What Happens to Plastic Scrap After Seraphim Plastics Picks It Up?

Your trailer is loaded.

The plastic leaves your manufacturing facility.

Then what?

For many manufacturers, that’s where visibility into the recycling process ends.

But understanding what happens after industrial plastic is collected helps explain why recyclers care so much about resin identification, contamination, color and material separation.

Step 1: Industrial Plastic Is Collected

The recycling process actually begins at the manufacturer’s facility.

Materials may include:

• Production parts
• Purge
• Runners and sprues
• Pallets
• Totes
• Crates
• Dunnage
• Buckets
• Film
• Regrind
• Pellets

How these materials are prepared before collection can affect every subsequent step.

Step 2: Material Arrives for Processing

Once material reaches a recycling or reprocessing operation, the recycler needs to ensure that the incoming material matches expectations.

A load expected to contain polypropylene shouldn’t unexpectedly contain substantial quantities of HDPE, metal or general waste.

Consistency protects the quality of the resulting recycled material.

Step 3: Material Is Prepared

Large industrial plastic items may need to be reduced in size before further processing.

Think about the difference between a plastic pallet and resin pellets.

The chemical material may ultimately be reusable, but the physical forms are dramatically different.

Processing converts bulky scrap into a more manageable secondary raw material.

Step 4: Size Reduction

Rigid plastic can be mechanically reduced into regrind.

Seraphim Plastics operates a reprocessing facility in Memphis, Tennessee, where industrial plastic can be processed into approximately 3/8-inch regrind.

The process transforms products that are no longer useful in their original form into material that can potentially serve as manufacturing feedstock again.

Step 5: Recycled Material Reenters the Supply Chain

Regrind isn’t the end goal.

Reuse is.

Processed plastic can be sold into appropriate manufacturing applications where recycled material can replace or supplement virgin material.

The basic circular flow becomes:

Manufacturing → Scrap → Collection → Processing → Regrind → Manufacturing

That’s fundamentally different from:

Manufacturing → Scrap → Dumpster → Landfill

Why Contamination Matters

Imagine processing 20,000 pounds of HDPE.

Now imagine pieces of metal hidden throughout the load.

Or PP mixed with the HDPE.

Or significant amounts of dirt, wood and cardboard.

Those contaminants don’t magically disappear when the material reaches a recycler.

Someone—or some process—must deal with them.

That’s why manufacturers can improve recycling outcomes before material ever leaves their property.

Why Seraphim Wants to Know What Material You Have

Questions about resin, color, form and quantity aren’t unnecessary obstacles to getting a quote.

They’re necessary to determine whether the material has an appropriate recycling outlet.

The recycler needs to understand:

What is it?

How much is there?

How clean is it?

Where is it?

How frequently is it generated?

Those answers help determine whether the scrap can economically become useful material again.

Where Does Your Plastic Go Next?

The ultimate destination depends on the resin and market.

Recycled plastic may find applications in products such as industrial components, containers, construction products, automotive components, pallets and other manufactured goods.

The exact application varies because different products have different material specifications.

Recycling doesn’t mean every piece of plastic becomes the same product again.

It means the polymer’s useful life can potentially continue beyond the original application.

Learn More About Industrial Plastic Reprocessing

Seraphim Plastics works with post-industrial plastic generated by manufacturers and commercial operations.

Companies with substantial quantities of recyclable plastic can review materials Seraphim purchases or request a quote.

The next time a load of scrap leaves your facility, don’t think of it simply as waste being removed.

Think of it as raw material beginning its next manufacturing cycle.