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What do ASTM numbers mean for plastic sheeting?

When selecting plastic sheeting for various applications, from protecting your construction site to lining a pond, understanding its strength and durability is crucial. But how do you know if a particular plastic sheeting is up to the task? That's where ASTM International standards come in. These globally recognized standards provide a framework for testing and classifying materials, ensuring they meet specific performance requirements.

Let's delve into some key ASTM standards related to the strength and performance of plastic sheeting, particularly focusing on those relevant to construction and industrial applications.

ASTM E1745: Your Foundation's Defense Against Moisture

Imagine the potential damage moisture can cause beneath a concrete slab – mold growth, structural issues, and compromised indoor air quality. That's where ASTM E1745, "Standard Specification for Plastic Film Used as a Vapor Retarder Under Concrete Slabs on Ground Contact with Soil or Granular Fill," becomes vital.

This standard specifically addresses flexible plastic sheeting intended to act as a vapor retarder directly in contact with soil or granular fill under concrete slabs. Think of it as a moisture barrier protecting your building's foundation. To ensure effectiveness, ASTM E1745 outlines rigorous testing for:

• Water Vapor Permeance: This measures how much moisture can pass through the material over time. A lower permeance value indicates better moisture resistance. Imagine trying to fill a bucket with tiny holes – a material with low permeance has very few "holes" for water vapor to escape.
• Tensile Strength: This tests the material's ability to resist being pulled apart. Think of stretching a rubber band – a higher tensile strength means it can withstand more force before breaking.
• Puncture Resistance: This measures the material's ability to resist being pierced by sharp objects. Imagine dropping a pointed rock on the sheeting – a higher puncture resistance means it's less likely to tear.

Under specific conditions, ASTM E1745 also requires testing for:

• Flame Spread: This assesses how quickly a material will burn and spread flames. This is crucial for safety in building applications.
• Permeance After Soil Poison Petroleum Vehicle Exposure: This evaluates if exposure to chemicals used in soil treatments affects the material's moisture barrier properties.
• Permeance After Exposure to Ultraviolet Light: This tests how well the material holds up to sunlight exposure, which can degrade some plastics over time.

Example: A construction company choosing an underslab vapor barrier for a new school building would look for a plastic sheeting that meets ASTM E1745 Class A, which has the most stringent requirements for water vapor permeance, tensile strength, and puncture resistance. This ensures long-term protection against moisture intrusion.

ASTM D2582: Measuring Tear Resistance After a Puncture – Preventing Catastrophic Failure

While puncture resistance is important, what happens after a puncture? That's where ASTM D2582, "Standard Test Method for Puncture-Propagation Tear Resistance of Plastic Film and Thin Sheeting," comes into play.

This test focuses on the tear resistance of plastic sheeting after it has been punctured. It simulates scenarios where sharp objects might initially pierce the material, and then the force of wind or stress could cause that puncture to propagate into a larger tear.

The test measures the material's resistance to snagging and to the dynamic puncture and propagation of that puncture, resulting in a tear. This is particularly relevant for applications like tarpaulins, where snags from debris or equipment can lead to tears.

Example: Imagine a farmer using a plastic tarp to cover equipment. A sharp branch might poke a hole. A tarp with good ASTM D2582 performance will resist that small puncture from turning into a large rip that exposes the equipment to the elements.

ASTM D4533: The Trapezoid Tear Test – Ensuring Strength Against Tearing Forces

Another crucial measure of a plastic sheeting's strength is its resistance to tearing forces. ASTM D4533, "Standard Test Method for Trapezoid Tearing Strength of Geotextiles," adapted for scrim-reinforced plastic sheeting, provides a valuable assessment.

This test method applies tension along a defined course, causing a tear to propagate across the width of the sheeting. It measures the force required to continue tearing the material. The maximum trapezoid tearing strength is reached when the material's resistance to further reorientation of its fibers is greater than the force needed to break multiple fibers simultaneously.

Example: Consider a construction site using scrim-reinforced plastic sheeting as temporary walling. This sheeting needs to withstand wind forces that could cause tears. Material tested to ASTM D4533 will have a known resistance to tearing under such stress.

ASTM E96: Understanding Water Vapor Transmission

While ASTM E1745 focuses on vapor retarders under slabs, ASTM E96, "Standard Test Methods for Water Vapor Transmission of Materials," provides a broader understanding of how water vapor moves through permeable and semi-permeable materials, including plastic sheeting.

This test helps determine the water vapor transfer (WVT) rate and permeance of a material under specific conditions. It's important to note that permeance values can vary depending on the test conditions (temperature, humidity).

Example: A manufacturer of agricultural films might use ASTM E96 to evaluate how well their plastic sheeting retains moisture within a greenhouse environment.

Beyond the Basics: Other Important ASTM Tests

While the above are key for understanding strength and moisture resistance, other ASTM standards provide valuable insights into plastic sheeting performance:

• ASTM E84: This test measures the comparative surface burning behavior of materials. While primarily for building materials like walls and ceilings, it can be relevant for understanding the flammability of plastic sheeting used in certain construction or industrial settings.
• ASTM D7003 & D7004: These standards evaluate the tensile properties and grab strength of reinforced geomembranes. They are crucial for applications where the sheeting will be under significant pulling forces, such as pond liners or containment barriers.

The Importance of ASTM Standards

ASTM standards provide a reliable and consistent way to evaluate and compare the performance of plastic sheeting. By understanding these standards, buyers and specifiers can make informed decisions, ensuring they choose materials that are strong enough, durable enough, and appropriate for their intended application.

When selecting plastic sheeting, always look for documentation indicating which ASTM standards the material has been tested against. This will give you confidence in its performance and help you avoid costly failures down the line.

