What are sustainable packaging solutions?

Sustainable packaging solutions involve using eco-friendly materials and processes that reduce environmental impact, conserve resources, and support recycling and reuse.

What is PCR (Post Consumer Regrind) in packaging?

PCR refers to recycled plastic materials that have been reprocessed from consumer waste and reused in new packaging, helping reduce the need for virgin plastic production.

What is PLA and how is it used in packaging?

PLA (Polylactic Acid) is a compostable polymer made from renewable resources like cornstarch, used in packaging as an eco-friendly alternative to traditional plastics.

What is sugarcane polymer in packaging?

Sugarcane polymer is a bio-based material derived from sugarcane that offers similar properties to traditional plastics while being renewable and potentially carbon-negative.

How does eco-friendly printing support sustainability?

Eco-friendly printing supports sustainability by minimizing material usage and ensuring compatibility with recyclable packaging, reducing waste and improving overall recyclability.

Why are sustainable materials important in packaging?

Sustainable materials are important because they reduce environmental impact, conserve natural resources, and help brands meet growing consumer demand for eco-friendly products.

How does Big Sky Packaging provide sustainable packaging solutions?

Big Sky Packaging provides sustainable packaging solutions by offering materials like PCR, PLA, and sugarcane polymers, along with eco-friendly design and production methods that support environmentally conscious brands.

Sustainable Packaging Solutions

The BIG SKY PACKAGING team offers a range of sustainable packaging solutions, in various materials, to meet the increasing demand for environmentally-conscious brands.

Bottles made from sustainable sources offer the opportunity for brands to demonstrate their environmental awareness, through packaging choices. The materials, as well as a quick introduction to each, are listed below:

PCR (Post Consumer Regrind)
PLA (Polylactic Acid)
Sugarcane Polymer
Eco-friendly Printing

PCR (POST CONSUMER REGRIND)

PCR is plastic products that have been recycled, which means they have been reprocessed to be re-used in new manufacturing
PCR conserves energy and non-renewable resources as recycling replaces the need for primary extraction and the manufacture of new plastics
BSP offers a range of PCR materials for use in the production of plastic bottles and jars at levels of between 25% – 100% in PET and up to 50% in HDPE*
PCR tubes are available for use with PE starting at 25% PCR material

*Subject to material availability

PLA (POLYLACTIC ACID)

PLA is a compostable polymer derived from renewable sources such as cornstarch
BSP partners have tested PLA in various manufacturing processes and the results to date have been promising although there are some limitations on what can be produced
We would be happy to develop this further in partnership with a customer – please contact the BSP sales team to discuss

SUGARCANE POLYMER

Polymer made using bio-oil derived from sugar cane rather than traditional oil
BSP partners are currently producing sugarcane flexible tubes and bottles for the packaging market
Retains the same properties as traditional oil-based polymers
100% renewable
Possible to achieve a negative carbon footprint
Investigating Polyethylene Furanoate (PEF) source, Bio-polymer equivalent to PET
Sugarcane Closures are also available.

ECO-FRIENDLY DECORATION

Printing adds very little gram weight to the product. In addition, label materials are sometimes inconsistent with the bottle which can hinder recycling.

Please contact the BIG SKY PACKAGING team today and learn how we can help build your brand.

Frequently Asked Questions

Sustainable packaging solutions use environmentally responsible materials and designs that minimize waste, improve recyclability, and reduce the overall environmental impact of packaging.

Companies are adopting sustainable packaging to meet consumer expectations, reduce their environmental footprint, strengthen brand reputation, and prepare for evolving sustainability regulations.

Popular materials include recycled paperboard, FSC-certified paper, PCR plastics, glass, aluminum, bio-based materials, and refillable packaging systems.

Sustainable packaging can improve customer trust, enhance brand value, reduce material waste, and demonstrate a company's commitment to environmental responsibility.

Packaging engineers evaluate materials, optimize packaging structures, and develop solutions that balance sustainability, functionality, cost, and product protection.

Sustainable Packaging Solutions