Cardboard recycling is the process of collecting, sorting, and reprocessing used cardboard into new paper products instead of sending it to a landfill. In 2026, with e-commerce shipping volumes at record highs, the average household goes through more cardboard boxes than ever before. Understanding how to recycle cardboard properly matters because every ton of recycled corrugated cardboard saves 17 trees, reduces energy consumption by 35 to 50 percent, and cuts water usage by up to 99 percent compared to producing packaging from virgin materials.
The cardboard recycling process follows six main stages: collection, sorting, shredding and pulping, filtering and de-inking, finishing, and converting into new products. Whether you are a homeowner with a weekly curbside bin or a business managing bulk packaging waste, knowing how this cycle works helps you recycle more effectively. Cardboard fibers can be recycled up to 20 or more times before they become too short to bond, which makes this material one of the most recyclable substances on the planet.
In this guide, I walk through everything you need to know about cardboard recycling. You will learn the different types of cardboard and which ones belong in your recycling bin, a detailed step-by-step breakdown of the industrial recycling process, what materials to keep out, where to find recycling drop-off locations near you, and how businesses can turn cardboard waste into a revenue stream. I also cover composting as an alternative, fiber degradation, and answers to the most common recycling questions.
What You Will Learn:
The environmental and economic benefits of recycling cardboard with sourced statistics
How to identify different types of cardboard and their recyclability
A detailed six-step breakdown of the cardboard recycling process
The “Empty. Clean. Dry.” preparation framework for household and business recycling
What NOT to recycle and how to avoid contamination
Where to find cardboard recycling drop-off locations near you
How many times cardboard can be recycled before fibers degrade
Composting cardboard as an eco-friendly alternative to recycling
Cardboard is one of the most widely used packaging materials in the world, and it is also one of the most recyclable. The American Forest & Paper Association reports that approximately 70 percent of commercial shipping boxes made from old corrugated containers (OCC) get recycled. That is a strong number, but it still means roughly 30 percent of cardboard ends up in landfills where it decomposes and releases methane, a greenhouse gas roughly 25 times more potent than carbon dioxide.
The environmental impact of cardboard recycling is measurable and significant. According to industry data, recycling one ton of corrugated cardboard saves approximately 17 mature trees, 7,000 gallons of water, and 390 gallons of oil. Producing packaging from recycled fibers rather than virgin wood pulp also generates about 25 percent less solid waste during manufacturing and reduces processing-related pollution by up to 95 percent.
Energy savings are equally striking. Reprocessing recycled cardboard consumes 35 to 50 percent less energy than manufacturing paper from raw wood chips. Water consumption drops by as much as 99 percent. These figures add up quickly when you consider that the United States alone generates over 35 million tons of cardboard and paper packaging waste annually, with roughly 81 percent of corrugated containers being recovered for recycling.
Beyond raw resource conservation, cardboard recycling reduces the carbon footprint of packaging. Every ton of cardboard diverted from a landfill prevents approximately one ton of CO2 equivalent emissions. Forest conservation plays a role here too. By reusing existing fibers, manufacturers reduce demand for timber harvesting, which helps preserve forest ecosystems that absorb carbon and support biodiversity.
The economics of cardboard recycling extend well beyond feel-good environmentalism. For businesses, the financial case is straightforward: waste disposal costs money. Commercial dumpsters are often priced by volume and pickup frequency, and cardboard takes up significant space. By separating cardboard and baling it for recycling pickup, companies reduce the volume of general waste and lower their hauling fees accordingly.
Recycled cardboard also has real market value. Old corrugated containers are a traded commodity, and recycling facilities pay businesses for baled cardboard by the ton. While prices fluctuate with market demand, companies that generate large volumes of packaging waste, such as retail stores, warehouses, and distribution centers, can earn meaningful revenue from selling their recyclable material. A cardboard baler typically pays for itself within months for high-volume operations.
Job creation is another economic layer. The recycling industry employs over half a million workers across collection, sorting, processing, and manufacturing in the United States alone. Recycling cardboard supports local economies in ways that landfilling simply cannot match. Consumers increasingly favor brands that demonstrate environmental responsibility, so companies with visible recycling and sustainability programs gain a competitive edge in brand perception and customer loyalty.
Not all cardboard is created equal. Understanding the differences between cardboard types helps you sort materials correctly and avoid contaminating recycling batches. Most curbside and drop-off programs accept the common varieties described below, but a few specialty types require special handling.