In aerospace manufacturing and maintenance, safety is everything. One often-overlooked component that plays a critical role in protecting aircraft, crew, and passengers is fire-retardant (FR) tape. Used across everything from wire harnessing to thermal insulation, these tapes are specially engineered to meet stringent safety, thermal, and flammability standards.

This blog takes an in-depth look at aerospace FR tapes—what they are, what specs they need to meet, and how they are used across various aerospace applications.

What Is Aerospace FR Tape?

Aerospace FR tape refers to pressure-sensitive adhesive tapes that are fire retardant, designed to self-extinguish and resist flame propagation. These tapes are essential in environments where extreme heat, electrical insulation, and flammability prevention are critical.

Unlike general-purpose tapes, FR tapes used in aerospace must meet strict compliance standards for flame, smoke, and toxicity (FST).

What Do Aerospace Buyers Look For in FR Tape?

Aerospace engineers, MRO teams, and procurement departments look for specific qualities when sourcing FR tape:

• Flame Retardancy – Must self-extinguish and not support combustion.

• Low Smoke Emission – Essential for passenger cabin use.

• Low Toxic Gas Emission – Non-halogenated materials are preferred.

• Thermal Resistance – Must perform under extreme hot and cold conditions.

• Lightweight Construction – Every ounce matters in aerospace.

• Conformability and Flexibility – For wrapping cables and uneven surfaces.

• Clean Removal – Important for temporary masking or repairs.

Common Specifications and Certifications

To be considered suitable for aerospace use, FR tapes often need to comply with some or all of the following:

• FAR 25.853 – The Federal Aviation Regulation for flame resistance of materials used in aircraft interiors.

• Boeing BMS standards – Boeing Material Specifications such as BMS 5-146 or BMS 5-133.

• Airbus ABS standards – Airbus has specific standards for materials used in aircraft interiors.

• MIL Spec (Military Specifications) – For defense aerospace use, such as MIL-I-46058C.

• UL 94 V-0 or VTM-0 – Flammability ratings for plastic and adhesive materials.

Meeting these certifications ensures the tape can be used in cockpit interiors, cable harnesses, insulation systems, and structural bonding applications.

Materials Commonly Used in Aerospace FR Tapes

Different base materials are used depending on the tape's application:

• Polyimide Film (e.g., Kapton®) – High-temperature and chemical resistance.

• Glass Cloth – Reinforced strength for thermal insulation and flame shielding.

• Foil Tapes (Aluminum or Copper) – Used for EMI shielding and heat reflection.

• PTFE (Teflon®) Coated Tapes – Low friction, chemical resistant, and flame retardant.

Adhesives are also specially formulated:

• Silicone Adhesives – For extreme high/low temperature ranges.

• Acrylic Adhesives – Offer balance of adhesion and environmental resistance.

Common Aerospace Applications for FR Tape

1. Wire and Cable Harnessing

FR tapes are used to bundle and protect cables in cockpit panels, avionics, and undercarriage systems. Tapes like Polyken 108FR or 3M 398FR are used for their flame retardancy and clean removability.

2. Insulation and Duct Sealing

In aircraft HVAC and insulation systems, FR tapes help seal thermal blankets and ductwork, maintaining cabin temperature and preventing fire spread.

3. Temporary Surface Protection

During assembly or MRO work, FR tapes are applied to protect surfaces from heat, abrasion, or fire risks without leaving residue.

4. Composite Lay-Up and Masking

FR tapes help in the lay-up of composite materials or as masking during heat curing processes in part manufacturing.

5. EMI/RFI Shielding

Aluminum or copper foil FR tapes are used to shield electronic components from electromagnetic or radio frequency interference.

Example: Polyken® 108FR

One of the most well-known aerospace FR tapes is Polyken 108FR, used widely in commercial and military aircraft.

Features:

• Meets FAR 25.853 requirements

• Excellent adhesion to metal and insulation blankets

• Hand-tearable for ease of use

• Residue-free removal

Common Uses:

• Wire harness wrapping

• Sealing insulation blankets in fuselage

• Temporary holding during cabin refits

Best Practices for Choosing FR Tapes in Aerospace

1. Verify Certification Requirements: Always match the tape to OEM specs (Boeing, Airbus, MIL-SPEC).

2. Test for Adhesion and Compatibility: Especially if used on composite materials or insulation.

3. Match Temperature Range: Ensure the tape will hold under flight or maintenance conditions.

4. Consider Application Method: Some tapes are better for hand use; others are machine-applied.

Final Thoughts

Aerospace fire-retardant tapes are mission-critical materials designed to protect aircraft systems and personnel. By choosing tapes that meet required specs and are designed for harsh environments, aerospace teams can ensure regulatory compliance and long-term durability.

If you’re sourcing FR tape for aviation or aerospace, be sure to review the product’s data sheet, certifications, and application history.

Need help choosing the right tape? Contact us for technical guidance and compliant aerospace tape options.

So You Want to Build a Pond? Here's What You Need to Know First

Whether you're building a backyard oasis, a koi pond, or a decorative water feature, one thing is certain: you need a reliable liner to keep water where it belongs. Enter the world of flexible poly, a category of plastic sheeting that includes various types of polyethylene liners designed for durability, water resistance, and long-lasting performance.

For many homeowners, choosing a pond liner can be confusing. What’s the difference between a pond liner and a geomembrane? Do you really need UV resistance? And how thick should the liner be?

In this guide, we’ll break it down so you can confidently choose and install the right pond liner for your project.

What Is Flexible Poly?

