Fiberon Recycling and composite decking
From detergent bottles to deck boards
Fiberon turns unwanted plastics into enviable outdoor spaces
Fiberon deck boards comprise nearly 94% recycled content
The next time you toss a milk jug or detergent bottle into your recycling bin or dutifully return plastic bags to the grocery store, consider this. One ton of recycled plastic saves:
- 5,774 Kwh of energy
- 16.3 barrels of oil
- 98 million Btu’s of energy
- 30 cubic yards of landfill space*
*Source: Stanford University
Recycled plastic can also be used to manufacture innovative products; among them, Fiberon® composite decking. In the last two years, Fiberon has taken more than 120 million pounds (that’s 60,000 tons) of unwanted plastic and turned it into beautiful decking, railing, and fencing. Even the location of the recycling facility helps reduce our environmental impact. Fiberon Recycling sits less than three miles from our New London, North Carolina manufacturing plant. This added bit of efficiency means less fuel is consumed by our trucks and less CO2 is emitted into our atmosphere.
What happens to those plastic milk jugs
Built in 2014, Fiberon Recycling is a 200,000 square foot facility that recycles both post-consumer and post-industrial polyethylene (PE), the most common form of plastic waste. Found in plastic milk jugs, detergent bottles, grocery bags, and product packaging, the PE comes to Fiberon Recycling in bales and bins, ready to be sorted, converted into pellets, and re-used in our products.
Upon its arrival, the polyethylene must undergo a battery of tests, including thermal, moisture, and infrared analysis. These tests will confirm the molecular structure of the polymers as well as give our team insight into the history of that specific sample. Our inspectors look at the individual physical properties of the samples, check for possible degradation, and determine whether any contaminants are present that might have been incorporated during prior manufacturing processes. If the samples meet strict Fiberon quality requirements, they are staged in the warehouse, where they will undergo further inspection. If the samples fail, they are sent to alternate recycling operations with less stringent requirements. Nothing is wasted.
Bins of recycled plastic bottles are ready to be converted into pellets
Diligent inspections ensure top-quality results
At this point, our team creates batches or “recipes” from these materials. By blending together plastics of varying characteristics, we are able to further hone the quality of what we produce. The bins containing pre-shredded materials (detergent bottles and milk jugs) are fed directly into the extruder. The bales of plastic film and bags must be opened and loaded onto conveyor belts by Fiberon team members.
Bales of plastic film staged for loading onto conveyor belts
The bales are loaded in layers, where they can be inspected once again for any hidden contaminants. The material then travels through a metal detector, then the shredder, and finally, through one more metal detector before reaching the extruder. This extra step protects the machinery and helps ensure that no metal contamination could feasibly make it beyond this point in our process.
Layers of plastic must pass through a metal detector before entering the shredder.
Upon entering the extruder, the material is melted by the torque of a very large screw. The molten plastic then passes through a screen filter into the barrel of a second, similarly-sized screw. Finally, the melted plastic travels through one more screen before being forced through a small orifice die where a rotating blade, spinning at speeds in excess of 2000 rpms, cuts the strands of the molten plastic into pellets. The pellets are then cooled by water, and sent through a system of ducts to an outdoor blending silo. Here, the pellets from multiple extruders are mixed together to ensure consistency among the thousands of pounds of pellets we produce in a single work day.
Pellets from multiple extruders are mixed together in this blending silo
Recycled plastic. Reclaimed wood. No felled trees.
Having completed the recycling process, the blended pellets are then transferred to a large storage silo. Here, the materials will await delivery to our nearby manufacturing facility or will be loaded onto rail cars for shipment to our second manufacturing plant, located in Meridian, Idaho.
Of course, these plastic pellets are only one example of recycled content comprising Fiberon decking. Wood flour (ground-up cabinet pieces, door frames, and similar lumber scraps) is the other key ingredient in the eco-friendly mix. During manufacturing, these raw materials will be blended and then co-extruded with a durable outer layer that ensures resistance to moisture, weather, insects, and decay.
Fiberon products contain roughly equal parts ground-up, post-industrial wood waste and recycled plastics
All told, Fiberon products comprise 94% recycled content. What’s not in the mix? Lumber from freshly cut trees. All of our wood is post-industrial wood waste. No tree is ever felled to make Fiberon Decking.
So if you’re the not-so-proud owner of a not-so-sturdy wood deck, consider upgrading to long-lasting, great-looking, and very eco-friendly Fiberon composite decking. Check out these awesome projects, and see what you’ve been missing.
Watch and see how this process is done in this short video below: