around -200 to +150 degrees Celsius, making it suitable for extremely low and high temperatures.
Mechanical Strength:
PCTFE shows good mechanical strength and is comparatively stiff, making it suitable for structural applications.
Low Water Absorption:
PCTFE absorbs only small amounts of water, leading to low moisture absorption and retaining its electrical properties.
Electrical Insulation:
PCTFE is a good insulator and is used in the electrical industry for the production of insulators, cable sheathing, and other electrical components.
Applications of PCTFE:
PCTFE is used in various industrial sectors, including:
Chemical industry: valves, pumps, pipes and fittings due to its chemical resistance.
Gas and fluid technology: Seals, valves and components in applications where low gas permeability is important.
Aerospace: Insulation materials, valves and parts in extreme temperature applications.
Electrical industry: insulators, cable sheathing and other electrical components.
Due to its specific properties, PCTFE is a preferred material in industries where high demands are placed on chemical resistance and temperature stability .
