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Plastic Sheeting for the Mining Industry: Essential Protection for High-Stakes Operations

In the mining industry, where environmental conditions are extreme and operational demands are relentless, having durable and reliable materials is non-negotiable. Plastic sheeting plays a pivotal role in ensuring safety, efficiency, and compliance in various mining applications. From containment liners for tailings ponds to protective covers for equipment, the specific properties of plastic sheeting make it indispensable in mining operations. In this blog, we’ll explore the critical aspects of plastic sheeting used in the mining industry, the performance requirements, and how it supports the industry’s demanding needs.

Key Applications of Plastic Sheeting in Mining

Plastic sheeting is used across multiple facets of mining operations, including but not limited to:

1. Tailings Pond Liners

   • Contain potentially hazardous waste materials produced during mineral extraction.
   • Prevent leachate from contaminating groundwater.

2. Heap Leach Pads

   • Essential for recovering valuable metals like gold, copper, and uranium.
   • Provide an impermeable barrier to prevent process solutions from seeping into the ground.

3. Water Containment

   • Line reservoirs, canals, and settling ponds to store water for operational use.
   • Protect water resources by preventing contamination from surrounding soils.

4. Ground Covers

   • Control dust on roads and operational areas.
   • Stabilize terrain and prevent erosion.

5. Equipment Protection

   • Shield machinery and tools from weathering and corrosive chemicals.
   • Prolong the lifespan of costly equipment by preventing rust and damage.

Performance Requirements for Plastic Sheeting in Mining

1. Durability and Strength

Mining environments subject plastic sheeting to immense stress, requiring it to withstand heavy loads, punctures, and tears.

• Key Metric: High-density polyethylene (HDPE) sheeting boasts tensile strengths exceeding 4,000 psi, making it ideal for demanding applications like heap leach pads and tailings ponds.
• Why It Matters: Withstanding sharp rocks, heavy equipment, and abrasive materials ensures long-term functionality without frequent replacements.

2. Chemical Resistance

Plastic sheeting must resist degradation caused by exposure to acids, alkalis, and other chemicals used in mineral extraction.

• Example: HDPE and linear low-density polyethylene (LLDPE) liners resist sulfuric acid, commonly used in copper leaching, and sodium cyanide in gold recovery.
• Industry Need: Without chemical-resistant materials, liners would degrade, leading to costly environmental spills and operational downtime.

3. UV and Weather Resistance

Mining operations often occur in remote locations with extreme weather conditions, requiring plastic sheeting to withstand prolonged UV exposure, temperature fluctuations, and precipitation.

• Key Feature: UV-stabilized sheeting prevents cracking or weakening under sunlight, ensuring durability in open-pit mining applications.
• Temperature Range: HDPE liners operate effectively in temperatures from -40°F to 180°F, making them suitable for arid deserts and frozen tundras.

4. Impermeability

Preventing liquid and gas permeation is critical for applications like tailings ponds and heap leach pads.

• Permeability Standard: Liners must meet low permeability standards, such as a maximum of 1 x 10⁻⁶ cm/s to ensure containment integrity.
• Applications: Impermeable barriers protect groundwater from toxic leachate and ensure process solutions remain within the system.

5. Flexibility and Conformability

The terrain in mining sites is often uneven and challenging, requiring plastic sheeting to conform to irregular surfaces.

• Material Flexibility: LLDPE is more flexible than HDPE, making it suitable for installations requiring tight conformability, such as cornered or sloped surfaces.

Common Types of Plastic Sheeting Used in Mining

1. HDPE (High-Density Polyethylene) Liners

   • Benefits: High tensile strength, excellent chemical resistance, and UV stability.
   • Applications: Tailings ponds, heap leach pads, and groundwater protection.

2. LLDPE (Linear Low-Density Polyethylene) Liners

   • Benefits: Superior flexibility, ideal for uneven terrains, and strong tear resistance.
   • Applications: Water reservoirs, containment berms, and secondary liners.

3. PVC (Polyvinyl Chloride) Liners

   • Benefits: Cost-effective with good flexibility and moderate chemical resistance.
   • Applications: Temporary water containment and small-scale projects.

4. Reinforced Plastic Sheeting

   • Benefits: Enhanced puncture resistance due to embedded fabric or mesh layers.
   • Applications: Covers for equipment and heavy-duty ground stabilization.