"Flexible poly" is a broad term that refers to polyethylene-based plastic sheeting known for its pliability and waterproofing capabilities. While the term "flexible" highlights its ability to bend and conform to surfaces, there's much more to it.

Flexible poly comes in several types:

• LLDPE (Linear Low-Density Polyethylene) – Flexible and often used in pond liners.

• HDPE (High-Density Polyethylene) – More rigid, but extremely tough and used in industrial applications.

• LDPE (Low-Density Polyethylene) – Softer and used for vapor barriers and general plastic sheeting.

Why Do You Need a Pond Liner?

Pond liners create a watertight barrier that prevents water from seeping into the ground. Even if your pond seems to hold water naturally, evaporation and seepage will eventually drain it—especially in dry climates.

A properly installed liner:

• Prevents water loss

• Keeps soil and debris from muddying your pond

• Creates a healthier environment for fish and plants

• Protects your investment for years to come

Types of Pond Liners

1. LLDPE Pond Liners

LLDPE pond liners are the most popular choice for homeowners. They are:

• Flexible and easy to install

• Resistant to UV rays

• Durable against tears and punctures

• Fish-friendly

Best for:

• Backyard water features

• Koi ponds

• Artificial streams and fountains

2. HDPE Geomembranes

HDPE liners are used in large-scale or commercial projects like:

• Landfills

• Wastewater containment

• Canals and reservoirs

They offer:

• Extreme durability and chemical resistance

• Long lifespan

• Limited flexibility (more suited for flat surfaces)

Unless your pond is huge and industrial in scale, LLDPE is likely the better option for residential use.

Choosing the Right Liner for Your Pond

Here are the main factors to consider:

1. Size of Your Pond

Measure your pond's length, width, and depth, then add an extra 1.5–2 feet on all sides to account for overlap and anchoring.

2. Liner Thickness

• 20 mil liners are good for small decorative ponds.

• 30–40 mil offers more durability for larger or deeper ponds.

3. UV Resistance

Choose a liner that is UV-stabilized if your pond is in full sun. UV rays degrade plastic over time, so this is crucial for longevity.

4. Fish-Friendly Material

Make sure your liner is labeled non-toxic and safe for aquatic life if you plan to include fish.

How to Line a Pond: Step-by-Step

Step 1: Clear and Dig the Area

Mark your pond shape and dig to the desired depth. Remove any sharp rocks, roots, or debris that could puncture the liner.

Step 2: Add a Protective Underlayment

Place a layer of underlayment fabric or sand to cushion the liner. This prevents wear and tear from sharp surfaces.

Step 3: Lay the Liner

• Gently unfold your liner and center it over the pond.

• Press it into place, allowing folds to form naturally.

• Don’t stretch the liner—it needs to move with temperature changes.

Step 4: Secure the Edges

Leave 12–18 inches of overlap around the edges. Anchor the liner with:

• Decorative stones

• Edging blocks

• Turf or soil berms

Step 5: Fill the Pond

Start adding water slowly. As the pond fills, adjust folds and smooth the liner as needed.

Step 6: Trim and Finish

Once filled, trim excess liner and install any edging materials or landscaping around the border.

Tips for Long-Term Pond Liner Success

• Avoid walking directly on the liner—use stepping stones or floating boards during maintenance.

• Check for tears regularly, especially after heavy weather.

• Keep the pond filled to minimize liner shrinkage from sun exposure.

• Add aquatic plants to shade the liner and enhance water quality.

What About Other Flexible Poly Uses?

If you’ve heard terms like geomembrane or vapor barrier, here’s how they differ from pond liners:

Geomembranes

Used in industrial settings (e.g., landfills, mining ponds), geomembranes are thicker and more rigid than pond liners. They're built for extreme containment, not aesthetics or fish habitat.

Vapor Barriers

These are lightweight polyethylene sheets (usually LDPE) used in construction to prevent moisture infiltration in walls, basements, or crawl spaces.

Important: While all of these fall under "flexible poly," their properties and purposes are different. Be sure to get the right product for your specific application.

Final Thoughts

Lining a pond doesn’t have to be complicated—but choosing the right flexible poly liner is crucial for success. Whether you're adding a peaceful koi pond or a dramatic water feature, investing in the right liner and installing it properly ensures beauty, functionality, and peace of mind for years to come.

Still have questions? Reach out to our team for expert advice and product recommendations tailored to your project.

LLDPE Geomembranes- Heavy  Duty Liners

What are Diamond Scrim LLDPE Liners? Diamond scrim LLDPE liners are advanced geomembranes designed for robust containment solutions. They consist of Linear Low-Density Polyethylene (LLDPE) reinforced with a diamond-patterned scrim, typically made from high-strength polyester. This reinforcement enhances the liner's tensile strength, tear resistance, and durability, making it suitable for various demanding applications.

Key Features:

• Enhanced Strength: The diamond-patterned scrim provides superior reinforcement, resulting in high tear resistance and strength.

• Chemical Resistance: LLDPE offers excellent resistance to a wide range of chemicals, making these liners suitable for various containment applications.

• Flexibility: The material's flexibility allows for easy installation over uneven terrains and adapts to different environmental conditions.

• Optional Textured Surface: Improves traction and increases friction for enhanced slope stability and onsite safety.

GPS Diamond Scrim LLDPE Liner Specifications: GPS Diamond Scrim is composed of two heavy sheets of impermeable, high-strength LLDPE extruded on both sides of a high tensile strength scrim-reinforcing layer. This composite membrane has an excellent combination of flexibility and tensile strength.

• Optional Gray Upper Surface: Reduces heat buildup compared to standard black material and is less reflective than white liners in bright environments.

• Opaque Black Underside: Prevents sunlight penetration and UV transmission.

