Proteus® LSG HS PP-H
Homopolymer PolypropyleneProteus® LSG HS PP-H (Life Science Grade, Heat Stabilized) stock shapes are made from high purity polypropylene resin that has undergone additional filtration to remove the last remaining black particles, thus increasing purity. The material is pre-assessed for biocompatibility at the stock shape level for bioprocessing applications according to USP and ISO 10993 and is supported for use in non-body contacting medical applications.
Heat stabilized to provide improved dimensional stability and a higher heat deflection temperature compared with standard polypropylene grades, Proteus® LSG HS components can withstand repeated steam sterilization cycles and autoclaves and are highly resistant to cleaning agents, disinfectants, and various solvents. For these reasons, Proteus® LSG HS is a strong candidate for medical non-body contact applications such as surgical trays, caddies, and device housing components.
Material Properties
- Stock shapes are pre-assessed for biocompatibility on stock shape (USP & ISO 10993) and supported for use in non-body contact medical applications
- Higher heat deflection temperature and dimensional stability than standard PP-H materials
- Highly resistant to repeated autoclaving, chemical disinfectants, and solvents
- Additional resin filtration for especially high purity
- Zero moisture absorption
Available Geometries
Proteus® LSG HS PP-H stock shapes encompass a range of standard sizes in the following geometries: Plate
Available Colors
Proteus® LSG HS PP-H stock shapes come in the following colors: White, Black
Regional Availability
Pre-assessment Testing
Proteus® LSG HS PP-H carries the following compliances:
- ISO 10993-5 and USP <87> Cytotoxicity
- USP <661> Physiochemical Testing
Please note: In some cases, different color variations of a material grade carry different approvals. Please see product documentation for details.
Intended Use
Proteus® LSG HS PP-H is only intended for applications involving indirect body contact. This material is not intended for direct contact with human body tissue.
Documentation
For further regulatory documentation and absence declarations, please visit the regulatory page.