Reusable plastic spacers for separation, palletizing and consolidated packaging

Highly resistant plastic spacers for separating pieces, organizing pallets and protecting products during packing, handling, storage and transport.

 
 

Separation

Between parts and layers

Palletizing

 More stable packaging

Reusable

Cost per use logi 

Several models

Different materials and uses

Better spacing means fewer marks, less friction and more controlled packaging.

Plastic spacers are practical industrial components for separation, palletizing and consolidated packaging. PESL should sell them as reusable spacing systems that protect the product and make packing more consistent.

 
 
 

Separate without improvising

Avoid direct contact, friction, marks or instability between parts or layers.

Improve pallet organization

Create more controlled and repeatable pallet layouts.

Reusable component

Highly resistant and easy to reuse when the logistics circuit allows it.

Multiple models/materials

PESL can recommend spacer type by load, gap, contact surface and application.

Recommended routes by application, not by habit

Spacer material should be selected by load, contact sensitivity, gap, reuse target, environment, colour and cost.

HDPE / PEHD

Strong moisture-resistant option for reusable industrial spacer applications.

PP

Balanced material for packaging, palletizing and separation use.

PVC

Robust option for specific spacer profiles or extrusion needs.

Recycled materials

Possible where recycled content is acceptable and application is non-sensitive.

Custom geometry

Shape and contact surface should match the product being separated.

Colour coding

Colours can help identify spacing function or line.

What must be defined before quotation

A strong RFQ combines geometry, material, use conditions, current issue and expected volume.

 
Specification Why it matters What PESL needs
Spacer geometry
Defines separation distance and contact area.
Drawing, sample or target design
Height / gap
Determines spacing between parts or layers.
Required gap or current spacer height.
Length / width
Must fit product and pallet layout.
Required dimensions
Load per spacer
Impacts material and section design.
Weight per spacer or layer
Contact surface
Important to avoid marks or instability.
Product material and sensitivity.
Reuse cycle
Defines durability and TCO.
Expected uses and handling loop.

Where this product creates business value

Improve product separation, pallet stability and packaging consistency with reusable plastic spacers adapted to your load, handling process and transport requirements.

Piece separation

Spacers between industrial pieces or layers.

  • Avoid contact
  • Reduce marks
  • Improve organization
 

Palletizing

Spacing and stabilizing products on pallets.

  • Load consistency
  • Better handling
  • Reusable packaging
 
 

Consolidated packaging

Separation of multiple products inside one shipment.

  • Protection
  • Orderly packing
  • Transport stability
 

Profiles and tubes

Spacing long products to avoid contact and damage.

  • Layer separation
  • Custom geometry
  • Easy handling
 

Reusable logistics

Spacer systems for recurring customers or internal loops.

  • Cost per use
  • Durability
  • Returnable packaging
 

Bespoke spacers

Custom spacer design for special products.

  • Engineering support
  • Specific shape
  • Material selection

Sell the value prevented, not only the plastic part.

A spacer is not just a separator. It is a way to control contact, friction, pallet order and product condition during the full logistics chain.

 

The right question is not only “what does the part cost?” It is “what does this part protect, stabilize, separate or enable?”

From current problem to RFQ-ready specification

Share your current spacer, packaging layout or separation issue and PESL will help define the right geometry, material and RFQ basis for your application.

Share the current spacer

Photo, drawing, dimensions, material or sample.

Define the separation need

Required gap, product type, contact surface and packaging layout.
 

Confirm load and handling conditions

Weight per layer, palletizing method, storage, transport and reuse target.

Receive an RFQ-ready specification

PESL defines the suitable geometry, material route and quotation basis.

RFQ checklist What to send PESL for a faster, better quote

The more complete the brief, the faster PESL can recommend the right product route.

 
 

Spacer data

  • Height / gap
  • Length
  • Width
  • Shape
  • Drawing or sample

Load/application

  • Product separated
  • Weight per layer
  • Pallet layout
  • Contact sensitivity
  • Handling conditions

Commercial basis

  • Annual volume
  • Reuse target
  • Current issue
  • Colour needs
  • Delivery country

Request Spacers RFQ

Send one current reference and PESL can review the most suitable product route, technical feasibility and quotation basis.

Best first step

Send a photo of the current packaging, the contact issue and the separation gap you need.

 
Drag & Drop Files, Choose Files to Upload