• Large Roll Production: Raw materials are produced 142” in width to minimize the seams required.

• Meets Industry Standards: GPS geomembranes meet or exceed GRI GM13 and GM17 standards and are available in large rolls to expedite deployment.

• EPA Compliance: EPA regulations enacted in May 2015 require the use of geomembrane liners and caps for the disposal of coal ash. GPS geomembranes comply with these regulations and are available as interim covers and lightweight rain-shed covers fabricated to any size.

Common Applications:

• Aquaponics and Hydroponics: Used as liners in systems where water containment is crucial for plant and fish cultivation.

• Agricultural Covers: Serve as protective covers for grain or crop storage, shielding them from environmental factors.

• Industrial Containment: Utilized in lining reserve pits, frac pits, and under rig liners in the oil and gas industry to prevent soil and groundwater contamination.

• Water Retention: Applied in retention ponds and freshwater pits to ensure reliable water containment.

• Environmental Protection: Employed in landfill caps and waste lagoon liners to prevent leachate leakage and protect surrounding environments.

The combination of LLDPE's inherent properties with the added strength of the diamond scrim reinforcement results in liners that are durable, flexible, and versatile, making them suitable for a wide range of industrial, agricultural, and environmental applications.

What is Mil Thickness in Plastic Sheeting?

When shopping for plastic sheeting, you may come across the term "mil" thickness. But what does it really mean? Simply put, a mil is a unit of measurement that equals one-thousandth of an inch (0.001 inch or 0.0254 mm). This measurement determines how thick and durable the plastic sheeting is, influencing its strength, flexibility, and resistance to elements such as punctures, moisture, and UV exposure.

Plastic Sheeting Thickness Comparison

To give you an idea of how mil thickness relates to everyday items:

• 1 mil – About the thickness of a standard plastic sandwich bag

• 3 mil – Comparable to a thick trash bag

• 6 mil – Similar to heavy-duty contractor bags

• 10 mil – Close to the thickness of a credit card

• 30 mil – Around the thickness of three credit cards stacked together

• 100 mil – As thick as a dime

Choosing the Right Plastic Sheeting for Your Needs

Plastic sheeting comes in various thicknesses, each designed for specific applications. Choosing the wrong type can lead to premature wear, tearing, or even project failure. Here’s a breakdown of different thicknesses and when to use them:

1-3 Mil: Light-Duty Plastic Sheeting

Best Uses:

• Painter’s plastic – Protects floors, furniture, and windows during painting.

• Light dust barriers – Used for temporary containment in home renovation projects.

• General covers – Used for covering items in storage to keep dust off.

❌ Not Suitable For: Heavy-duty applications like vapor barriers, crawl spaces, or outdoor protection.

6 Mil: Medium-Duty Plastic Sheeting

Best Uses:

• Vapor barriers – Used under concrete slabs to prevent moisture intrusion.

• Temporary outdoor protection – Helps shield construction materials from weather damage.

• Crawl space liners – Provides moisture control in basements and crawl spaces.

❌ Not Suitable For: Long-term outdoor use where UV resistance is needed.

10-20 Mil: Heavy-Duty Plastic Sheeting

Best Uses:

• Long-term crawl space vapor barriers – Provides superior moisture protection.

• Pond liners – Used in water retention systems like garden ponds.

• Greenhouse covers – Stronger and more UV-resistant than thin plastic films.

• Insulation overs – Often used in industrial and construction settings.

❌ Not Suitable For: Applications requiring rigid strength, such as concrete forming or heavy containment.

30+ Mil: Industrial-Grade Plastic Sheeting

Best Uses:

• Heavy containment liners – Used for hazardous waste containment.

• Lagoon liners – Prevents leakage in wastewater treatment plants.

• Protective floor coverings – For high-traffic industrial environments.

• Root barrier systems – Stops tree roots from damaging underground structures.

❌ Not Suitable For: General-purpose household use due to higher cost and rigidity.

Engineered Plastic Sheeting vs. Big-Box Store Plastic Sheeting

Not all plastic sheeting is created equal! Many big-box retailers sell plastic sheeting made from regrind material, which means it includes recycled plastics that may contain impurities, inconsistencies, and lower durability.

What is Engineered Plastic Sheeting?

Engineered plastic sheeting is designed to meet specific industry standards, providing superior performance compared to general-purpose plastic sheeting. Unlike big-box store plastic that may use regrind materials, engineered plastic sheeting is:

✅ Manufactured with Virgin Resin – Ensures consistent quality, strength, and durability. ✅ UV-Resistant – Contains built-in UV stabilizers to prevent degradation from sunlight. ✅ Puncture & Tear-Resistant – Designed for demanding applications where standard plastic would fail. ✅ Waterproof & Chemical Resistant – Ideal for vapor barriers, containment systems, and outdoor use. ✅ Precision-Tested for Performance – Meets rigorous quality control standards to ensure reliability in construction, agriculture, and industrial settings.

When Should You Avoid Big-Box Store Plastic Sheeting?

🚫 When using plastic as a long-term vapor barrier – Regrind plastics may degrade over time, compromising moisture protection. 🚫 When UV exposure is a factor – Cheap plastic sheeting may not be UV-stabilized, leading to cracks and brittleness in the sun. 🚫 When strength is crucial – Regrind plastic often has weak spots, making it prone to tearing under stress.

