Plastic edgeboards, corners and transport protections designed to reduce marks, dents and damage caused by straps, tapes, ropes and load-fixing systems.
Plastic protections help distribute pressure, protect edges and improve pallet presentation during packing, storage and transport. PESL should sell them as practical damage-prevention components that protect product value.
Plastic edgeboards and corners help avoid visible damage from restraint systems.
Strong fit for recurring transport loops and internal handling.
Extrusion and injection routes allow different geometries, colours and protection levels.
PESL can adapt the section to the product, pallet, load and restraint method.
Material choice depends on load, impact, flexibility, outdoor exposure, colour, reuse and cost expectations.
A strong RFQ combines geometry, material, use conditions, current issue and expected volume.
| Specification | Why it matters | What PESL needs |
|---|---|---|
|
Shape / section |
Defines force distribution and product fit. |
Drawing, sample or photo. |
|
Side A / Side B |
Key for edgeboard/corner geometry. |
Required dimensions. |
|
Thickness |
Defines rigidity, protection level and cost. |
Current or target thickness. |
|
Length |
Must match product, pallet or load. |
Standard/custom length. |
|
Use case |
Strapping, pallet edge, product corner or transport protection. |
Where and how it is used. |
|
Reuse target |
Defines material and TCO. |
Expected number of uses or loop. |
Plastic protections and edgeboards help reduce transport damage, protect product edges and improve load presentation during palletizing, handling and shipping.
Protect palletized loads from straps and handling marks.
Protect roll-based goods during transport.
Protect long or edge-sensitive products.
More robust protection for long routes.
Reusable protection for recurring packing lines.
Bespoke sections for specific product geometry.
A protection should not be judged only by its unit price. It should be judged by the product damage, claims and rework it prevents.
The right question is not only “what does the part cost?” It is “what does it protect stabilize, separate or enable?”
Share your current protection format, load type and transport issue so PESL can define the right geometry, material and RFQ basis for your application.
The more complete the brief, the faster PESL can recommend the right product route.
Send one current core reference and PESL can review the most suitable material route, technical feasibility and quotation basis.
Send a photo of the current packaging, the damaged area and the restraint system being used.
