Routinely added to film and bags to keep the sheets from sticking together.
If you want to learn more, please visit our website Mingyi.
Contains an anti-static additive that dissipates static electrical charges. Good for short-term storage. View Anti Static Poly Bags.
This specification covers plastics and products made from plastics that are designed to be composted in municipal and industrial aerobic composting facilities. The properties in this specification are those required to determine if plastics and products made from plastics will compost satisfactorily, including biodegrading at a rate comparable to known compostable materials. The purpose of this specification is to establish standards for identifying products and materials that will compost satisfactorily in commercial and municipal composting facilities.
This specification establishes the requirements for labeling of materials and products (including packaging), wherein a biodegradable plastic film or coating is attached (either through lamination or extrusion directly onto the paper) to compostable substrates and the entire product or package is designed to be composted in municipal and industrial aerobic composting facilities. This specification, however, does not describe the contents of the product or their performance with regards to compostability or biodegradability. In order to compost satisfactorily, the product must demonstrate each of the three characteristics as follows: (1) proper disintegration during composting; (2) adequate level of inherent biodegradation; and (3) no adverse impacts on the ability of composts to support plant growth.
A biodegradable and compostable material that is made from sugarcane fiber leftover after juice extraction. This fiber is made into disposable products normally made from plastic or virgin paper.
Continuous roll of seamless tubing perforated under bottom seal. Bags must be torn off to open. View Flat Poly Bags on a Roll. View Gusseted Poly Bags on a roll.
A bag sign is a plastic bag that is stretched over a wire frame. Typically, the wire frame is rectangular with an open end. The two wire rods on the open end are pressed into the ground and the bag sign is stretched over the wire frame to display the printing on either side of the bag. The bag signs made by Custom Poly are printed on LDPE film with a special backing to prevent sunlight conditions from interfering with the printed message on either side of the sign. Bag signs are most familiar during election years when candidates use them as part of their campaign efforts.
Specially formulated film typically used to extend the shelf life of food products. Prevents transmission of moisture and gases.
A material that is capable of undergoing decomposition into simple compounds such as carbon dioxide, methane, water, inorganic compounds and biomass. The predominant mechanism for decomposition is the enzymatic action of micro-organisms. There are no requirements regarding residues or time to breakdown.
The U.S. standard in compostability. The BPI Logo Program is designed to certify and identify plastic products that will biodegrade and compost satisfactorily in actively managed compost facilities. The BPI and US Composting Council (USCC) use American Society for Testing and Materials Specifications (ASTM) to approve products for their “Compostable Logo” effort. These specifications are the result of 8 years of intensive work by researchers, product manufacturers, composters, and resin producers to identify plastic and paper products, which disintegrate and biodegrade completely and safely when composted in a municipal or commercial facility, like kraft paper, yard trimmings and food scraps. In order to be BPI certified, products must meet ASTM D or D standards based on testing in approved independent laboratories.
Bioplastics, also called organic plastics, are a form of plastics derived from renewable biomass (living and recently dead biological material) sources, such as vegetable oil, cornstarch, or pea starch, rather than fossil fuel plastics which are derived from petroleum.
An anti-static film made with a carbon black additive. A humidity-independent, corrosion-resistant, non-contaminating film with a long shelf life. View Black Conductive Poly bags.
Common paper bag. Bleaching is done by a chemical process.
The most common method of producing film and bags. Resin is melted in the extrusion process and blown vertically into a bubble to cool.
A bottom gusset is formed by pushing the bottom, closed end of a flat poly bag up, into the bag interior making an accordion type fold or pleat at only the bottom of the bag. Bottom gusset bags are always sidewelded. The size of the bottom gusset is measured across the open or unfolded dimension. The bottoms of plastic bags constructed in this manner sit more or less flat on a surface when filled.
Individually cut bags from seamless tubing, sealed on the bottom. Flat or side gusseted bags with a seal – usually have a tail.