Key Industry Standards and Compliance

Plastic sheeting used in mining must adhere to stringent industry standards to ensure environmental and operational safety.

1. ASTM D 5199: Specifies thickness requirements for geomembranes.
2. ASTM D 638: Measures tensile strength and elongation properties.
3. EPA RCRA Subtitle D: Requires liners for waste containment in mining to meet specific impermeability and durability criteria.

Meeting these standards ensures compliance with regulations and minimizes the risk of environmental incidents.

Environmental Considerations

The mining industry faces increasing scrutiny regarding its environmental footprint. Using high-quality plastic sheeting minimizes environmental impact by:

• Preventing Contamination: Containing hazardous materials protects ecosystems and local water supplies.
• Reducing Waste: Durable liners reduce the need for frequent replacements, lowering overall waste production.
• Recyclability: Many HDPE and LLDPE products are recyclable, supporting sustainability goals.

Examples of Plastic Sheeting in Action

1. Gold Mining in Nevada

   • Challenge: Prevent cyanide solution from leaching into groundwater during heap leaching.
   • Solution: HDPE liners with a thickness of 80 mils were installed, ensuring impermeability and chemical resistance.

2. Copper Extraction in Chile

   • Challenge: Extreme UV exposure and temperature variations in desert mining sites.
   • Solution: UV-stabilized LLDPE liners provided the durability and flexibility needed to contain sulfuric acid leachate.

3. Iron Ore Mining in Australia

   • Challenge: Heavy rainfall caused erosion and destabilization of tailings piles.
   • Solution: Reinforced sheeting stabilized the terrain and prevented runoff contamination.

Tips for Selecting Plastic Sheeting for Mining

1. Assess Environmental Conditions:
   • Extreme climates require UV-stabilized and weather-resistant materials.
2. Consider Chemical Exposure:
   • Use liners with proven resistance to the chemicals specific to your mining processes.
3. Prioritize Thickness and Strength:
   • Thicker liners (e.g., 60–100 mils) are better for heavy-duty applications.
4. Choose Reliable Suppliers:
   • Partner with companies that provide high-quality materials backed by certifications.

Conclusion

Plastic sheeting is a cornerstone of modern mining operations, offering durability, reliability, and environmental protection in challenging conditions. Whether used in tailings ponds, heap leach pads, or water reservoirs, the right plastic sheeting ensures compliance with industry standards while minimizing risks. By understanding the specific needs of the mining industry, such as chemical resistance, UV stability, and impermeability, you can select the best materials for your operations.

Please visit the product page for plastic sheeting for the mining industry.

Heat shrink wrap is a highly versatile material used in various industries and households for packaging, protection, and storage. Its unique properties make it a go-to solution for securing items, safeguarding against environmental damage, and ensuring tamper resistance. Whether you’re an industrial professional or a homeowner, heat shrink wrap has a role to play in simplifying tasks and preserving valuables.

What is Heat Shrink Wrap and How Does It Work?

Heat shrink wrap is a polymer plastic film that shrinks tightly around objects when exposed to heat. The process works as follows:

1. Application: The film is wrapped loosely around the item to be covered.
2. Heating: A heat source, such as a heat gun or heat tunnel, is applied, causing the polymer to shrink uniformly.
3. Sealing: The tight seal conforms to the shape of the object, creating a secure and protective barrier.

The shrinking process is due to the polymer chains in the plastic aligning under heat, resulting in a snug fit that is both durable and protective.

Industries That Use Heat Shrink Wrap

1. Packaging

• Why: Provides a tamper-proof seal, preserves freshness, and enhances product presentation.
• Examples:
  • Wrapping food items like fruits, vegetables, or baked goods.
  • Sealing retail products such as DVDs, cosmetics, and toys.

2. Shipping and Logistics

• Why: Protects goods from dust, moisture, and handling damage during transport.
• Examples:
  • Securing pallets of products for shipping.
  • Protecting machinery or vehicles from dirt and weather during transit.

3. Industrial Applications

• Why: Offers weatherproofing and corrosion resistance for large equipment.
• Examples:
  • Covering boats, airplanes, and industrial machinery for storage or shipment.
  • Shrink-wrapping construction materials like lumber or scaffolding for outdoor use.

4. Electronics

• Why: Protects sensitive components from moisture and tampering.
• Examples:
  • Wrapping wires and circuit boards.
  • Sealing electronics for retail distribution.

Household Uses for Heat Shrink Wrap

Heat shrink wrap isn’t just for industrial or commercial use. It’s also handy around the house for:

1. Food Preservation: Keeps food items fresh and free from contamination when stored in the freezer or pantry.
2. Holiday Decorations: Protects delicate ornaments or decorations during storage.
3. DIY Projects: Shrink-wrapping items like books or collectibles for long-term preservation.
4. Window Insulation: Applied to windows during colder months to reduce drafts and improve energy efficiency.

Why is Heat Shrink Wrap Popular?

Heat shrink wrap is valued for its numerous advantages, including:

• Durability: Protects items from environmental elements like moisture, dust, and UV rays.
• Versatility: Adapts to items of any shape or size.
• Cost-Effectiveness: Provides a reliable solution for securing items at a relatively low cost.
• Tamper Resistance: Creates a clear indication if an item has been opened or altered.

Emerging Uses for Heat Shrink Wrap

1. Agriculture: Wrapping bales of hay or covering greenhouse structures for added insulation.
2. Maritime: Protecting boats from weather damage during off-season storage.
3. Event Planning: Securing large tents or outdoor equipment for special occasions.

How to Use Heat Shrink Wrap Safely

1. Choose the Right Equipment: Use a heat gun for small projects or a heat tunnel for industrial applications.
2. Work in a Well-Ventilated Area: Prevent inhalation of fumes from heated plastic.
3. Monitor Heat Levels: Avoid overheating, which can damage the film or the item being wrapped.

Conclusion

Heat shrink wrap is a versatile and indispensable tool for both industrial and household applications. Its ability to provide protection, security, and aesthetic appeal makes it a valuable resource across industries like packaging, logistics, and electronics. Even for everyday household tasks, heat shrink wrap proves its utility by preserving and protecting valuables with ease.

Please visit the Heat Shrink Wrap Product Page Here

Creative and Practical Uses for String Reinforced Plastic Sheeting in Your Home

String reinforced plastic sheeting is a durable, multi-purpose material that combines flexibility with enhanced strength, making it ideal for a variety of household uses. Available in plain, fire-retardant, and UV-resistant options, this sheeting is versatile enough to handle everything from protecting surfaces during renovations to creating weatherproof outdoor spaces. Let’s explore how homeowners can take advantage of its many applications.

What is String Reinforced Plastic Sheeting?

String reinforced plastic sheeting is made from high-strength polyethylene combined with a layer of embedded string mesh for added durability. This structure ensures tear resistance, flexibility, and the ability to withstand demanding conditions, making it an excellent choice for household projects and long-term solutions.

1. Protecting Surfaces During Renovations

During home improvement projects, protecting your floors, walls, and furniture from damage is essential. String reinforced plastic sheeting provides a reliable barrier against paint, dust, and debris. Its tear resistance ensures it stays intact, even in high-traffic areas.

• Plain Sheeting: Perfect for painting or flooring projects.
• Fire-Retardant Sheeting: Adds an extra layer of safety during renovations involving heat tools or welding.

2. Weatherproofing Outdoor Spaces

Homeowners can use UV-resistant string reinforced plastic sheeting to protect outdoor structures from harsh weather. It’s ideal for:

• Greenhouses: Create a durable, UV-protected covering that allows sunlight while shielding plants from extreme temperatures.
• Pergolas and Patios: Add a temporary or permanent weatherproof layer to enjoy outdoor spaces year-round.

3. Emergency Repairs

In unexpected situations like storm damage, string reinforced sheeting serves as a quick and durable fix.

• Roof Repairs: Use it to cover holes or leaks temporarily until permanent repairs are possible.
• Window Protection: Secure sheeting over broken windows to block rain, wind, and debris.

4. Creating Temporary Enclosures

If you need to create temporary partitions or rooms, string reinforced plastic sheeting is a practical choice.

• Garage Projects: Use it to section off areas during woodworking, car repairs, or other messy projects.
• Storage Areas: Protect stored items from dust, moisture, and pests in basements or attics.

5. Fire Safety and Insulation

Fire-retardant string reinforced sheeting can be used in areas where fire safety is a priority.

• Workshops: Hang fire-retardant sheeting in home workshops to protect against sparks or heat.
• Basements: Line walls or ceilings to create a fire-resistant barrier in storage areas.