Corrugated cardboard, also called Old Corrugated Containers or OCC in the recycling industry, is the heavy-duty material used for shipping boxes, moving boxes, and product packaging. It consists of three layers: two flat linerboards with a ruffled inner layer called fluting sandwiched between them. This structure gives corrugated cardboard its strength and rigidity. Corrugated cardboard is the most commonly recycled type and is accepted by virtually every curbside and drop-off recycling program.
Paperboard, sometimes referred to as boxboard or chipboard, is thinner and lighter than corrugated cardboard. Think cereal boxes, shoe boxes, tissue boxes, and the backing on notepads. Paperboard is made from a single layer of pressed paper fibers rather than the multi-layer construction of corrugated board. It is widely accepted in curbside recycling programs, though some facilities ask you to keep it separated from corrugated cardboard due to differences in fiber length and processing requirements.
Chipboard is a subtype of paperboard made from recycled paper fibers that have been pressed and dried. It appears in food packaging, greeting cards, and light-duty boxes. Chipboard is recyclable in most programs as long as it is clean and dry. The same applies to molded paper products like egg cartons. If you want to learn more, our egg carton recycling guide covers molded paper products in detail.
Waxed cardboard has a waterproof coating applied to one or both sides, making it resistant to moisture. You will find it on produce boxes, seafood packaging, and some beverage containers. The wax coating interferes with the pulping process at recycling facilities, which means waxed cardboard is NOT accepted in standard curbside programs. You can identify waxed cardboard by performing a scratch test: if you scrape the surface and a waxy residue comes off, it is coated. Some specialized facilities do accept waxed cardboard for composting or specific recycling processes. For more on coated packaging, see our article on waxed milk carton recyclability.
Glossy or shiny cardboard, such as that used for gift boxes or food packaging with a polished finish, is generally recyclable. The coating is typically a clay-based material, not plastic, and does not interfere with the recycling process. When in doubt, check with your local recycling program to confirm acceptance.
Understanding the cardboard recycling process step by step gives you a clearer picture of why preparation matters. Each stage in the industrial recycling pipeline depends on receiving clean, properly sorted material. Here is the six-step journey your cardboard takes from the recycling bin to a brand-new product.
The cardboard recycling process begins with collection. At the household level, this means placing flattened, clean cardboard into your curbside recycling bin or dropping it off at a local recycling center. For businesses, collection may involve dedicated cardboard dumpsters or a cardboard baler that compresses boxes into dense bales for transport. Municipal waste haulers or private recycling companies collect the cardboard on scheduled pickup days and deliver it to a materials recovery facility, commonly called an MRF.
How you prepare cardboard at this stage directly affects everything downstream. Cardboard that is wet, contaminated with food residue, or mixed with non-recyclable materials like plastic film can ruin an entire batch. That is why the “Empty. Clean. Dry.” rule matters so much. Every box you set out should be emptied of packing materials, free of grease and oil, and kept away from rain until collection day.
Once cardboard arrives at the materials recovery facility, it goes through a sorting process. Workers and automated systems separate cardboard from other recyclables like glass, plastic, and metal. The cardboard is further sorted by type: corrugated cardboard (OCC) in one stream, paperboard and boxboard in another. This separation matters because corrugated fibers are longer and stronger, while paperboard fibers are shorter and processed differently at the paper mill.
During sorting, contaminants are removed. Plastic film, packing tape, metal staples, bubble wrap, and stray non-paper items get pulled off the conveyor belt. Modern facilities use near-infrared technology and AI-powered robotic sorters to identify and separate materials at high speeds. Despite these advances, manual quality control remains part of the process, which is why clean input from consumers still makes a measurable difference.
After sorting, the cardboard moves to a paper mill where it is shredded into small pieces and fed into a pulper. The pulper is a large vat filled with warm water and chemicals that breaks the shredded cardboard down into a wet, fibrous mixture called slurry. Think of slurry as a soup of individual paper fibers suspended in water. The pulping process typically takes 30 to 60 minutes, during which the cardboard fibers separate from one another and any remaining adhesive or coating begins to loosen.
This is where fiber quality comes into play. Recycled fibers are shorter than virgin fibers harvested directly from wood. Each time cardboard goes through pulping, the fibers get a little shorter. Fortunately, corrugated cardboard starts with long, strong fibers that can withstand the pulping process many times before losing structural integrity. Paper mills often blend recycled fibers with virgin fibers to maintain strength and durability in the final product.