How to Identify Engineered vs. Regrind Plastic Sheeting in Big-Box Stores

When shopping for plastic sheeting at a big-box store, it's often difficult to determine whether it is engineered plastic or regrind plastic, as packaging rarely specifies material composition. However, these key indicators can help:

Signs of Regrind Plastic (Lower Quality)

• Inconsistent Appearance – May have uneven thickness, speckles, or streaks due to mixed recycled materials.
• Rough or Brittle Texture – May feel less flexible and more prone to cracking or tearing.
• Strong Plastic Odor – Often indicates the use of lower-quality additives and mixed resins.
• Lacks Performance Specs – Typically does not list UV resistance, permeability ratings, or compliance with industry standards.
• Generic Labeling – Often marketed for general construction or multi-purpose use without clear performance data.

Signs of Engineered Plastic (Higher Quality)

• Uniform Color & Thickness – High-quality plastic sheeting is consistent throughout, without speckles or weak spots.
• UV Resistance & Vapor Barrier Ratings – Look for UV stabilizers, ASTM D4397 certification (vapor barriers), or fire-retardant ratings.
• Manufacturer Certifications – Engineered plastic often carries ISO 9001 certification, fire-retardant classifications (NFPA 701), or mentions virgin resin composition.
• Application-Specific Labeling – Clearly designed for industrial, environmental, or containment use, rather than generic "construction-grade" labeling.

Long-Term Cost Savings with Engineered Plastic Sheeting

While engineered plastic sheeting may have a higher upfront cost than regrind alternatives, it often proves to be more cost-effective in the long run. High-quality, virgin resin-based plastic sheeting is designed to withstand UV exposure, moisture, and physical stress, reducing the likelihood of tearing, premature degradation, or failure.

By choosing engineered plastic, you can:

• Avoid Replacements & Repairs – Durable materials mean fewer failures, saving on labor and material costs for reinstallation.
• Improve Performance & Protection – Reliable vapor barriers, containment liners, and surface protectors ensure the integrity of the project over time.
• Minimize Downtime & Waste – Stronger plastic lasts longer, reducing the need for frequent replacements and the associated project delays.

In contrast, regrind plastic sheeting may degrade faster under stress, leading to costly rework, additional material purchases, and increased labor expenses. Investing in engineered plastic upfront ensures higher efficiency, lower long-term costs, and greater project success

Final Tip:

If the packaging lacks technical specs or mentions recycled content without quality controls, it’s likely regrind plastic. These materials degrade faster, tear more easily, and may fail in demanding applications. Always check for certifications, specific use cases, and material consistency before making a purchase.

Final Thoughts: Choosing the Right Plastic Sheeting for Your Project

Whether you need light-duty protection for painting or industrial-grade sheeting for large-scale applications, understanding mil thickness helps ensure you select the right product for your needs. If you're looking for reliable, engineered plastic sheeting, opt for materials that meet industry standards rather than low-quality regrind options from big-box stores.

Need High-Quality Plastic Sheeting? Contact Us Today!

We specialize in engineered plastic sheeting that meets the highest industry standards. Contact us for custom orders, expert recommendations, and durable plastic solutions for your next project!

Superior Fire Retardant Protection for Critical Surfaces

When it comes to protecting valuable surfaces from damage while ensuring safety, DeckProtek is a top-tier solution. This heavy-duty fire retardant protective covering is trusted across various industries, offering fast, easy-to-install protection in high-risk environments. Whether on Navy ships, Coast Guard vessels, mega yachts, hospitals, laboratories, government facilities, or power plants, DeckProtek delivers unmatched durability and fire safety.

Why Choose DeckProtek?

• Fire-Retardant Certified – Easily meets the NFPA 701-15 Test 1 fire retardant standard, making it a shipboard protector approved for US Navy and Coast Guard applications.

• Superior Burn Resistance – Independent testing shows a drip burn and after-flame result of "0" across all samples.

• High Durability & Strength – Available in 14 mil and 30 mil thicknesses for a range of protective needs.

• Non-Slip Walking Surface – The matte-finish top layer ensures a stable footing, even in high-traffic areas.

• Aesthetic & Practical – Stocked in Battleship Gray, a neutral color that doesn’t show dirt easily.

• Environmentally Friendly – Recyclable and packed with minimal packaging waste to reduce environmental impact.

• Made in the USA – Manufactured in an ISO-9001-2000 certified facility, ensuring the highest quality standards.

Expanding the Applications of DeckProtek

While DeckProtek is widely used in marine, industrial, and commercial applications, there are several additional uses where its fire-retardant, durable properties can be beneficial:

1. Military & Maritime Industry

• Deck protection on Navy ships & Coast Guard vessels

• Temporary fire-safe flooring during ship maintenance

• Non-slip walkways for cargo and transport vessels

• Surface protection on offshore oil rigs

2. Industrial & Manufacturing Facilities

• Fire-retardant surface protection in power plants

• Temporary flooring during factory renovations

• Covering for warehouse floors to prevent damage from heavy equipment

• Heat-resistant protection in welding and fabrication shops

3. Healthcare & Laboratory Environments

• Fire-safe protection in hospital renovation areas

• Temporary flooring for emergency medical stations

• Sterile protection for pharmaceutical manufacturing floors

• Lab safety flooring for high-risk chemical areas

4. Commercial Construction & Renovations

• Protecting finished floors during commercial build-outs

• Temporary coverings for newly installed high-end flooring

• Fire-resistant walkways in high-traffic zones

• Scaffold platform protection

5. Transportation & Aerospace

• Aircraft hangar flooring protection

• Temporary covers for train and subway station repairs

• Fire-retardant lining for cargo loading zones

• Protection of bus terminals and public transit hubs

Easy Installation & Cost Savings

DeckProtek rolls out quickly and easily, requiring minimal labor for installation and removal. Unlike fire-retardant plywood or door skins, which require skilled labor and extensive cutting, DeckProtek can be installed using standard tools and unskilled labor, reducing costs significantly.

