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Perovion BPO S14

Granular benzoyl peroxide–based organic peroxide for polymer crosslinking applications.

Perovion BPO S14 is an organic peroxide based on benzoyl peroxide chemistry, supplied in granular form on an inert carrier system.
It is designed for polymer crosslinking and polymer modification processes where controlled peroxide activity and improved handling characteristics are required.

Key Features

  • Organic peroxide based on benzoyl peroxide (BPO) chemistry
  • Granular form formulated with an inert carrier system
  • Designed for polymer crosslinking and modification
  • Suitable for rubber and polyolefin processing applications
  • Intended for industrial and professional use only

Typical Applications

  • Rubber crosslinking applications
  • Polyolefin modification and processing
  • Polymer compounding and production
  • Peroxide-initiated crosslinking systems

Technical Summary (Indicative)

  • Chemical type: Benzoyl peroxide (BPO), formulated
  • Supply form: Granules
  • Function: Crosslinking agent / polymer processing aid
  • Appearance: Off-white granules

Documentation & Compliance

  • Certificate of Analysis (COA) provided per batch
  • Safety Data Sheet (SDS) mandatory before handling
  • Labels prepared in accordance with transport and destination regulations
  • Industrial use only

Packaging & Logistics

  • Available in approved industrial packaging formats
  • Minimum order quantity subject to packaging type
  • Indicative lead time confirmed upon order acceptance
  • Incoterms quoted on a case-by-case basis

Disclaimer

All information provided on this page is for reference only and does not constitute a specification or guarantee. Final product parameters, availability, and delivery schedules are subject to order confirmation. Products are supplied for industrial and professional use only.
Perovion BPO S14
Perovion BPO S14 is an organic peroxide based on benzoyl peroxide chemistry, supplied in granular form on an inert carrier system. It is designed for polymer crosslinking and polymer modification processes where controlled peroxide activity and improved handling characteristics are required….