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A carrying handle die-cut into the top of the bag that leaves a flap of material in place
Extruded in sheet form through a slotted die.
CFC's, or Chlorofluorocarbons, are a mixed group of chemical compounds composed of carbon, fluorine, chlorine and hydrogen alkenes. They are nontoxic and nonflammable and can be readily converted from a liquid to a gas and vice versa. Their commercial and industrial value notwithstanding, CFCs have been found to pose a threat to the environment through ozone depletion.
Transparency of the film based upon surface gloss and haze.
Clay or other material coating on paper to make it smoother and less absorbent to ink. Produces a smooth finish and better print, but can rub off and crack on folds taking the ink with it.
Capable of undergoing biological decomposition in a compost site as part of an available program, such that the material is not visually distinguishable from other compost and breaks down into carbon dioxide, water, inorganic compounds, and biomass, at a rate consistent with known compostable materials (usually 90 days). These compostable materials leave no toxic residue.
An alternative to bag signs are signs printed on coroplast, a material that resembles corrugated cardboard but is made from plastic. Coroplast signs are cut to size from larger sheets of material and then screen printed. They are displayed in yards by inserting wire stakes into the corrugation in the edge of the sign board and then pressing the other end of the stakes into the ground. Because coroplast signs are printed using a screen print process, it is possible to do four color process printing to obtain amazing full-color results.
Adding words and/or graphics in one or more colors to the bag
A material that undergoes a significant change in its chemical structure under specific environmental conditions resulting in a loss of some physical properties. (Micro-organisms do not need to be involved).
Side-weld bag, staple-packed with perforated lip and hole just below the top of the bag.
Carbon-impregnated polyethylene bags providing exterior protection from static charges.
Ethylene Vinyl Acetate. Additive that strengthens and improves seal-ability. Appropriate for use in cold-temperature applications.
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Provides both interior and exterior protection from static and other charges.
Bag has lip folded back with side seals. Commonly known as a sandwich bag.
Two-dimensional bag (width x length) with bottom or side seals. View Flat Poly bags.
Print that is solid colored - also known as line art. Each color requires a separate plate to print a solid color.
A resin additive used to increase the tensile strength, impact strength, abrasion resistance, and tear properties of poly bags and films.
The thickness of material. The higher the gauge, the thicker the material.
GMO, or Genetically Modified Organism, is an organism whose genetic material has been altered using genetic engineering techniques. DNA molecules from different sources are combined into one molecule to create a new set of genes. This DNA is then transferred into an organism, which creates a protein. The protein material is harvested and converted into a material that is used as an alternative to plastic.
A line of adhesive added to the bag to make it self-sealing...can be permanent or resealable
A hang hole reinforced with a metal ring to help keep the bag from tearing
Flat style bag with both sides or bottom tucked in to form gussets. Designated with three dimensions; Side Gusset (width x depth x length) or Bottom Gusset (width x length + gusset). View Gusseted Poly bags.
A hole is added to the bag, usually near the top, allowing it to hang on a hook or have a tie inserted.
Side-weld bag with continuous seal along top, 2"-3" below fold. Bag is loaded and sealed from the bottom and typically has a hang hole.
Thinner, yet stronger than low density polyethylene. Moisture and vapor barrier, non-porous.
Thermal bonding processes that results in the permanent adhesion of the print to the bag.
High Density Poly Ethylene. This plastic film is most familiar for its use in standard retail store check-out bags
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Stronger than low density. Resistant to punctures and tears, non-porous, and stretchable.
One side of the bag is longer than the other; allows bag to open easily.
Porous and somewhat stretchable. Good clarity.
A process of mechanically polishing paper between cylinders.
Usually on kraft paper, it’s smoother than machine finished.
Thinner and stronger than low density polyethylene. Puncture resistant.
Thickness of material. The higher the mil, the stronger the material. (1/ inch = 1 mil)
Unbleached paper in its natural form - brown in color.