Standard Stock Options:

• DeckProtek Blue – 10 mil

• DeckProtek Matte, Battleship Gray – 14 mil

• DeckProtek Wet Matte Finish Blue – 14 mil

• DeckProtek Blue – 30 mil

• DeckProtek Matte, Battleship Gray – 30 mil

For custom orders, DeckProtek can be manufactured in any color (500 lb. minimum order) and custom finishes, including diamond plate.

Order DeckProtek Today for Superior Surface Protection

If you need a heavy-duty, fire-retardant protective covering for your project, DeckProtek is the ideal solution. Contact us today to discuss your specific protection needs and find the right product for your marine, industrial, or commercial application.

Polyester Strapping: The Strong, Versatile, and Safer Alternative to Steel

What is Strapping?

Strapping is a durable, flat material used to bundle, reinforce, and secure items during storage, handling, and transportation. It is widely used across various industries, ensuring that products remain intact and protected throughout the supply chain.

Traditional strapping options include steel, polypropylene, nylon, and polyester. Among these, woven polyester strapping has emerged as the most effective alternative to steel, offering durability, strength, and ease of use without the drawbacks of corrosion and safety risks.

Types of Plastic Strapping

Plastic strapping, also known as poly strapping, is available in several types, each designed for different load requirements and applications:

Polypropylene Strapping

• Lightweight and cost-effective for light-to-medium duty applications.

• Commonly used for carton closure, palletizing, and bundling small loads.

• High elongation and recovery but loses tension over time.

• Can degrade under UV exposure unless treated with UV inhibitors.

Nylon Strapping

• Highest specific strength (force-to-weight ratio) among plastic strapping.

• Durable but expensive, leading to a decline in use compared to polyester.

• Absorbs moisture, which can impact performance in humid conditions.

Polyester Strapping (Poly Strapping)

Polyester strapping is one of the strongest plastic strapping materials, offering an alternative to steel for heavy-duty applications. It comes in two primary forms:

1. Woven Polyester Strapping

• Made from woven polyester filaments, providing superior strength and flexibility.

• Highly resistant to impacts and shocks without breaking.

• Secured using ratcheting tensioners and buckles to maintain tension retention.

2. Composite Polyester Strapping

• Encased polyester filaments in a polymer coating.

• Provides resistance to moisture and environmental factors while still being strong.

• Slightly less strong than woven polyester but easier to handle in some applications.

Industries That Use (or Should Be Using) Polyester Strapping

Woven polyester strapping is quickly replacing steel strapping in many industries due to its superior safety, ease of use, and cost-effectiveness. Here’s how different sectors benefit:

1. Shipping & Logistics

• Why use polyester? Provides impact resistance during transit without breaking or damaging the load.

• Replaces steel strapping because it's safer, lighter, and does not corrode.

2. Construction & Building Materials

• Used to secure bricks, roofing tiles, pipes, and insulation materials.

• Unlike steel, polyester does not damage surfaces or rust in outdoor conditions.

3. Lumber & Timber Industry

• Polyester strapping holds heavy stacks of lumber securely while allowing flexibility.

• Weather-resistant properties make it ideal for outdoor storage and transportation.

4. Agriculture & Farming

• Used for bundling hay bales, animal feed bags, and other large agricultural goods.

• Resists moisture, UV rays, and temperature variations better than polypropylene.

5. Manufacturing & Warehousing

• Secures heavy machinery, metal sheets, and industrial goods.

• Polyester absorbs shock, reducing the risk of damage during movement.

6. E-commerce & Retail Distribution

• Ensures secure and tamper-proof packaging for bulk shipments.

• Lighter than steel, reducing overall shipping costs.

7. Furniture & Appliances

• Prevents damage by securing delicate or finished surfaces.

• Polyester’s flexibility and impact absorption reduce the risk of scratches.

Why is Polyester Strapping Replacing Steel?

For decades, steel strapping was the gold standard for securing heavy loads. However, polyester strapping is now the preferred choice due to its many advantages:

1. Strength & Tension Retention

• Polyester strapping maintains tension longer than steel on rigid loads.

• It stretches slightly under tension, absorbing shock without breaking.

2. Safety Benefits

• No sharp edges – unlike steel, which can cause severe injuries when cut.

• Does not snap back dangerously when released.

3. Corrosion Resistance

• Steel rusts and stains cargo, especially in outdoor or humid conditions.

• Polyester is resistant to moisture, UV exposure, and extreme temperatures.

4. Cost-Effectiveness

• More affordable than steel, especially when factoring in long-term costs.

• Lower transportation costs since polyester is significantly lighter.

5. Ease of Handling & Storage

• Polyester strapping is lightweight and flexible, making it easier to use.

• No specialized tools or gloves required, unlike steel strapping.

Selecting the Right Strapping for Your Needs

Choosing the right strapping material depends on load characteristics, application, and environmental conditions:

How to Use Polyester Strapping Effectively

1. Determine Load Requirements – Consider weight, load rigidity, and storage conditions.

2. Choose the Right Type – Woven or composite polyester based on your application.

3. Use Proper Tools – Ratcheting tensioners, buckles, or heat-sealing devices ensure a secure hold.

4. Inspect Regularly – Check strapping for wear or damage to ensure long-term security.

5. Train Employees – Proper handling improves efficiency and reduces risk.

Final Thoughts

Polyester strapping is revolutionizing load security, packaging, and transportation by providing a safe, strong, and cost-effective alternative to steel. With high tension retention, impact resistance, and weather durability, industries across logistics, construction, manufacturing, and agriculture are embracing polyester strapping as the go-to solution.

Looking for High-Quality Polyester Strapping?

Contact us today to find the best woven or composite polyester strapping solutions for your business!