6. Child and Pet Protection

Keep your home safe and clean with versatile applications tailored to family needs.

• Play Areas: Cover floors with reinforced sheeting to protect against spills, art projects, or pet messes.
• Fencing or Barriers: Create temporary enclosures for pets in backyards or inside the house.

7. Seasonal and Long-Term Storage

Reinforced plastic sheeting is an excellent solution for covering and protecting belongings during storage.

• Furniture Covers: Shield furniture in garages or storage units from dust and moisture.
• Boat or RV Covers: Use UV-resistant sheeting to protect vehicles from sun damage during off-seasons.

Why Choose String Reinforced Plastic Sheeting?

• Durability: Resistant to tearing and punctures, even under stress.
• Custom Options: Available in plain, fire-retardant, and UV-resistant versions to suit specific needs.
• Easy to Use: Flexible and lightweight for quick setup and removal.
• Cost-Effective: Provides long-term protection at an affordable price.

Final Thoughts

String reinforced plastic sheeting is more than just a durable material—it’s a versatile tool that offers solutions for a variety of household challenges. Whether you’re protecting your home during renovations, safeguarding outdoor spaces, or tackling unexpected repairs, this sheeting is a reliable and customizable option. With fire-retardant and UV-resistant variants available, it’s easy to find the perfect type for your needs.

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Among the most trusted names in sound control mats is EnkaSonic, a product with a long history of providing effective noise reduction solutions. Designed for use in diverse floor systems, EnkaSonic consists of a three-dimensional polymeric mat attached to a nonwoven fabric, creating an excellent barrier for sound insulation.

Why Choose EnkaSonic?

• High-performance sound reduction: EnkaSonic mats effectively reduce both impact and airborne noise.
• Proven Durability: Retains most of its original thickness, even after 10 years.
• Wide Applicability: Meets various building codes and is available in the US, Europe, and Asia.
• Customizable: Can be tailored to meet specific requirements, making it suitable for projects with unique sound insulation needs.
• Easy installation: They are relatively easy to install, making them a popular choice for DIY projects.
• Versatility: EnkaSonic mats can be used in various applications, including flooring, walls, and ceilings.

How EnkaSonic Works to Provide Reliable Sound Control

EnkaSonic is installed between the subfloor and the top flooring layer, creating a “floating floor” system. A gypsum or lightweight concrete topping can be added to further improve insulation. This configuration creates a void area within the floor structure that isolates and absorbs sound, preventing it from spreading.

Acoustic Benefits:

• Reduces Transmission of Impact and Airborne Noise: Helps increase Impact Insulation Class (IIC) and Sound Transmission Class (STC) ratings over wood and concrete floors.
• Enhances Acoustic Insulation: Provides both sound absorption and impact resistance, ideal for high-performance sound control.

Features and Benefits of EnkaSonic Sound Control Mats

Features of EnkaSonic:

• Compression Resistant: Stands up to pressure without compromising sound absorption.
• Lightweight: Easy to transport and install.
• Simple to Cut: Can be easily customized for different spaces.
• Tailored to Specifications: Customizable to meet specific project or building requirements.

Benefits of EnkaSonic:

• Suitable for Diverse Floor Systems: Can be used in concrete, wood, and other subfloor types.
• Easy Installation: Comes in lightweight rolls, making it user-friendly for contractors.
• Long-Lasting Performance: Proven effectiveness in thousands of projects.
• Resilient Sound Absorption: Absorbs impact sound and improves acoustic insulation over the long term.

Applications of EnkaSonic Sound Control Mats

EnkaSonic is suitable for a variety of subfloor types, including gypsum, concrete, mortar beds, cement backer board, and plywood. Its versatility and proven performance have made it a trusted solution for over 30 years in projects that require effective sound insulation.

Common Applications:

• Residential Buildings: Reduces noise in multi-family units and condos.
• Commercial Spaces: Provides sound control in offices and public spaces.
• Under Different Floor Coverings: Compatible with hardwood, engineered wood, ceramic tile, stone, vinyl, and carpet.
• New Construction and Renovation Projects: Ideal for both fresh builds and remodeling efforts.