These two types of compost certifications are standard in Europe and are very similar to ASTM D and D. They test to ensure that at least 90% of the organic material is converted into carbon dioxide. Similar to ASTM D, these testing specifications require that no more than 10% residue remains after three months and the resultant compost does not negatively affect plant growth. Although these certifications are the standard in Europe and other regions of the world, we recommend attaining BPI certification if you are using compostable products in the U.S.
Natural products that have been grown without the use of conventional pesticides and artificial fertilizers, free from contamination by human or industrial waste, and processed without ionizing radiation or food additives. Producers must be certified by an independent third-party certifying agency in order to use the USDA Organic label.
Often mistakenly called Oxo-Biodegradable, it is a plastic made from fossil fuels that has been treated with an additive that allows it to disintegrate over time through interaction with microbes. The chemical structure of the plastic is broken down with the help of oxygen and heat or sunlight, and then the smaller particles are utilized by micro-organisms as food. They do not pass ASTM regulations, however, because they do not degrade as quickly as the definition requires. They compost well and are safe for landfills.
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A line of small holes placed on a bag to make it easier to tear off or open...can also be used to make a tamper-evident bag
A type of bioplastic (also known as organic plastic). Polylactic acid or polylactide (PLA) is a form of plastic derived from corn or sugar cane. Starches from the corn and sugar cane are converted into carbon and other elements that are used to make the plastic polylactide.
Made from a type of bioplastic (also known as organic plastic), plant starch material is a biodegradable, thermoplastic resin. It is composed of starch combined with several other biodegradable materials. The cornstarch is modified in order to obtain heat-resistant properties, making the plant starch material one of the few bioplastics capable of withstanding high temperatures.
Adding another sheet of plastic to the bag, usually sealed on three sides, to provide additional, separate storage
Stronger and more rigid than polyethylene. Preserves freshness with vapor and moisture barriers. Non-porous and excellent clarity. Ability to withstand high temperatures.
Colors are reproduced by printing overlapping dots of cyan, magenta, yellow, and black (CMYK) inks to simulate a large number of different colors.
A repeating print that appears in full on a bag at least once. A partial print may be visible on either side of the full print.
Seal-top reclosable and reusable bags can be made with or without a tamper-evident adhesive seal. Also includes zipper and slider zipper bags. View Reclosable Poly bags.
A product or package that can be collected separated or otherwise recovered from the solid waste stream for reuse. The term may also be applied to the manufacture or assembly of another package or product through an established recycling program. Claims of recyclability should be qualified to the extent necessary to avoid consumer deception about any limited availability of recycling programs and collection sites.
The print shows up in the same spot on every bag in a production run.
A natural resource that can be replenished by natural processes at a rate comparable or faster than its rate of consumption by humans or other users. Renewable resources may also mean commodities such as wood, paper, and leather.
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A side gusset is formed by pushing the side edges of a flat poly bag into the bag interior, making accordion type folds or pleats along both sides of the bag. Side gusset bags are always bottom sealed. The size of the side gusset is measured across the open or unfolded dimension. Plastic bags constructed in this manner conform well to box-like shapes
Bags are sealed on the side. No bottom seal.
Additive that helps prevent bags from sticking to each other and promotes easy insertion of packaged goods.
Self-opening satchel.
Strongest bottom seal for liners that combines four sections in a star design. Seal maximizes carrying capacity.
Four layer construction providing Faraday Cage protection. Offers greater protection than anti-static.
For more information, please visit Poly Tubing Flat Plastic Bags for Long-Term Storage.
Many zipper lock bag users (e.g. retail goods, food products) want to ensure that only their consumer utilizes the resealable zipper in the packaging. One way to accomplish this is to use a tamper-resistant zipper lock bag, which is basically a bottom-fill zipper lock bag that is pre-sealed above the zipper. A perforation in the plastic above the zipper allows the consumer to tear away the seal and access the zipper and the bag contents. Another type of tamper-evident zipper lock bag has a zipper that will not open once it has been closed except by destroying the bag itself.