The slurry next passes through a series of screens and filters that remove physical contaminants: bits of plastic, staples, tape residue, and any other non-fiber material that survived sorting. A centrifuge process may be used to separate heavier contaminants from the lighter paper fibers. After physical filtering, the pulp goes through de-inking, a flotation process where air bubbles are introduced into the mixture. Ink particles and coatings attach to the bubbles and float to the surface, where they are skimmed off and removed.
De-inking is especially important for glossy printed cardboard and paperboard used in consumer product packaging. The cleaner the pulp, the higher the quality of the recycled paper that comes out at the end. This is one reason why removing tape and labels from your boxes before recycling is helpful: it reduces the amount of filtering work the mill has to do.
After filtering and de-inking, the cleaned pulp is sprayed onto large, flat moving screens. These screens allow excess water to drain away while the fibers bond together to form a continuous sheet of paper. The sheet passes through a series of heated rollers that press out remaining moisture and dry the paper. Cylinder dryers apply controlled heat and pressure to create a uniform thickness and smooth surface.
At this stage, the recycled paper is wound onto massive rolls. These rolls can contain miles of paper and weigh several tons. The rolls are then inspected for quality, trimmed to standard widths, and prepared for shipment to converters who will turn them into finished products.
In the final step, the rolls of recycled paper are sent to converting facilities. Here, the paper is transformed into new corrugated board, paperboard, or other paper-based products. For corrugated cardboard, the recycled paper is used to create the fluting (the wavy inner layer) and the linerboards (the flat outer layers). The layers are glued together, cut to size, and pressed into shape to form new boxes.
Recycled cardboard does not always become new cardboard. It may be converted into cereal boxes, tissue paper, paper towels, writing paper, or even building materials like insulation board. This versatility is what makes cardboard recycling such a powerful contributor to a circular economy, where materials are reused and repurposed rather than discarded after a single use.
Preparing cardboard correctly is the single most impactful thing you can do to support effective recycling. The industry-standard framework is simple: Empty. Clean. Dry. Follow these three rules, and your cardboard will almost always be accepted at the recycling facility.
Start by completely emptying every cardboard box. Remove all packing materials including Styrofoam peanuts, bubble wrap, air pillows, plastic inserts, and twist ties. These items are contaminants that disrupt the pulping process and can damage recycling equipment. Leave nothing inside the box except cardboard.
Remove any non-paper attachments that you can easily take off. Packing tape, shipping labels, and staples do not have to be perfectly removed since recycling facilities filter them out during processing, but pulling off excess tape and large labels does help. If you are wondering about the tape itself, find out whether you can compost tape in our related guide.
Cardboard contaminated with food residue is one of the biggest challenges in recycling. Grease, oil, and food particles soak into the paper fibers and cannot be removed during the pulping process. A pizza box with grease stains is the classic example. You can still recycle the clean parts of a pizza box by tearing off the greasy sections and recycling the rest. For a detailed breakdown, read our guide on whether you can recycle pizza boxes.
Scrape off any visible food residue before recycling. If a box held food and cannot be cleaned, it belongs in the compost bin or the trash, not the recycling bin. Contaminated cardboard can ruin an entire batch of recyclables, so when in doubt, leave it out.
Wet cardboard loses its structural integrity and can clog sorting machinery at recycling facilities. Once cardboard gets soaked, the fibers begin to break down and the material becomes harder to recycle. Store your recyclable cardboard indoors or under cover until collection day. If your recycling bin has no lid and rain is forecast, consider holding cardboard until the next pickup.
Always flatten cardboard boxes before putting them in your recycling bin. Flattening reduces volume dramatically, which means your bin holds more and collection trucks make fewer trips. Break boxes along their seams, remove any interior dividers, and lay them flat. Some municipalities require cardboard pieces to be no larger than 3 feet by 3 feet to fit through sorting equipment, so cut oversized boxes down if needed.
Bundle extra cardboard that does not fit in your bin with string or place it in a separate paper bag next to your bin. Never put loose cardboard in a plastic garbage bag, as plastic bags cause major problems at sorting facilities and are themselves not recyclable through standard curbside programs.
Knowing what to keep out of your recycling bin is just as important as knowing what to put in. The following materials are common contaminants that cause problems at recycling facilities and should never go in with your cardboard recycling.
