AI concept materialStandard Sacks
01 / GENERAL PACKAGING
Standard PP Woven Bags
Feed, grain and general packaging sacks can carry dust, labels, printing and residual packaged material that affect the recycling process.
Woven PP Recycling Material
PP Woven Bags
& FIBC
PP woven bags, FIBC and industrial sacks combine flexible material with a strong woven structure, requiring recycling equipment designed for stable size reduction, washing, moisture reduction and downstream pelletizing. The final material can be prepared as clean PP feedstock or further processed into recycled pellets.
- Material
- PP Woven Bags / FIBC
- Common Output
- Clean PP Feedstock
- Recommended Route
- Woven Bag Recycling
AI concept material · illustrative feedstock, not a Rayli sample
Material Profile
What Woven Bag and
FIBC Waste Looks Like
Woven PP waste comes from agriculture, logistics, construction and industrial packaging, with different bag structures and contamination levels.
AI concept materialStandard Sacks
AI concept materialIndustrial Packaging
02 / PREVIOUS CONTENTS
Fertilizer / Industrial Bags
Industrial packaging may carry product residue and should be evaluated according to its previous contents before processing.
AI concept materialPowder Residue
03 / CEMENT & MINERALS
Cement / Powder Bags
Fine powder and mineral residue can create heavier contamination and may require stronger material preparation and washing.
AI concept materialLarge-Format FIBC
04 / BULK PACKAGING
FIBC / Jumbo Bags
Large FIBC material combines high toughness with large dimensions and may require stronger cutting or shredding before washing.
Typical Woven PP Stream
- Woven Bags
- FIBC
- Handles
- Liners
- Labels
- Dust
- Powder
- Product Residue
Check bag construction for liners, coatings and other components; not every woven bag stream is single-material PP.
Recycling Challenges
Why Woven Bags Need a
Dedicated Recycling Process
Woven structure, large bag dimensions, residual contents and moisture behavior all influence how the recycling line should be configured.
AI concept material
Tough Woven Structure
Woven PP has a strong interlaced structure that can be more difficult to cut and size-reduce than lightweight plastic film.
Tangling & Wrapping
Long woven strips, bag handles and flexible material can wrap around rotating components if feeding and size reduction are not configured correctly.
Dust & Product Residue
Used sacks may carry fertilizer, grain, feed, cement powder or other residue that changes the required cleaning intensity.
Moisture & Bulk Density After Washing
Washed woven material can retain water and remain difficult to feed, making dewatering and squeezing important before pelletizing.
Engineering NoteA clean post-industrial woven bag stream and a heavily contaminated fertilizer or cement bag stream can require very different recycling configurations.
Bag ConstructionBag construction should also be checked for liners, handles and other components that may change the material stream.
Previous ContentsPrevious contents should be identified before the final recycling process is confirmed. Unknown or incompatible residues require separate evaluation.
Target Output
From Used Woven Bags
to Reusable PP Material
Depending on the project goal, washed woven PP can be prepared as recycling feedstock or continue into pelletizing.
Route A / Clean Feedstock
Clean PP Feedstock
For customers who want prepared woven PP material for a downstream production step.
AI concept materialSize Reduction
+ Washing
+ Dewatering / Squeezing→
+ Washing
+ Dewatering / Squeezing→
AI concept outputThe appearance and downstream use of clean feedstock depend on bag construction, contamination and the configured process.
Route B / Continue to Pelletizing
Recycled PP Pellets
For projects that continue from washed, moisture-reduced material into pelletizing.
AI concept materialWashing →
Moisture Reduction →
Pelletizing→
Moisture Reduction →
Pelletizing→
AI concept outputPellet characteristics depend on feedstock, process configuration and the customer's requirements.
If pellet production is the final target, washing and moisture-reduction stages should be designed with downstream extrusion feeding in mind.
Recommended Recycling Route
PP Woven Bag & FIBC
Recycling Solution
Rayli configures the recycling process according to bag structure, material size, contamination, moisture condition, required capacity and final output.
- 01
Material Preparation
Check bag construction, previous contents and contamination before feeding.
- 02
Shredding / Cutting
Reduce tough woven bags and handles into manageable pieces.
- 03
Washing & Rinsing
Address dust and residue according to actual material condition.
- 04
Dewatering / Squeezing
Reduce moisture and improve material handling after washing.
- 05
Clean PP or Pelletizing
Choose the stopping point based on the required output.
Start with the complete woven-bag route
Explore a line configured around your bag structure, contamination and target output.
Need finished recycled PP pellets?Explore Washing + Pelletizing Complete System ↗
Already have clean woven PP feedstock?Explore Plastic Pelletizing Solution ↗
Plan Your Woven PP Recycling Project
Tell Us WhatWoven Bags You NeedWoven BagsYou Needto Recycle
Share your bag type, previous contents, contamination condition, required capacity and target output. Photos or videos can help Rayli recommend the right shredding, washing, squeezing and pelletizing route.
Photos showing the bag structure, liners and contamination are especially useful for project evaluation.
- 01Bag Type
- 02Previous Contents
- 03Required Capacity
- 04Target Output