The force required to break through film and bags, or snap rope, cable ties, and wire by pulling on opposite ends. Determined by material thickness and width.
Bags with no side seals or slit seals that are usually bottom sealed and have a tail.
Ultra Violet Inhibitor. Additive diminishes the effect of sunlight breaking up the film and extends film life in sunlight conditions.
A small hole is added to the bag to allow air and moisture to pass through the bag
Tear-off bags held in place by a metal wicket on the lip of the bag. View Wicketed Poly bags.
A white area imprinted on the bag allowing it to be written on
Plastic bags can be made with narrow interlocking tracks, made from the same plastic material, that are sealed into the poly bag near the open end across the width. These are called zipper bags, zip lock bags or reclosables. Typically, the user places an item in the bag and then pinches one end of the track near the seal at the side and slides their fingers across the width of the bag, forcing the poly zipper tracks to merge and lock together. Most zipper lock bags can be opened and resealed a number of times.
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In the world of power generation, performance and durability are everything. Whether it’s a standby unit for emergencies or a primary power source in remote locations, generators need to operate efficiently and reliably — often under demanding conditions. One critical but often overlooked component in ensuring this reliability is the shroud — specifically, custom poly shrouds.
At Atlantic Poly, Inc., we’ve seen firsthand how properly designed poly shrouds can improve generator cooling, reduce wear and tear, and ultimately extend the life of your equipment.
Generators produce a tremendous amount of heat during operation. Without proper airflow management, internal temperatures can rise quickly — leading to overheating, system shutdowns, or even permanent damage. A poly shroud helps direct and optimize airflow over and around critical components such as radiators, alternators, and exhaust systems.
Unlike generic or poorly fitted metal housings, custom poly shrouds can be engineered to fit precisely within your system, ensuring that cooling air is delivered exactly where it’s needed most. This kind of targeted airflow boosts efficiency and supports stable, long-term operation.
Polyethylene and polypropylene materials are lightweight, corrosion-resistant, and easy to mold into complex shapes. This makes them ideal for shrouds that need to fit snugly in tight or uniquely shaped spaces. Unlike metal, poly won’t rust or degrade when exposed to moisture, fuel vapors, or industrial chemicals — which is especially important for outdoor or mobile generator units.
Because poly shrouds are lighter than their metal counterparts, they also reduce overall system weight, making them an excellent choice for portable generators or equipment mounted on vehicles or trailers.
By controlling airflow and shielding critical components from dirt, debris, and moisture, a poly shroud doesn’t just support cooling — it protects your generator from environmental stress. This added protection helps reduce the frequency of maintenance, prevent damage to fan blades or belts, and minimize the risk of sudden failures.
That means less downtime, fewer repair costs, and longer intervals between servicing, all of which contribute to the long-term value of your investment.
At Atlantic Poly, Inc., we specialize in custom-made poly shrouds that are tailored to your specifications and performance requirements. Whether you're outfitting a new generator system or replacing outdated components, we’ll help you design a solution that improves airflow, supports thermal efficiency, and holds up under pressure.
If your generator system could benefit from improved cooling and longer-lasting performance, contact the team at Atlantic Poly, Inc. to learn more about our custom poly shroud capabilities. We’ll help you create a solution that keeps your equipment running cooler, cleaner, and longer.
In fast-paced work environments where efficiency, organization, and durability matter, poly pocket bags have quickly become a must-have solution for businesses across nearly every industry. At Atlantic Poly, Inc., we supply high-quality poly pocket bags designed to meet the demands of industrial, commercial, educational, and office settings. But what exactly are poly pocket bags—and what makes them so widely used?