Waxed cardboard: The wax coating does not break down during pulping. Use the scratch test to identify it. If a waxy residue comes off under your fingernail, keep it out.
Greasy or food-soaked cardboard: Oil and grease cannot be removed during the recycling process. Compost these instead if possible.
Wet cardboard: Saturated cardboard clogs machinery and may have already begun degrading. If it cannot dry out completely, it is better off in compost or trash.
Plastic bags and film: Never bag cardboard in plastic. Plastic film wraps around sorting equipment and causes shutdowns. Take plastic bags to designated store drop-off programs.
Styrofoam and packing peanuts: Expanded polystyrene is not recyclable through standard programs. Remove all foam packing materials before recycling the box they came in.
Bubble wrap and air pillows: Deflate and take these to plastic film recycling locations, not your curbside bin.
Cardboard with hazardous chemical residue: Boxes that held cleaning chemicals, paint, or pesticides may have absorbed harmful substances. Dispose of these according to local hazardous waste guidelines.
Contamination is the number one problem at recycling facilities. When non-recyclable materials mix with good cardboard, the entire batch may be rejected and sent to a landfill. By keeping these items out, you directly improve the efficiency and profitability of your local recycling program.
If your curbside recycling program does not accept cardboard, or if you have more cardboard than your bin can hold, there are several alternative disposal options available in most communities.
Most municipalities offer curbside recycling that accepts corrugated cardboard and paperboard. Check your local waste management website or call your city’s recycling hotline to confirm what is accepted and learn the schedule. Some programs require cardboard to be cut to a specific size, typically no larger than 3 feet by 3 feet. Flatten all boxes and place them in or next to your recycling bin on collection day.
Most counties operate recycling drop-off centers where you can bring large quantities of cardboard free of charge. These facilities typically have dedicated cardboard containers or dumpsters. Search online for “cardboard recycling drop-off near me” to find locations in your area. County and city government websites usually maintain directories of recycling centers with addresses and hours of operation.
Some retailers accept cardboard for recycling. Home Depot and Lowe’s stores frequently have cardboard collection bins in their receiving areas, though policies vary by location. Call ahead to confirm availability before loading up your vehicle. Large retailers that receive substantial shipments may allow community members to drop off cardboard, especially after peak shopping periods.
If you generate large volumes of cardboard from moving, renovations, or a home business, consider selling it to a scrap paper dealer or recycling buyer. OCC is a traded commodity, and many buyers will pick up baled or bulk cardboard for free or pay you by the ton when market prices are favorable. This option is most practical if you have a cardboard baler or can accumulate enough material to meet minimum pickup requirements.
Cardboard cannot be recycled infinitely. Each trip through the pulping process shortens the cellulose fibers that give paper its strength and structure. Industry research indicates that paper fibers can be recycled approximately 20 or more times before they become too short to bond together effectively. This phenomenon is called fiber degradation, and it is the reason the recycling loop requires a continuous supply of virgin material alongside recycled content.
Corrugated cardboard starts with long, robust fibers harvested from softwood trees like pine. After several recycling cycles, these long fibers gradually shorten. Eventually, recycled fibers become too short for corrugated applications and are downcycled into thinner products like paperboard, tissue paper, or newspaper. This is why a cereal box (made from shorter paperboard fibers) typically cannot be recycled back into another cereal box indefinitely.
Paper mills address this limitation by blending recycled fibers with virgin fibers. A typical new corrugated box contains a mix of both, ensuring adequate strength while maximizing the use of recycled material. The American Forest & Paper Association notes that new corrugated containers often contain over 50 percent recycled fiber content. This blending strategy is what makes the cardboard recycling system work as a sustainable loop rather than a one-way path.
Understanding fiber degradation also explains why recycling clean, high-quality cardboard matters. Contaminated or damaged fibers degrade faster, reducing the number of recycling cycles each batch can sustain. Every time you send clean, dry corrugated cardboard to the recycling facility, you are contributing fibers that can support multiple future recycling loops.
Businesses generate the majority of cardboard waste in the commercial sector. Retail stores, warehouses, restaurants, and distribution centers handle enormous volumes of packaging daily. For these operations, cardboard recycling is not just an environmental responsibility but a financial opportunity.
A cardboard baler is a machine that compresses loose cardboard into dense, tied bales that are easy to store and transport. Balers come in vertical and horizontal configurations, with sizes ranging from small units suitable for a single retail store to large industrial systems for distribution centers. The key benefit is volume reduction: a baler can compress cardboard to roughly 10 percent of its original volume, dramatically cutting waste storage space and hauling costs.
