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Cut Jobsite Waste and Streamline Operations

Sustainable Packaging Solutions

Smart packaging cuts jobsite waste by addressing the problem at its source: materials that arrive on the jobsite before construction even begins. When packaging is designed to be minimal, recyclable, reusable, or biodegradable, the downstream waste footprint shrinks dramatically.

Less Material to Throw Away
Packaging waste is a surprisingly large contributor to dumpster loads, increasing costs, disrupting jobsite efficiency, and creating compliance risks. Smart construction waste management principles emphasize reducing, reusing, and recycling materials.

Streamlined Jobsite Operations
With so much packaging on the jobsite, generating less waste translates into real cost savings and smoother project flow through fewer dumpster hauls, less time spent cleaning up, lower disposal fees, and a safer, less cluttered jobsite.

Biodegradable & Compostable Options
Non-plastic and paper product options break down naturally, reducing soil and groundwater contamination and cutting landfill contributions by up to 60%.

Partnering for Better Options
Manufacturers with smart upstream planning can eliminate single-use plastics, take advantage of bulk packaging, and use recyclable content to reduce waste long before the materials reach the jobsite.

Less Mess and Less Stress for Contractors and Network Installers

Our Sustainably Smart Packaging (SSP) program focuses on bulk packaging, recyclable packaging, and eliminating single-use plastics.

 

EXTREME™ Cat 6A and Cat 6 Jacks are available in multiple bulk pack options, with select colors available in 200-pack GREENPACK™ packaging that is reusable and recyclable, eliminating more than 2 million single-use polybags every year.

EXTREME Cat 6A and Cat 6 Jacks

 

ATLAS-X1™ Cat 6A Jacks are available in multiple pack options, including 12-pack GREENPACK packaging, which is reusable, recyclable, and speeds deployment, saving nearly 30 seconds per termination.

ATLAS-X1 Cat 6A Jacks

 

QUICKPORT™ Copper Patch Panels are transitioning to Sustainably Smart Packaging, eliminating single-use plastics and foam inserts with recyclable materials.

QUICKPORT Copper Patch Panels

 

Fiber Pigtails are packaged with 100% paper-based recyclable materials – no plastic, twist ties, tape, or staples. Customized cardboard backers secure connectors in place with simplified product information and insertion and return loss parameters on the label.

Fiber Optic Pigtails

 

QR code installation instructions make it easy to learn how to install Leviton products without the waste of printed instructions, eliminating nearly 40 million instruction sheets each year.

QR code installation instructions

 

Copper cable packaging in 1,500-foot SMARTPAK™ boxes reduces cardboard and cable scrap by 10-15%, minimizing clean up times and clutter on the jobsite.

Copper cable packaging

 

Changes in the packing method for fiber optical cable halved the number of containers required and reduced shipping related emissions by 50%.

Changes in the packing method

 

GREENPACK bulk pack patch cords speed network deployment and greatly reduce jobsite waste with fully recyclable packaging of 12 or 24 units per box. Features include perforated windows for easy product identification, stackable cartons, and information fields for notes.

GREENPACK bulk pack patch cords

 

SDX Fusion Splice Modules are packaged in 100% cardboard and paper packaging. Plus, the modules use internal shuttered LC adapters, eliminating additional waste from traditional dust plugs.

SDX Fusion Splice Modules

The GREENPACK™ Difference

Large network installations can be cumbersome and time consuming for IT network managers, with workers needing to open hundreds or even thousands of individually packaged jacks and patch cords. Leviton GREENPACK bulk packs effectively streamline installation and reduce material waste from entering the landfill.

Frequently Asked Questions

Leviton’s Sustainably Smart Packaging is a program focused on recyclable materials, recycled content, bulk formats, and smarter packaging designs that help reduce or eliminate single-use plastics. The packaging program helps reduce jobsite waste before products arrive on site by prioritizing efficient formats that use minimal, recyclable, reusable, or biodegradable materials.

Sustainable packaging reduces jobsite waste by decreasing the amount of material contractors and network installers need to unpack, sort, clean up, and dispose. By cutting excess material at the source, installation teams can lower dumpster volumes, spend less time on cleanup, reduce disposal costs, and maintain a safer, less cluttered jobsite.

Yes. Leviton uses recyclable packaging through Sustainably Smart Packaging, which features 100% recyclable materials. Leviton also uses corrugated cartons containing at least 50% recycled content, along with sustainable inks and coatings.

Leviton has significantly reduced single-use plastics by replacing plastic clamshells, blister packs, and polybags with recyclable paper and paperboard alternatives across select product lines. In 2025 alone, these improvements eliminated 42,591 pounds of plastic and removed more than 1.24 million clamshell packages.

Sustainable packaging supports Leviton’s broader sustainability commitment by reducing waste, improving recyclability, and helping customers achieve their own sustainability goals. Sustainably Smart Packaging extends Leviton’s sustainability practices to the jobsite by supporting more responsible material choices and product lifecycles.

Packaging waste is a concern for organizations and network installers because it can accumulate quickly on construction and network installation jobsites, increasing disposal costs, creating clutter, and slowing productivity. Extra materials often require additional handling, sorting, and cleanup, which can affect jobsite efficiency and increase dumpster volumes. By reducing, reusing, and recycling materials, organizations can minimize waste, improve site safety, streamline operations, and support sustainability goals.