Pocket bags are clear or colored polyethylene sleeves or pouches used to store, protect, and display documents, labels, instructions, work orders, and small items. They often come with features like adhesive backing, magnetic strips, hook-and-loop closures, or grommets for easy attachment to bins, machines, shelves, or walls. Their primary purpose is to protect documents from dust, dirt, grease, and moisture while keeping important information visible and accessible.
So, why are they so popular?
First, it’s their versatility. Poly pocket bags can be used in manufacturing plants to display safety instructions, in warehouses to label inventory racks, in hospitals to protect patient information, or in schools to organize classroom materials. Their applications are endless, and they can be adapted to almost any environment.
Second, poly pocket bags are durable. Made from tough polyethylene, these bags resist tearing, moisture, and exposure to harsh conditions. Unlike paper folders or vinyl sleeves that break down over time, poly pocket bags hold up even in high-traffic, high-use settings.
Another major reason for their popularity is efficiency. With easy-open flaps, resealable closures, and customizable sizes and formats, these bags help streamline processes. Workers can quickly identify the contents without opening the bag, keeping workflows smooth and organized.
In today’s industries, where compliance, labeling, and information sharing are critical, having a simple, reusable solution like a poly pocket bag can make a big difference. They're a small product with a big impact—and a favorite across sectors for good reason.
At Atlantic Poly, we offer a wide range of poly pocket bags that can be tailored to your specific needs. Whether you're looking for adhesive-backed pockets for equipment labeling, color-coded bags for inventory control, or magnetic holders for metal surfaces, we've got you covered.
Ready to find the right custom poly pocket solution for your business? Contact Atlantic Poly, Inc. today for a quote or free sample.
At Atlantic Poly, Inc., we’ve seen how smart packaging can make all the difference when it comes to grabbing attention—and making the sale. That’s why sideweld poly bags are a go-to choice for retailers looking to elevate their point-of-sale (POS) displays.
What makes sideweld bags so effective? It starts with their sleek, durable design. The sealed sides and bottom provide a clean, structured look that presents products in a professional and organized way. Whether you're showcasing accessories, hardware, small electronics, or promotional items, sideweld bags keep contents visible, contained, and protected—all while allowing your branding or labels to shine.
They also offer customization that works at the shelf level. With options like hang holes, headers, perforations, or custom printing, sideweld bags are easy to integrate into retail hooks, bins, or impulse-buy displays. This makes it easier for customers to see, reach, and choose your product.
From high clarity film to custom sizes and gauges, sideweld poly bags offer retailers a cost-effective, versatile solution that enhances product appeal while maintaining protection and convenience.
Looking to improve your packaging and display strategy? Atlantic Poly, Inc. is ready to help you create custom sideweld bags tailored to your product and retail environment.
When shipping metal components or finished goods across borders, one of the biggest challenges manufacturers face is corrosion. Exposure to fluctuating temperatures, humidity, and salt air during transit can quickly compromise the integrity of valuable parts—especially during ocean freight or long-term storage. That’s where VCI (Vapor Corrosion Inhibitor) bags come in.
At Atlantic Poly, we specialize in providing high-performance VCI bags that do more than just protect—they help your business stay compliant with global shipping standards and avoid costly delays or damaged inventory.
International shipping requires strict adherence to packaging and material standards, especially for metal goods. Certain export destinations (like the EU, Asia, and the Middle East) have regulations around corrosion protection and environmental safety. Improper packaging not only puts your products at risk but can also result in non-compliance, customs issues, or rejections at the port of entry.
Our VCI bags release a safe, invisible vapor that forms a molecular barrier on metal surfaces. This barrier protects against moisture, salt, and other corrosion triggers—without the need for messy oils or greases. The result is clean, dry, and protected parts that meet international shipping requirements and customer expectations.
VCI bags:
Whether you're exporting automotive parts, aerospace components, precision tools, or electronics, Atlantic Poly's VCI packaging solutions make it easier to meet compliance regulations—and protect your bottom line. Our team works with manufacturers, logistics providers, and exporters to design custom VCI bag solutions that match your exact needs.