Meta Description (150 characters): Discover why polyester strapping is replacing steel! Strong, safe, and cost-effective for shipping, construction, and packaging. Learn more today.

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What is a Rainscreen?

A rainscreen is a critical exterior wall feature that creates a ventilated air space between the cladding and a water-resistive barrier or house wrap. This design significantly reduces the risk of wall rot by preventing water and moisture vapor from being driven into the wall cavity by external forces such as wind, sunlight, and pressure differentials. By incorporating a rainscreen drainage mat, buildings benefit from improved moisture control and long-term durability.

Sidewall Rainscreen and Façade Ventilation

Our Sidewall Rainscreen products ensure that the back side of the siding remains free of moisture accumulation, especially during colder months. Additionally, these systems provide an essential drainage channel for any water that penetrates exterior materials. Studies show that effective rainscreen ventilation serves as a powerful drying mechanism, extending the lifespan of the exterior while enhancing the building’s interior air quality.

Benefits of Effective Rainscreen Ventilation

• Prevents Moisture Intrusion – Stops water from seeping into the structure.

• Facilitates Drainage and Ventilation – Creates a dedicated cavity for both water runoff and air circulation.

• Directs Water to Weep Holes – Ensures a controlled drainage path for moisture escape.

• Supports Airflow for Drying – Allows warm air to rise and exhaust at the top.

• Redistributes Moisture – Enhances evaporation and diffusion to manage humidity.

• Provides a Capillary Break – Limits wicking at the back of the siding.

• Minimizes Damage at Leak Points – Reduces localized water concentration that can lead to structural issues.

Compatible Applications

BonarBuilt's sidewall ventilation solutions are designed for use with various exterior materials, including:

• Stucco

• Brick

• EIFS (Exterior Insulation and Finish Systems)

• Wood Siding

• Vinyl Siding

Improve Building Performance with Rainscreen Technology

Incorporating a rainscreen drainage mat into a building’s design is a proactive approach to moisture management, energy efficiency, and structural longevity. Whether for new construction or renovations, BonarBuilt’s sidewall ventilation solutions ensure long-lasting protection against moisture-related damage.

Contact us today to learn more about how our rainscreen products can enhance the durability and performance of your building!

Please visit the Rain screen product page here

What Are GPS Construction Grade Sheets/ AKA FR Fluted Boards?

When it comes to protecting surfaces on construction sites, General Contractors and Sub-Contractors trust GPS Construction Grade Sheets for their durability, flexibility, and reliability. These high-quality sheets provide impact resistance, chemical stability, and reusability, making them the go-to solution for floor, wall, and equipment protection.

Built from polypropylene, these sheets resist moisture, chemicals, and wear, ensuring long-term performance. With easy handling, cutting, and storage, they offer cost-effective protection for various job sites and industries.

Key Features of GPS Construction Grade Sheets

✅ High-Impact and Tear Resistant – Built to withstand heavy foot traffic, tools, and machinery.
✅ High Compressive Strength – Over 96 psi, providing excellent stability on any surface.
✅ Lightweight & Easy to Handle – Standard 4x8 sheets weigh less than 5 lbs, reducing labor effort.
✅ Simple to Cut & Bend – Can be cut with a utility knife and bent around corners or uneven surfaces.
✅ Compact Storage – The thin 4mm profile stacks easily for efficient storage.
✅ Chemically Inert – Made from polypropylene, so it won’t react with chemicals or coatings.
✅ Reusable & Washable – Designed for multiple uses and easy cleaning.
✅ Tapeable – Can be taped together for secure protection over large areas.
✅ Environmentally Friendly – Fully recyclable (5PP) for sustainable disposal.

GPS Ultra Corr FR: Superior Fire-Resistant Protection

For projects requiring fire-resistant surface protection, GPS Ultra Corr FR fluted plastic boards provide an extra layer of safety and durability. These lightweight yet strong sheets are resistant to moisture, mold, insects, and cracking, making them ideal for high-risk environments.

Why Choose GPS Ultra Corr FR?

✅ UL 94 V-0 Fire Rating – Meets the highest fire safety standards, stopping burning in 10 seconds with no flaming drips.
✅ Moisture & Mold Resistant – Prevents damage from water exposure and microbial growth.
✅ Impact-Resistant & Durable – Withstands heavy use without cracking or splitting.
✅ 100% Recyclable – Made from high-impact polypropylene copolymer for sustainable use.
✅ Customizable Strength & Thickness – Available in different densities for flexible or rigid applications.
✅ Bulk Shipping Benefits – Free shipping on orders of 1,100 sheets in the USA & Canada.

Applications of GPS Ultra Corr FR Sheets

🔹 Construction Protection

• Protects walls, floors, and glass from damage, paint spills, and debris.

• Used as temporary barriers or partitions during renovations.

• Replaces plywood in many applications, offering a lighter, more durable alternative.

🔹 Aerospace & Marine

• Used in projects requiring lightweight, high-strength materials.

• Resistant to moisture and chemicals, making it ideal for aircraft and ship maintenance areas.

🔹 Industrial & Manufacturing

• Commonly used in factories and warehouses as durable surface protection.

• Suitable for heavy machinery and industrial-grade storage solutions.

🔹 Fire-Safe Environments

• Ideal for high-risk areas where fire-retardant materials are required.

• Used in mill industries, construction zones, and temporary event spaces.

Understanding Fire Ratings for GPS Ultra Corr FR

Fire ratings are crucial when selecting protective materials for construction and industrial sites. GPS Ultra Corr FR meets multiple fire safety standards, ensuring compliance and safety in high-risk environments.

