Optical Brightener KSB for PP & PE Plastics
Key Features
Designed for PP & PE Applications
Optical Brightener KSB is mainly used in compatible polypropylene (PP) and polyethylene (PE) applications where improved whiteness and brightness are required.
Effective Optical Brightening
KSB helps reduce the visual impact of yellowish tones and enhances the brightness and appearance of finished plastic products.
Good Thermal Stability
With suitable thermal stability for plastic processing conditions, KSB can be used in compatible high-temperature polymer processing systems.
Suitable for Polymer Processing
Optical Brightener KSB can be incorporated into compatible plastic formulations according to resin type, processing conditions and required optical performance.
Crystal Powder Form
KSB is supplied as a yellowish green crystal powder, suitable for incorporation into plastic processing formulations.
Product Information
| Item | Information |
|---|---|
| Product Name | Optical Brightener KSB |
| Product Type | Fluorescent Whitening Agent |
| Appearance | Yellowish green crystal powder |
| Melting Point | 237–239°C |
| Thermal Stability | 240–280°C |
| Main Applications | PP, PE plastics |
Typical Applications
Polypropylene (PP)
Optical Brightener KSB can be used in compatible polypropylene applications to improve whiteness, brightness and finished-product appearance.
Polyethylene (PE)
KSB is suitable for compatible polyethylene materials requiring fluorescent whitening and improved visual brightness.
Plastic Products
Optical Brightener KSB can be used in compatible plastic products where enhanced optical appearance and color correction are required.
Polymer Processing
KSB can be incorporated into compatible polymer systems according to specific processing conditions and performance requirements.
Packaging & Customized Options
Regular Packaging
Packaging options are available according to product grade and customer requirements.
Customized Product Options
Customized KSB solutions are available based on specific polymer systems, processing conditions and optical performance requirements.
