Environmentally Friendly

  • As a tree-borne fruit, it supports agroforestry and promotes sustainable farming practices
  • It's dried form reduces carbon emissions and transportation costs by over 80%
  • Jackfruit trees are resilient and well suited to adapt to our changing climate
  • All organic waste is repurposed through a circular recycling process 

 


Uplifting Communities

  • Transforming a subsistence crop into an incremental source of income for smallholder farmers
  • Empowering youth and women with stable incomes and opportunities for skill development
  • We champion fair compensation to farmers and employees 

Maximum Flowability & High Production Speeds

By increasing the flow rate of PP materials, it allows production processes such as injection molding, casting, extrusion, and blow molding to operate at lower pressures and temperatures. This significantly accelerates production cycle times.


Enhanced Operational Efficiency & Cost Reduction 

 Higher throughput speeds and optimized cycle times translate directly into less energy consumption and minimized operational costs, maximizing plant productivity. 


Environmental Impact & Recycling Compatibility

 

Enabling processing at lower temperatures directly reduces the carbon footprint. It is also compatible with materials used in recycling. 


                       Vegan Jackfruit Recipes

Polypropylene (PP) raw material is a widely used thermoplastic polymer in many industrial applications due to its chemical resistance and high-temperature stability. However, the low flowability of PP can cause processing bottlenecks during injection molding, extrusion, and compounding. This is especially true for plastic recyclers dealing with fluctuating MFI values of recycled scrap.

 

Albosa Peroxide Masterbatch provides a reliable, controlled degradation of polymer chains to perfectly increase the Melt Flow Index (MFI) of polypropylene. Manufactured under stringent industrial quality control standards, this specialized additive maximizes production speeds while successfully preserving the core mechanical properties and durability of the final product.