Fire Rating Classifications

✅ UL 94 H-B – Basic self-extinguishing properties.
✅ UL 94 V-2 – Stops burning within 60 seconds, but allows flaming drips.
✅ UL 94 V-1 – Stops burning within 60 seconds, with no flaming drips.
✅ UL 94 V-0 – Stops burning within 10 seconds, with no flaming drips (highest fire resistance).
✅ ASTM E-84-18A – Measures surface burning characteristics for interior use.
✅ NFPA 701-15 – Ensures compliance for flame propagation in textiles and films.

For projects that demand the highest level of fire safety, GPS Ultra Corr FR’s UL 94 V-0 classification ensures maximum protection.

Why General Contractors & Sub-Contractors Trust GPS Protection Sheets

Whether you're protecting new construction projects, industrial floors, or sensitive equipment, GPS sheets provide unmatched reliability and performance. Their ease of use, durability, and eco-friendly design make them the top choice for professionals who need long-term, cost-effective solutions.

📞 Contact us today to learn more about how GPS Construction Grade Sheets and GPS Ultra Corr FR can protect your next project!

✅ Request a Quote Now – Ensure your job site is protected with premium-grade materials!

What is Pallet Top Sheeting?

Pallet top sheeting is a protective layer designed to safeguard goods from dust, debris, and other damaging elements. It is commonly used in warehouses, manufacturing facilities, and distribution centers to provide a barrier against moisture, dirt, and static buildup. Whether in the form of perforated sheets, anti-static sheeting, or individually cut options, pallet top sheeting is an essential component in secure packaging and shipping.

Uses of Pallet Top Sheeting

• Protection Against Dust and Debris – Shields products from airborne contaminants that could compromise their quality.

• Moisture Resistance – Prevents condensation and water damage during storage and transportation.

• Interleaving Between Products – Provides cushioning and separation between stacked goods to prevent scratches and abrasions.

• Static Control (Anti-Static Sheeting) – Reduces the risk of electrostatic discharge (ESD), making it ideal for electronic components and sensitive materials.

• Secure Pallet Wrapping – Acts as a top cover for stretch-wrapped pallets, ensuring an extra layer of security.

• Food and Pharmaceutical Protection – Complies with industry standards to maintain hygiene and prevent contamination.

Less Common Uses for Pallet Top Sheeting

• Agriculture & Horticulture – Used as a temporary ground cover for farming applications to prevent soil erosion or as protective sheeting in greenhouses.

• Furniture and Upholstery Protection – Prevents dust accumulation on stored furniture and protects upholstery from potential damage.

• Construction Site Protection – Serves as a temporary covering for exposed materials or tools to prevent moisture and dust buildup.

• Automotive Industry – Helps protect car parts and accessories from dust, dirt, and static buildup during manufacturing and storage.

• Medical Equipment Storage – Used to cover and protect sensitive medical devices from environmental contaminants.

• Painting and Surface Protection – Functions as a protective layer to prevent overspray and dust contamination during painting projects.

Advantages of Pallet Top Sheeting

• Customizable to Any Size – Available in multiple sizes to suit various applications:

  • Mil Thickness: 1–8 mil

  • Width: 4”–98”

  • Length: 4”–1200”

• Multiple Material Options – Choose from different materials to meet specific packaging and durability needs.

• Variety of Film Colors – Available in clear, black, white, and custom colors for branding and visibility.

• Printing Options – Customize sheets with branding, handling instructions, or barcodes for better tracking and identification.

• Venting Available – Designed with ventilation options for applications that require airflow.

• Versatile Packaging Details – Offered as individually cut sheets, perforated on rolls, cradle packed, or individually boxed for easy use.

Types of Pallet Top Sheeting

Perforated LLDPE Sheets

• Made from a blend of 100% virgin Low and Linear Low-Density Polyethylene (LLDPE).

• Designed for superior strength and flexibility.

• Center-folded sheets that come perforated on rolls with 3” cores for easy dispensing.

• Provides a convenient and cost-effective solution for high-volume packaging applications.

Anti-Static Pallet Top Sheeting

• Formulated to reduce static buildup and prevent ESD damage.

• Essential for packaging electronics, circuit boards, and other sensitive equipment.

• Meets industry regulations for static control and product protection.

Individually Cut Sheets

• Pre-cut sheets for quick and hassle-free application.

• Ideal for operations requiring precise dimensions without the need for manual cutting.

• Available in various thicknesses and materials to match specific requirements.

Industries That Benefit from Pallet Top Sheeting

• Manufacturing & Warehousing – Ensures product integrity during storage and distribution.

• Food & Beverage – Maintains cleanliness and prevents contamination in processing and packaging.

• Electronics – Protects delicate components from static and environmental hazards.

• Pharmaceuticals & Healthcare – Keeps medical supplies and drugs free from dust and damage.

• E-commerce & Retail – Enhances package presentation and prevents handling damage.

• Automotive & Aerospace – Ensures critical parts are protected during transport and storage.

• Agriculture & Horticulture – Used for covering soil or as temporary plant protection.

Why Choose Our Pallet Top Sheeting?

• High-Quality Materials – Manufactured with premium-grade polyethylene for durability and performance.

• Customizable Solutions – Tailored sizes, colors, and printing options to match your operational needs.

• Multiple Packaging Formats – Choose from perforated rolls, individual sheets, or cradle-packed solutions.

• Industry-Compliant – Designed to meet packaging standards across various industries.

• Cost-Effective & Efficient – Provides long-term protection, reducing damage and return costs.

Order Your Pallet Top Sheeting Today!

Whether you need perforated, anti-static, or individually cut pallet top sheeting, we have the right solution to protect your products. Contact us today to discuss your requirements and get a quote!