| Material Type |
Grade |
Features |
| PEEK Films |
VICTREX™ APTIVTM FILMS 1000 |
Semi-crystalline with excellent chemical resistance, inherently flame retardant, non-toxic when burning, hydrolysis resistant, low moisture absorption, barrier properties, insulation, radiation resistant, high temperature resistant, high strength, suitable for lightweight applications and increased design freedom |
| VICTREX™ APTIVTM FILMS 1102 |
Semi-crystalline mineral filled, high rigidity, low linear expansion coefficient, excellent chemical resistance, inherently flame retardant, non-toxic when burning, hydrolysis resistant, low moisture absorption, barrier properties, insulation, radiation resistant, high temperature resistant, high strength, suitable for lightweight applications and increased design freedom |
| VICTREX™ APTIVTM FILMS 1103 |
Mineral filled, high rigidity, low linear expansion coefficient, excellent chemical resistance, inherently flame retardant, non-toxic when burning, hydrolysis resistant, low moisture absorption, barrier properties, insulation, radiation resistant, high temperature resistant, high strength, suitable for lightweight applications and increased design freedom |
| VICTREX™ APTIVTM FILMS 1300 |
Black, semi-crystalline with excellent chemical resistance, inherently flame retardant, non-toxic when burning, hydrolysis resistant, low moisture absorption, barrier properties, insulation, radiation resistant, high temperature resistant, high strength, suitable for lightweight applications and increased design freedom |
| VICTREX™ APTIVTM FILMS 2000 |
Amorphous PEEK film, excellent chemical resistance, inherently flame retardant, non-toxic when burning, hydrolysis resistant, low moisture absorption, barrier properties, insulation, radiation resistant, high temperature resistant, high strength, suitable for lightweight applications and increased design freedom |
| VICTREX™ APTIVTM FILMS 2100 |
Amorphous PEEK film, mineral filled, high rigidity, low linear expansion coefficient, excellent chemical resistance, inherently flame retardant, non-toxic when burning, hydrolysis resistant, low moisture absorption, barrier properties, insulation, radiation resistant, high temperature resistant, high strength, suitable for lightweight applications and increased design freedom |
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