Bakelite /Phenolic/ Urea material can recyclable
2025-11-21
Advanced recycling methods
- Pyrolysis: This process uses heat to thermally degrade Bakelite into liquid fuels, gases, and solid residue.
- Research is focusing on co-pyrolysis with other plastics, like polystyrene, to improve efficiency and create valuable byproducts like aromatic hydrocarbons.
- Studies show that mixing Bakelite with thermoplastics can improve its thermal degradation before charring occurs, making the process more energy-efficient.
- Chemical depolymerization: This technique breaks down the resin into smaller, recoverable chemical components.
Mechanical and material reuse
- As an aggregate in concrete: Ground Bakelite waste can be used as a partial substitute for natural aggregates in concrete, creating eco-friendly and cost-effective building materials.
- As a filler: The milled waste material can be used as a filler in other thermoplastic materials or mixed with wood fibers to create panels with enhanced properties.
- As an antioxidant: It can be used as an additive in the production of other plastics, such as polypropylene and polyamide-6.
Sustainable production
- Bio-based resins: YS is developing and using lignin-modified phenolic resins made from plant-based materials to create a more sustainable final product with a reduced carbon footprint.
WHY CHOOSE COMPRESSION MOULDINGS?
Newly added testing equipment
