PARAPURE™ FB

Polypropylene compatible

Stable adhesion to difficult-to-bond substrates

The PARAPURE™ FB series is compatible with difficult-to-bond substrates such as polypropylene and offers stable adhesion suitable for light transmission decoration. It increases the degree of freedom of decorative design without sacrificing transparency or design.

Designed for recycling

Decorative film and adherend can be reused as is

The PARAPURE™ FB series can be crushed and reused without separating the decorative film from the adherend. Stable recyclability is achieved with little change in physical properties when reused.

Why choose PARAPURE™ FB series?

Adheres to a variety of substrates, including polypropylene

It can be bonded to various types of substrates, including polypropylene, regardless of polarity or non-polarity.

Transparent adhesive film for light transmittance decoration

The same configuration can be used for various types of mechanical molding, such as film insert molding and vacuum pressure molding.

Possible to grind and reuse whole parts as they are.

　By using PARAPURE™ FB series, even if decorative film and adherend are crushed without separating them, there is little change in physical properties when reused, and stable material properties are maintained.

Expanded range of substrate selection and recyclability

Compared to painting, plating, hand-applied decorative film, and wrapping film, it has superior processability and environmental friendliness.

Applications

Automotive Exterior

Automotive Interior

In-vehicle Display

Core Technology and Detailed Information

PARAPURE™ FB50

PARAPURE™ FB70

Physical Properties Data

Test Item	Method		Unit	PARAPURE™ FB50
Test Item	ISO Standard	Condition	Unit	PARAPURE™ FB50
Thickness			μm	300
Optical
Total light transmittance	ISO 14782		%	92
Haze	ISO 14782		%	11
Mechanical
Maximum Tensile Strength	ISO 527-3	MD	MPa	20
Tensile Breaking Strain	ISO 527-3	MD	%	59
Tensile Yield Stress	ISO 527-3	MD	MPa	20
Tensile Yield Strain	ISO 527-3	MD	%	9
Thermal
Glass Transition Temperature	ISO 3146		℃	95

Note: The property values shown are typical values and are not guaranteed.