Plastic cores and components for converters, extrusion lines, slitting/rewinding and sensitive rollstock applications.
PESL Plastics manufactures plastic cores, protections, rings, roll wedges, spacers and bespoke plastic components for packaging, converting, extrusion, logistics and technical industrial applications.
PESL supports manufacturers where a plastic component is not just a part, but a factor in process reliability, roll stability, handling, transport, cleanliness or total cost of ownership.
Reusable plastic cores for rollstock applications where cardboard can create dust, humidity deformation, core crush or hidden operational cost.
Protections, rings, roll wedges and spacers designed for packaging, logistics, storage and handling operations.
Custom plastic projects developed through analysis, material recommendation, tooling, production and technical follow-up.
PESL combines extrusion, injection, polymer processing and logistics know-how to supply consistent plastic components to European and international industrial customers.
A real manufacturing base, with the scale and technical experience needed to serve demanding industrial applications.
From plastic cores for film rolls to protections, rings and bespoke components, PESL helps customers select the right material and geometry for each application.
Reusable plastic cores for rollstock, packaging, converting and technical films.
Plastic edge and product protections for logistics, handling and storage.
The right material and component geometry depend on the real process: film type, roll weight, machine speed, humidity, export route, customer handling and reuse potential.
Plastic cores and components for converters, extrusion lines, slitting/rewinding and sensitive rollstock applications.
Robust material routes for humidity, outdoor storage, field handling and seasonal campaigns.
Core and component review for heavy rolls, large widths, export and jobsite handling.
Share your current reference, application and main issue. We will help identify whether a plastic component, core or material change can improve reliability or total cost of ownership.