Contact Atlantic Poly, Inc. today to learn more about our VCI bag options and corrosion protection solutions.
At Atlantic Poly, Inc., we understand the growing demand for environmentally responsible packaging. As businesses and consumers alike prioritize sustainability, custom-printed packaging solutions must evolve to meet these expectations. That’s why we offer a range of eco-friendly printed poly bags designed to reduce environmental impact while keeping your branding sharp and professional.
Switching to eco-friendly packaging isn't just about doing the right thing—it’s also a smart business decision. Today’s consumers are more environmentally aware than ever, often favoring brands that show a commitment to reducing waste and promoting sustainability. Printed poly bags provide a unique opportunity to pair your message with materials that align with your values, all without compromising performance, durability, or visual appeal.
Our most popular sustainable option is the recycled poly bag. These are made from post-consumer or post-industrial recycled materials, offering the same level of protection and flexibility as traditional bags while supporting a circular economy. They can be custom-printed with your logo, messaging, or artwork, providing both environmental value and marketing power.
We also offer biodegradable poly bags, which are engineered to degrade more quickly under certain environmental conditions. These are ideal for short-term packaging needs where disposal in landfills is expected. While biodegradability depends on specific factors like heat and moisture, these bags offer a step forward for companies seeking transitional eco-conscious solutions.
For those pursuing more aggressive sustainability goals, our compostable poly bags offer a plant-based alternative made from renewable materials such as PLA. These are especially well-suited for brands in the organic, natural, or food service sectors. Certified for commercial composting environments, they break down much faster than traditional plastics and leave behind minimal residue.
Another environmentally friendly option is the reusable poly bag. These heavy-duty bags are designed for multiple uses, reducing the need for single-use plastics. They’re perfect for retail, event giveaways, and e-commerce packaging that benefits from durability and extended brand exposure.
At Atlantic Poly, we’re committed to helping our clients make practical, sustainable packaging decisions without sacrificing quality or branding impact. Whether you're looking to meet internal sustainability goals or respond to customer demand for greener practices, we have the expertise and materials to help you choose the right eco-friendly printed poly bag for your business.
If you're ready to explore sustainable packaging options that align with your brand values, contact us today to get started.
In industries where cleanliness, compliance, and precision are non-negotiable, cleanroom packaging plays a critical role in protecting sensitive components and materials. At Atlantic Poly, Inc., we specialize in providing custom cleanroom bags that meet strict regulatory standards while offering the flexibility you need for unique applications. When it comes to customization—especially sizing and printing—getting it right is essential to ensure optimal performance, compliance, and usability.
The first step in designing custom cleanroom bags is understanding your cleanroom’s ISO Class level and any relevant industry-specific guidelines, such as FDA, USP <797>, or EU GMP standards. These requirements influence the materials, manufacturing processes, and packaging environments suitable for your application. Atlantic Poly offers bags manufactured under ISO-certified conditions to ensure compliance and quality from the outset.
Selecting the right material for your cleanroom bag is equally important. Polyethylene is commonly used for general cleanroom needs, while specialized materials like nylon, Tyvek®, or foil-laminated films may be necessary for more sensitive applications in medical, aerospace, or semiconductor fields. Factors such as chemical resistance, static control, puncture resistance, and sterilizability will guide the choice of the ideal substrate to protect your product effectively.
Precise sizing goes beyond convenience, it helps minimize material waste, reduces the risk of contamination, and ensures that your products fit securely without excess air or unnecessary packaging. To get sizing right, it’s important to determine the exact length, width, and depth your bags require, along with the appropriate thickness to balance protection with flexibility. The type of closure, whether open-ended, zip-top, or heat sealable, should also be considered in your design. If you need assistance, Atlantic Poly’s technical team is ready to analyze your needs and recommend the perfect size based on your product dimensions and handling processes.
