Adding organic peroxides during extrusion reduces the high melt flow rate of recycled polyethylene, enabling precise viscosity control for pipe manufacturing.
Amine catalyst activity remains stable when formic acid is added to the polyol blend for foam manufacturing.
A solvent screening method uses a swelling score equation to identify suitable solvents for extracting polyvinyl chloride from waste materials.
Refractive index matching in multilayer polymer films enables transparent packaging that incorporates recycled regrind without haze.
Heterophasic propylene ethylene copolymer compatibilizes recycled polyolefin blends for film production.
Specific resin components enable stable phase separation and surface control within a broader baking temperature margin.
Compatibilizer bridges recycled polyolefin contaminants with virgin matrix, stabilizing composition quality for high-end applications.
Depolymerizing and purifying recycled PET removes contaminants, achieving L* 94 brightness in PBT.
Controlling recycled polyol polydispersity below 2 maintains foam quality while increasing the proportion of recycled raw materials.
A recyclable epoxy composite uses a degradable curing agent to enable fiber and resin recovery under mild conditions.
High shear mixing moves pigments to the surface for efficient solvent extraction, eliminating long processing times.