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Issue 02/2019

Highlights: Thermoforming Building & Construction Basics: Biobased Packaging

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Thermoforming
Building & Construction

Basics: Biobased Packaging

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Building & Construction<br />

PLA based<br />

edgebanding<br />

The patented, ecofriendly and<br />

green alternative to PVC/ABS/PP<br />

edgebanding<br />

BioEdge ® is the trade name for the biopolymer<br />

edgebanding product made with BioBest ® , a proprietary<br />

PLA (Polylactic Acid) based bioplastic material sourced<br />

from sugar cane, which has been grown supporting the<br />

principles of sustainable agriculture. It is currently the only<br />

biobased and biodegrabale edgeband option available today.<br />

BioEdge is manufactured in the United States and has been<br />

produced by Bio-Plastic Solutions, LLC of Blooming Prairie,<br />

Minnesota since 2012. The material make-up is patented by<br />

BioPlastic Solutions for use in the building and trade industry.<br />

BioEdge edgebanding is a biobased an biodegradable<br />

alternative and replacement for PVC (Polyvinyl Chloride),<br />

ABS (Acrylonitrile Butadiene styrene), and PP (Polypropylene)<br />

edgebanding to give any building project a green story. This<br />

edgebanding is price competitive with and performs as well<br />

as PVC, ABS, or PP, plastics without containing the hazardous<br />

chemicals of some of these petroleum-based materials.<br />

Increasingly over the last few years, governments,<br />

organizations, and businesses have publicly committed to<br />

reducing the use of environmentally sensitive products and<br />

processes. Paired with a multitude of available green building<br />

certifications (LEED, WELL, BREEAM etc.), the demand for<br />

eco-friendly building materials has never been greater.<br />

BioEdge edgebanding is made from sustainably produced<br />

PLA from annually renewable crops and is the clear<br />

choice for environmentally-conscious architects, builders<br />

millwork/casework producers and furniture manufacturers.<br />

BioEdge contains as much as 90 % of non-hazardous PLA.<br />

The remaining components are free from volatile organic<br />

compounds (VOC’s) and any items on known red and black<br />

lists of hazardous materials for building interiors.<br />

PVC plastic contains vinyl chloride and other toxic and<br />

carcinogenic plasticizers and additives. According to the<br />

US Green Building Council (USGBC), ABS utilizes several<br />

hazardous chemicals in its production. Standard plastic<br />

hazard classifications show ABS is only slightly less<br />

hazardous than PVC. PLA on the other hand does not include<br />

any of these same hazardous materials.<br />

BioEdge edgebanding does not emit toxic volatile<br />

organic compounds (VOC’s), has a low smoke index, and<br />

is mechanically and thermally stable. It is the sensible and<br />

environmental replacement for PVC, ABS or PP edgebanding<br />

and is an ideal fit for standard or green projects in health<br />

sensitive facilities such as schools, hospitals, universities,<br />

hotels, apartments/dorms, senior centers, and restaurants.<br />

It is already in use in many of these facilities across the<br />

United States and Canada.<br />

BioPlastic Solutions has completed durability testing<br />

for this product through a third party. The standard<br />

BioEdge recipe was compared in abrasion testing with<br />

PVC edgebanding. While both BioEdge and the basic PVC<br />

edgebanding tested within one point of each other in average<br />

shore D hardness, the PVC edgebanding degraded at over<br />

four times the rate of BioEdge patented edgebanding on<br />

average. This testing proves out yet another advantage of<br />

BioEdge to PVC edgebanding.<br />

On top of the environmental advantages of BioEdge over<br />

traditional petroleum-based edgebanding on the market<br />

today, BioEdge can be produced in small batches with a<br />

minimum order of one spool (as little as ~75 m or 250 feet).<br />

Most large producers require minimum orders of at least<br />

1,500 m (5,000 ft) of edgebanding for large scale building<br />

and renovation projects, providing another advantage with<br />

purchasing BioEdge through BioPlastic Solutions.<br />

The company currently offers its standard range of solid<br />

colors along with industry standards they have previously<br />

matched for other projects. Lead time for production can be<br />

as low as two weeks for small batch orders (under 1,500 m)<br />

of standard colors and colors previously matched to other<br />

24 bioplastics MAGAZINE [<strong>02</strong>/19] Vol. 14

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