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20 Mil reinforced plastic sheeting is  a heavy duty high strength polyethylene film that is very resistant to tearing and overall damage. 20 mil reinforced polyethylene film, also known as RPE film, is a type of plastic film that is commonly used in a variety of industrial and construction applications, crawl space lining and encapsulation, aquaponics and anywhere a tough yet affordable poly film is required.

One of the most common uses for RPE film is as a vapor barrier in construction. When building a structure, it is important to prevent moisture from penetrating the walls and causing damage. RPE film is often used as a barrier between the foundation and the framing of a building to prevent moisture from entering the structure. The film is also used to seal the joints between walls and floors to prevent air and water infiltration.

Another common use for RPE film is as a liner in pond and lake construction. The film is used to create a barrier between the water and the soil to prevent leaks and seepage. RPE film is also used in the construction of landfills and waste containment areas to prevent the migration of liquids and gases.

Overall, 20 mil reinforced polyethylene film is a versatile and durable material that is used in a wide variety of applications to provide protection and moisture control. Its strength and durability make it ideal for use in construction, agriculture, and industry. The reinforcement in the film makes it a great barrier for containing liquids and gases, protecting the environment and the equipment.

Below is an example of a 20 mil RPE film:

 Ultra Scrim SR 20 WW is a 3-ply extrusion laminate combining two layers of linear, low density polyethylene and a high-strength cord grid. It compares to a 20 mil string reinforced poly.  It is specifically engineered to provide high strength and durability in a lightweight material.

 Multiple layers and cord reinforcement resists tears.

 Grommets, tie-downs, hems, zippers, drains, and 3-D custom shapes available.

 Flexibility and light weight allow for easy handling and quick installation

 Contains UV stabilization

 Chemically resistant to withstand exposure

 Low permeability greatly inhibits moisture transmission.

 Cold-crack resistance eliminates failures in extremely cold temperatures.

 rough reuse and fewer replacements. 

 Class A, ASTM E-1745 Standard Specifications for water vapor retarders used in contact with soil or granular fill under concrete slabs.

 COLORS: White

 Custom sizes up to 100’ x 200’ and custom fabrication are available to meet your exact

 USABLE TEMPERATURE RANGE: Minimum: -40ºF -40ºC Maximum: 170ºF 77ºC

Plastic sheeting (also know as poly sheeting or construction plastic) is a versatile and cost-effective material used widely in the construction industry. It is often used as a protective wrap to protect building materials, insulation, and other components during the construction process. It can also be used in the form of plastic sheeting wallpaper to provide a unique visual aesthetic in interior design. Plastic sheeting can also be used to line roofs and walls to create a waterproof barrier.

Plastic sheeting is made from polyethylene and other plastic materials and comes in a variety of thicknesses and sizes. It is strong, durable, and resistant to tears, punctures, and abrasions. Its waterproof properties make it ideal for use in outdoor construction projects, where it can provide protection from the elements. Plastic sheeting can also be easily cut and molded to fit any size or shape.

One of the most common uses for plastic sheeting in construction is as vapor barrier. This type of plastic sheeting is placed between the inside and outside of a building to prevent moisture from entering the building. This is especially important in areas with high humidity or in areas prone to flooding. Vapor barrier plastic sheeting can also help reduce energy costs by increasing the insulation of a building.

Plastic sheeting is also used as a waterproof barrier for roofs. It is used to line the roof and the walls of a building to create a waterproof barrier. This prevents water from entering the building and causing damage to the structure. It is also used in basements and crawl spaces to protect against water and moisture damage. Another use of plastic sheeting in construction is to provide a protective wrap around insulation and other materials. This helps to protect the materials from damage due to weather, dust, and other environmental factors.

Finally, plastic sheeting is also used in the form of plastic sheeting roofing underlayment. This type of plastic sheeting is placed between the roofing material and the roof decking to provide additional protection and insulation. This helps to reduce the amount of energy needed to heat and cool a building, resulting in cost savings for the building owner. Overall, plastic sheeting is a cost-effective and versatile material used in many aspects of construction. It is used to protect building materials, provide a waterproof barrier, reduce energy costs, and provide a unique aesthetic. With its many uses, plastic sheeting is a great choice for any construction project.

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Greenhouse coverings are a very important component of greenhouse construction and their choice can have a significant impact on the overall performance of the structure. The type of covering material selected can affect the environment inside the greenhouse, as well as temperature, humidity, light, and ventilation. There are several types of coverings to choose from, including glass, plastic, and fabric.

Glass was once the best choice for greenhouse coverings due to its ability to insulation plants from the elements. It is not a good choice if you live in freezing temperatures unless you have a heater or use additional heating. Thhe foe to glass of course is hail! It is considered durable in certain climates, and offered good light transmission.The key is keeping the glass cleaned on a regular basis. This covering is also available in various tints, allowing the user to customize their greenhouse environment. While glass makes for an aesthetically attractive greenhouse construction, it is also more expensive than other covering materials.

Plastic is another popular choice for greenhouse coverings. It is available in various styles and thicknesses, allowing the user to customize the insulation and light transmission properties of the covering. Plastic is also lightweight, making it easy to install, and it is less likely to break in stronger winds and may withstand some hail (depending on the thickness of the film). Greenhouse plastic comes in a wide range of thicknesses which will affect its longevity. 

Fabric greenhouse coverings are a more recent addition to the market, and they offer a variety of benefits. These lightweight and flexible materials can be easily customized to fit any shape and size, and they are also easy to install. Fabric coverings are considered energy efficient, reducing condensation and increasing temperature control. On the downside, fabric coverings are not as durable as glass or plastic and can be more difficult to clean.

When selecting a covering material for a greenhouse, it is important to consider the environment and climate you are trying to create. Each material has its own benefits and drawbacks, so it is important to choose a material that best suits the needs of the structure. 

Ultimately, the best greenhouse covering will depend on your individual needs and budget. Glass is a great option for those looking for a traditional, long-lasting covering, while plastic and fabric are better suited for those on a tighter budget. No matter what material you choose, it is important to research the covering material and understand its advantages and disadvantages before making a selection.

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