Custom printing on cleanroom bags is more than just branding; it plays a vital role in traceability, batch control, barcoding, and regulatory labeling. Our cleanroom-compatible printing solutions ensure that inks and printing processes do not compromise the sterility or cleanliness of the bags. Whether you need custom logos, lot or batch codes, barcodes, QR codes, handling instructions, or color-coded identification zones, Atlantic Poly provides printing options designed to maintain the integrity of your packaging and your product.
Partnering with a trusted manufacturer like Atlantic Poly means working with a team that understands the demands of cleanroom environments. We collaborate closely with clients in biotech, pharmaceuticals, electronics, and aerospace to deliver high-quality, custom-engineered cleanroom bags produced in cleanroom-compatible environments. Our in-house experts guide you through every step, from design and prototyping to production, ensuring your packaging performs flawlessly every time.
If you’re ready to create cleanroom bags tailored precisely to your needs without compromising on compliance, performance, or quality, contact Atlantic Poly, Inc. today to discuss your custom bag specifications or request a quote.
In today’s fast-moving retail environment, packaging needs to be more than just functional—it must be efficient, cost-effective, and tailored to your brand's needs. That’s where flat poly bags come in. At Atlantic Poly, Inc., we’ve helped countless retailers streamline their packaging operations with these versatile, easy-to-use solutions.
Whether you're packaging clothing, hardware, printed materials, or small consumer goods, flat poly bags offer a simple yet professional presentation. With clear or printed options, a variety of thicknesses, and custom sizing, these bags are adaptable to virtually any product line.
What makes flat poly bags so effective for retail packaging is their minimalism and durability. They’re lightweight, moisture-resistant, and available with or without pre-made hang holes, making them ideal for both in-store display and e-commerce shipping. For retailers focused on speed, poly bags can be heat-sealed, taped, or stapled shut in seconds—saving time during busy fulfillment hours.
In addition to protecting your products from dust, scratches, and handling damage, poly bags enhance your brand’s image. Branded or custom-printed bags can help you stand out in a crowded retail space, while clear bags allow your product to shine through without extra layers of packaging.
At Atlantic Poly, we offer custom flat poly bag solutions in a range of materials and sizes to fit your exact needs. Whether you’re a growing online boutique or a national retail chain, we’re ready to help you find the perfect packaging solution that’s simple, effective, and ready to scale with your business.
Looking to upgrade your retail packaging? Let Atlantic Poly make it easy—reach out to our team today to request a sample or a custom quote.
In the fast-paced world of shipping, warehousing, and logistics, choosing the right protective material for your pallets is more than a convenience—it's critical to ensuring product integrity, efficiency, and cost-effectiveness. At Atlantic Poly, Inc., we often hear the same question from customers:
"Should I use pallet covers or shrink wrap?"
The answer depends on your specific application, handling requirements, and the level of protection needed.
Pallet Covers
Shrink Wrap (Stretch Film)
You Need Protection from Environmental Hazards
You’re Storing Product Long-Term
You’re Shipping Perishables or Temperature-Sensitive Items
You Want a Reusable or Sustainable Option
Top-Load Protection Is Required Pallet covers can shield goods from leaks, falling debris, or condensation from ceilings and HVAC systems.
You Need Tight Load Containment During Transit
Clear stretch film keeps barcodes and labels
For many applications, the best solution is a combo approach:
This layered method gives you the stability of shrink wrap and the environmental protection of a pallet cover—especially useful in unpredictable spring and summer conditions.
Choosing the right protective material comes down to what you’re shipping, where it’s going, and how it will be stored. At Atlantic Poly, Inc., we offer a full line of custom pallet covers, shrink wrap, and industrial packaging solutions to meet your needs.
Contact us to discuss your requirements of Specimen Transport Bags. Our experienced sales team can help you identify the options that best suit your needs.