Private waste haulers and recycling companies offer scheduled commercial recycling pickup services tailored to business volumes. Contracts can be structured based on the amount of cardboard generated, with options for weekly, biweekly, or on-call collection. Businesses that produce enough baled cardboard may qualify for free pickup or even receive payment for the material, depending on current OCC market prices.
Old corrugated containers are sold by the ton on commodity markets. Prices fluctuate based on supply and demand, but businesses with consistent volumes of clean baled cardboard can generate a steady revenue stream. Some companies reinvest this income into their sustainability programs, while others simply count it as reduced waste disposal costs. Either way, recycling cardboard is typically more cost-effective than sending it to a landfill.
Beyond direct financial returns, corporate cardboard recycling programs contribute to sustainability goals and improve brand perception. Many consumers actively prefer to do business with companies that demonstrate environmental responsibility. Achieving FSC-certified packaging goals, complying with extended producer responsibility (EPR) legislation, and publicly reporting recycling metrics all strengthen a company’s environmental credentials and customer loyalty.
Recycled cardboard finds its way into a surprising range of products beyond new boxes. Here are some of the most creative and impactful applications driving the circular economy forward:
Garden mulch and compost: Shredded cardboard makes excellent carbon-rich material for composting and mulching in gardens. It retains soil moisture and suppresses weed growth. Our detailed guide on how to shred cardboard for compost covers this process step by step.
Eco-friendly furniture: Several designers and furniture manufacturers now create chairs, tables, shelving, and even lamps from compressed recycled cardboard fibers. These products are lightweight, durable, and fully recyclable at end of life.
Building insulation: Recycled paper and cardboard are processed into cellulose insulation, a cost-effective and environmentally friendly alternative to fiberglass. Cellulose insulation offers excellent thermal performance and is treated for fire resistance.
Animal bedding: Shredded cardboard serves as dust-free bedding for small animals, poultry, and livestock. It absorbs moisture effectively and can be composted after use.
Artistic and craft applications: Artists use recycled cardboard for sculptures, model-making, wall art, and even fashion accessories. The material is versatile, affordable, and readily available.
Sustainable packaging innovation: Companies are developing molded pulp packaging from recycled cardboard as a replacement for plastic foam inserts, egg cartons, and protective shipping materials.
The recycling industry continues to evolve with new technology that improves efficiency and recovery rates. Several innovations are shaping the future of cardboard recycling as of 2026:
AI-powered robotic sorters: Advanced machines equipped with computer vision and machine learning algorithms can identify and sort cardboard by type, color, and contamination level at speeds far exceeding human capability.
Near-infrared spectroscopy (NIR): NIR sensors detect the molecular composition of materials on a conveyor belt, allowing automated systems to distinguish between different paper grades and remove contaminants with high precision.
Ballistic separators: These mechanical systems use oscillating motion to separate flat materials like cardboard sheets from three-dimensional items like bottles and cans, improving sorting accuracy.
Improved de-inking processes: New enzymatic de-inking methods use naturally derived enzymes to break down ink particles more efficiently than traditional chemical flotation, reducing water and energy consumption.
Digital tracking and traceability: Some recycling programs now use QR codes and digital platforms to track material from collection to processing, giving businesses verifiable data on their recycling outcomes.
Recycling is not the only sustainable option for disposing of cardboard. Composting offers an excellent alternative, especially for cardboard that is contaminated with food residue and cannot be recycled. Since cardboard is made from plant-based cellulose fibers, it breaks down naturally in a compost environment and contributes valuable carbon to your compost pile.
Composting is ideal for pizza boxes with grease stains, food-soiled paperboard, and cardboard that has gotten wet and degraded. These materials would contaminate a recycling batch but are perfectly welcome in compost. The key is to shred or tear the cardboard into small pieces first, which speeds up decomposition by increasing the surface area available to microbes.
For a comprehensive walkthrough of this process, our guide to shredding cardboard for compost covers equipment, techniques, and tips for achieving the right carbon-to-nitrogen ratio. Whether you have a backyard compost bin or a larger system, cardboard is one of the best brown materials you can add.
The main consideration when composting cardboard is removing non-compostable attachments first. Tape, plastic labels, and staples should be pulled off before the cardboard goes into your pile. If you are unsure about tape, read our article on whether you can compost tape for guidance on which types break down safely.