Installation Process of Sound Control Mats

Installing sound control mats like EnkaSonic is straightforward, thanks to its easy-to-handle design:

1. Lay the Mat Over the Subfloor: Place the mat across the entire floor area, covering the subfloor.
2. Add Isolation Strips: Install isolation strips around the room’s perimeter.
3. Seal the Seams: Fasten the seams between mats using zip-strip or tape.
4. Apply the Floor Covering: Complete the installation with your chosen flooring material.

Why Sound Control Mats Are Essential in Modern Construction

As noise control becomes an expectation rather than a luxury, sound control mats offer a reliable and effective solution for both new construction and renovation. EnkaSonic, in particular, has set the standard for durable, high-performance sound insulation, making it the ideal choice for anyone looking to create quieter, more comfortable spaces.

By choosing quality sound control mats, building professionals can meet the acoustic demands of today’s occupants, whether it’s in residential, commercial, or public spaces. Sound control mats like EnkaSonic not only ensure regulatory compliance but also contribute to better living and working environments, making them a crucial component in modern architecture.

Sound control mats, especially versatile and proven products like EnkaSonic, are a game-changer for noise reduction in construction projects. With easy installation, durable performance, and wide-ranging applicability, EnkaSonic provides an effective solution for acoustic challenges in today’s built environments.

Please visit the EnkaSonic product page here.

Enhance Moisture Control with EnkaWallDrain

When it comes to maintaining the integrity and longevity of building exteriors, moisture control is crucial. One of the primary causes of wall failures is moisture infiltration from rain, snow, humid air, and groundwater. Research by the EPA emphasizes the importance of moisture management in building construction, as it impacts the durability of cladding, sheathing, and structural materials. EnkaWallDrain is an innovative solution designed to address these challenges, offering superior ventilation and drainage capabilities for exterior walls. Let's explore why EnkaWallDrain is the top choice for moisture control and protection.

What is EnkaWallDrain?

EnkaWallDrain is a high-performance rainscreen drainage system engineered for use in exterior walls. Acting as a rain screen, it is installed behind various materials such as wood, fiber cement, brick, stone, and stucco. This product offers robust moisture management by providing continuous ventilation and efficient drainage pathways.

Key Construction Elements:

• A three-dimensional, open structure made from polymeric monofilaments.
• Thermally bonded to a nonwoven filter fabric, enhancing its durability and functionality.
• High compression resistance, ensuring it withstands installation pressures without compromising performance.

Benefits of Using EnkaWallDrain

The EnkaWallDrain system delivers numerous advantages for both new construction and renovation projects. Its design not only protects against moisture but also contributes to energy efficiency and noise reduction.

Primary Benefits:

• Enhanced Ventilation: Ensures high airflow, reducing moisture buildup within wall cavities.
• Mold Reduction: Effective moisture control lowers the potential for mold growth in exterior walls.
• Thermal Break & Capillary Gap: Creates a thermal barrier, conserving energy for both cooling and heating.
• Noise Reduction: Helps prevent exterior noise from entering the structure.
• Durability: Protects cladding, sheathing, and structural materials from premature deterioration.

Features of EnkaWallDrain

EnkaWallDrain stands out for its unique design and versatile applications, catering to a variety of construction needs. Here are some notable features:

• 95% Void Space: Maximizes ventilation and drainage, ensuring moisture doesn't get trapped.
• Lightweight & Easy to Handle: Installation is simpler, reducing labor costs and time on-site.
• Flexible but Compression-Resistant: Adapts to irregular surfaces without compromising its structural integrity.
• Protective Overlap Side Flaps: Added protection with overlapping flaps that improve moisture control.
• Safety Features: Smooth edges designed to minimize risks on construction sites.
• LEED Points Contribution: Supports sustainable building practices.
• Class A Fire Rating: Enhances safety, especially in commercial and multi-residential buildings.
• Compliance with Canadian Building Code: Meets strict standards for rainscreen applications.

Applications of EnkaWallDrain

EnkaWallDrain is versatile and can be used in various exterior-wall applications, making it ideal for both residential and commercial projects. It functions effectively with:

• Wood, Fiber Cement, Brick, Stone, and Stucco Walls: Its design complements a range of building materials, allowing it to be seamlessly integrated into different architectural styles.
• Exterior Insulation Finishing Systems (EIFS): EnkaWallDrain can be combined with EIFS to enhance insulation while providing moisture control.
• Renovation and New Construction Projects: The product's durability and versatility make it suitable for both new builds and upgrades of existing structures.

