Crossflon® XF225 – Technical Data

Crossflon® XF225 is an enhanced form of PTFE, which offers substantially improved performance over the materials traditionally used in the manufacture of skidway plates and slide bearings, namely virgin and 25% glass fibre filled PTFE.

As the technical data shows, Crossflon® XF225 can accommodate significantly higher pressure than 25% glass fibre filled PTFE and yet has coefficient of friction values which are comparable with those of virgin PTFE.[/vc_column_text][/vc_column][/vc_row][vc_row css=”%7B%22default%22%3A%7B%22padding-top%22%3A%220px%22%7D%7D”][vc_column][vc_column_text]

MATERIAL COMPARISON TABLE
MATERIALVIRGIN PTFE25% GLASS FIBRE FILLED PTFECROSSFLON® XF225
DESCRIPTIONA PTFE material that has a low coefficient of friction and high chemical inertness. Suitable for a very wide range of applications that require these characteristics.A reinforced PTFE material that has high compressive rigidity, low cold, high wear resistance and good chemical resistance. For use in most applications involving sealing and bearing.A reinforced PTFE material that has a low coefficient of friction, high creep resistance, high load bearing capability and high wear resistance. Specifically developed for skidway and slide bearing applications.
TYPICAL PROPERTIES
Operating Temperature Range (continuous service)-2500C to +2600C-2500C to +2600C-2500C to +2600C

Compressive Strength

1% Strain
5% Strain
0.2% Offset
(Based on ASTM D695)

4.0 MPa
11.5 MPa
9.0 MPa
6.2 MPa
16.5 MPa
12.3 MPa
10.8 MPa
30.0 MPa
18.2 MPa
Maximum Pressure (P)
Non-Recessed
Design(Based on 2% Strain)
Up to 6.9 MPaUp to 13.7 MPaUp to 18 MPa
Maximum Pressure (P) Recessed Design (Based on 2% Strain)Up to 13.7 MPaUp to 27.5 MPaUp to 50 MPa
Static Coefficient of Friction (BCL Method)0.04 – 0.060.11 – 0.190.04 – 0.08

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