To recycle cardboard, follow three steps: empty the box of all packing materials, ensure the cardboard is clean and dry with no food residue, and flatten the box before placing it in your recycling bin. Break down large boxes to fit and keep cardboard pieces under 3 feet by 3 feet.
Waxed cardboard, food-soaked or grease-stained cardboard, wet cardboard, and cardboard contaminated with hazardous chemicals are not recyclable through standard programs. Plastic-coated cardboard and cardboard with large amounts of attached Styrofoam or bubble wrap should also be kept out of recycling bins.
Yes, you can put clean, flattened corrugated cardboard and paperboard in your curbside recycling bin in most municipalities. Always empty the boxes, remove packing materials, and flatten them to save space. Check with your local recycling program for any size limits or specific preparation requirements.
Some Home Depot and Lowe’s locations accept cardboard for recycling, but policies vary by store. These retailers generate large volumes of cardboard from their own shipments and may allow community drop-offs. Always call ahead to confirm availability and any restrictions before bringing cardboard to a store location.
Cardboard fibers can be recycled approximately 20 or more times before they become too short to bond effectively. Each recycling cycle shortens the fibers slightly. Eventually, degraded fibers are downcycled into thinner products like paperboard or tissue paper. Paper mills blend recycled fibers with virgin fibers to maintain strength in new corrugated boxes.
Yes, most recycling facilities can handle small amounts of packing tape on cardboard boxes. The tape is filtered out during the pulping process. However, removing excess tape before recycling does improve efficiency and reduces contamination. Pull off as much tape as you easily can, but do not stress over every last strip.
Wet cardboard is difficult to recycle because it loses structural integrity and can clog sorting machinery. If cardboard has gotten wet but dries completely without mold or degradation, it may still be recyclable. If it is soaked through or shows signs of breaking down, compost it or dispose of it in the trash instead.
Recycled cardboard is converted into new corrugated boxes, paperboard for cereal and shoe boxes, tissue paper, paper towels, writing paper, molded pulp packaging, cellulose insulation, and even eco-friendly furniture. The versatility of recycled cardboard fibers makes this material a cornerstone of the circular economy.
For businesses generating large volumes, recycling cardboard can be profitable. Old corrugated containers are sold by the ton as a commodity, and companies with cardboard balers can earn revenue from selling baled material while also reducing waste disposal costs. For households, recycling is typically free through curbside programs and saves money on trash pickup.
Yes, always flatten cardboard boxes before recycling. Flattening saves significant space in your recycling bin and collection truck, reduces the number of trips needed, and helps sorting equipment process the material more efficiently. Most recycling programs require or strongly prefer flattened cardboard.
Cardboard recycling is one of the most effective and accessible ways to reduce waste, conserve natural resources, and support a circular economy. By understanding the cardboard recycling process, from collection through converting, you can see exactly why proper preparation matters at every stage. The statistics speak for themselves: a 70 percent commercial recycling rate, 35 to 50 percent energy savings, up to 99 percent water reduction, and 17 trees saved for every ton of cardboard recycled.
The “Empty. Clean. Dry.” framework is your practical guide to getting it right every time. Flatten your boxes, remove packing materials, keep cardboard away from moisture, and never mix in waxed or food-contaminated materials. For cardboard that cannot be recycled, composting offers a sustainable alternative that returns nutrients to the soil. Businesses can go further by investing in balers, arranging commercial pickup, and turning waste into revenue.
Key Takeaways:
Cardboard recycling saves 17 trees, 7,000 gallons of water, and 390 gallons of oil per ton recycled.
The recycling process involves six stages: collection, sorting, shredding and pulping, filtering and de-inking, finishing, and converting.
Follow “Empty. Clean. Dry.” to prepare cardboard correctly for recycling every time.
Keep waxed, greasy, wet, and contaminated cardboard out of recycling bins.
Cardboard fibers can be recycled approximately 20 or more times before degrading beyond use.
Businesses can reduce costs and generate revenue through commercial cardboard recycling programs with balers and pickup services.
Composting is a viable alternative for cardboard that cannot be recycled, especially food-contaminated materials.
Always flatten cardboard boxes and keep pieces under 3 feet by 3 feet for easy processing.
For more recycling guides, explore our resources on pizza box recycling, egg carton recycling, and light bulb recycling to expand your sustainability efforts beyond cardboard.