How EnkaWallDrain Works

The EnkaWallDrain rainscreen drainage mat is installed with its filament structure facing the building and the fabric on the exterior. This strategic installation offers effective moisture control and ventilation:

1. Airflow Optimization: The product’s 95% void structure creates a ventilation gap that allows air to flow behind the cladding. This constant airflow is essential for drying out any moisture buildup, preventing mold growth.

2. Drainage Pathways: EnkaWallDrain provides a path for water from wind-driven rain and leaks, drawing moisture away from cladding, sheathing, and structural materials. By redirecting water, it significantly extends the lifespan of exterior wall materials.

3. Thermal and Noise Barrier: The rainscreen serves as a thermal break between the cladding and the sheathing, contributing to energy savings. Additionally, its structure reduces noise infiltration, enhancing the building's comfort level.

Comparing EnkaWallDrain to Other Moisture Control Solutions

While there are various products available for moisture control, EnkaWallDrain offers distinct advantages:

• Furring Strips vs. EnkaWallDrain: Traditional furring strips are often used for drainage but require more labor and don’t provide the same level of airflow. EnkaWallDrain, on the other hand, offers quicker installation and better moisture management.

• Conventional Wraps vs. EnkaWallDrain: Standard wraps may offer basic moisture control but lack the structural benefits and resilience of EnkaWallDrain. The three-dimensional design ensures consistent performance even under compression from cladding materials.

Why Choose EnkaWallDrain?

For builders, contractors, and architects, choosing EnkaWallDrain means opting for a solution that not only safeguards a building's structural integrity but also contributes to occupant comfort and energy efficiency. EnkaWallDrain’s design and performance go beyond standard moisture control solutions, making it a superior choice for high-quality construction.

Top Reasons to Choose EnkaWallDrain:

• Superior ventilation with a high airflow rate, promoting a dry and healthy wall system.
• Reduction of mold growth risk, contributing to better indoor air quality.
• Long-lasting protection for vulnerable sheathing materials, including OSB.
• Thermal and noise reduction benefits, adding value to the building's environmental performance.
• Easier and faster installation compared to traditional methods like furring strips.

Conclusion

EnkaWallDrain represents a state-of-the-art solution for exterior wall moisture control, blending innovation, durability, and efficiency. Whether it’s a new construction or a renovation project, EnkaWallDrain offers the reliability needed to tackle moisture-related challenges. With its lightweight, flexible, and easy-to-install design, EnkaWallDrain meets the demands of modern construction without compromising on performance. For those seeking a rainscreen solution that enhances longevity, energy efficiency, and noise reduction, EnkaWallDrain is an excellent investment.

Embrace the next generation of rainscreen technology with EnkaWallDrain—your ultimate partner in moisture management and wall protection.

Please visit the EnkaWallDrain product page here.

Please visit the EnkaWallDrain Installation instructions here

How to Choose the Right Mil Thickness for Your Plastic Sheeting Project

When moving furniture, using plastic sheeting is a smart way to protect your belongings from dust, scratches, and other damage. But with various thicknesses available, choosing the right one can be confusing. Let's break down the ideal mil thickness for furniture protection during a move.

Understanding Mil Thickness of Plastic Sheeting

Mil thickness refers to the thickness of the plastic sheeting, measured in thousandths of an inch. A higher mil thickness generally indicates a stronger and more durable plastic.

Recommended Mil Thickness for Furniture Protection

For most furniture protection during a move, a 6-mil plastic sheeting is a good choice. It provides a balance of durability and affordability. This thickness is sufficient to shield your furniture from scratches, dust, and minor impacts.

However, for delicate or antique furniture, consider using a 10-mil plastic sheeting. This thicker option offers enhanced protection against potential damage during the moving process.

Additional Tips for Furniture Protection:

• Bubble Wrap: Use bubble wrap for extra protection for fragile items like glassware or electronics.
• Corner Guards: Place corner guards on furniture corners to prevent damage during transportation.
• Proper Packaging: Pack furniture securely in boxes or wrap it tightly with plastic wrap.
• Professional Movers: Consider hiring professional movers who have experience in packing and transporting furniture.

By following these tips and choosing the right mil thickness of plastic sheeting, you can ensure that your furniture arrives at your new home in pristine condition.

Please visit the best Plastic Sheeting product page for moving furniture