Arrow Plastic NW108-A, SA108-A, PD108-A, EN108-A, HM108-A, NP108 Foundation For Your Building

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Foundation

A09

The Foundation For Your Building

OPTION 1: ARROW FLOOR FRAME KIT: (Order No. FB109-A or 68385-A)

Arrow has the best base for your building in this simple kit. It keeps stored items above the ground. This kit should be used with one of the following:

A. To support a plywood deck B. To be filled with sand. We recommend the combined use of

1.an ARROW FLOOR FRAME KIT and 2. an ARROW ANCHORING KIT as an effective method of securing the building to the ground.

Allow 1 - 2 hours for construction.

OPTION 2: Wood Platform

If you decide to build your own foundation, be sure to select the appropriate materials.

These are the recommended materials for your foundation:

●2 x 4's (5cm x 10cm) Pressure Treated Lumber ● 5/8" (1,5cm) 4 x 8 (122cm x 244cm) Plywood-exterior grade

●10 & 4 penny Galvanized Nails ● Concrete Blocks (optional)

The platform should be level and flat (free of bumps, ridges etc.) to provide good support for the building. The necessary materials may be obtained from your local lumber yard.

To construct the foundation follow instructions and diagram. Construct frame (using 10 penny galvanized nails)

Measure 16"/24" (40,6cm/61cm) sections to construct inside frame (see diagram)

Secure plywood to frame (using 4 penny galvanized nails)

FRONT (DOOR)

121" 3,1m

16"/24" 40,6cm/61cm

3/4" 922,4m

Allow 6 - 7 hours for construction.

Note: Platform/Slab will extend 9/16" (1,4cm) beyond floor

 

 

frame on all four sides. Seal this 9/16" of wood with a

OPTION 3: Concrete Slab

roofing cement (not included), or bevel this 9/16" of

concrete when pouring, for good water drainage.

The slab should be at least 3" to 4" (8-10cm) thick. It must be level and flat to provide good support for the frame. The following are the recommended materials for your foundation.

●1 x 4's (2,5cm x 10cm) (will be removed once the concrete cures)

●Concrete ● Sheet of 6 mil plastic

●We recommend for a proper strength concrete to use a mix of:

1 part cement ● 3 parts pea sized gravel ● 2 1/2 parts clean sand

Prepare the Site/Construct a Foundation

1.Dig a square, 6" (15cm) deep into the ground (remove grass).

2.Fill up to 4" (10cm) in the square with gravel and tamp firm.

3.Cover gravel with a sheet of 6 mil plastic.

4.Construct a wood frame using four planks of 1x4 (2,5cm x 10cm) lumber.

5.Pour in concrete to fill in the hole and the frame giving a

total of 4" (8-10cm) thick concrete. Be sure surface is level.

FRONT (DOOR)

121" 3,1m

3/4" 922,4m

Note: Finished Slab dimensions, with lumber removed.

Allow 3 - 5 hours for construction and a week for concrete curing time.

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Contents Roof Edge to Roof Edge Before YOU Begin Required Eye Goggles No Phillips Screwdriver Plan AheadSafety First Other Tips Care & MaintenanceRoof Strengthening heavy snow load Kits AccessoriesThis WAS Left Blank Intentionally This WAS Left Blank Intentionally Foundation For Your Building FoundationAnchoring Down The Building AnchoringHardware Parts List Assembly by Key No Floor Frame Assemblies StepPlace the front floor frames as Overlap the side floor framesOverlap the rear wall channel Frame AssembliesMake two side wall channels by Overlap the rear wall angleRoof Beam Assemblies Using the door track splice Door Track AssemblyFloor Frame Attach the front wall panels to CornersFrames Fasten the door track assemblyFasten the rear wall angle as Fasten the rear wall channel asWall Panels Fasten the front wall channels Front Channel/Door JambGable Assemblies Join the left and right gables Gables/BracesFasten the single roof beams Roof BeamsIf a Roof Beef-Up Kit was Right Roof PanelRoofAssembly Ridge Caps & Panels Attach the right and left side roof Roof TrimDoor Assembly Repeat steps 1 through 3 for Left door Door Installation & AdjustmentSome Facts about Rust

VN108-A, MN108-A, NP108, HM108-A, EN108-A specifications

Arrow Plastic NP108, EN108-A, PD108-A, HM108-A, and VN108-A are prominent products in the versatile world of plastic solutions. These items represent a blend of innovative design, advanced technology, and unparalleled characteristics, making them essential components across various industries.

The NP108 model is renowned for its lightweight yet durable construction. It is designed to withstand environmental stressors, showcasing excellent resistance to abrasion and impact. This feature makes NP108 ideal for applications requiring a balance between weight and strength, like packaging and lightweight structural components. Additionally, NP108 is manufactured using eco-friendly processes, ensuring minimal environmental impact.

EN108-A stands out for its exceptional energy efficiency. It employs breakthrough technology that minimizes energy consumption during production without sacrificing quality. The enhanced insulation properties of EN108-A decrease thermal conductivity, making it suitable for applications in the construction and energy sectors where energy conservation is a primary concern. Moreover, this model provides excellent UV resistance, ensuring long-lasting performance even in harsh outdoor settings.

PD108-A is engineered for precision and versatility. Its polymers are specially formulated to provide high clarity and good chemical resistance, which is particularly important in medical and pharmaceutical packaging. This model ensures compliance with stringent health and safety regulations, further enhancing its appeal within the medical supply chain. PD108-A also features an easy-to-process design, enabling streamlined manufacturing and customization options.

HM108-A is a heavy-duty model crafted for industrial applications. It possesses superior tensile strength and durability, allowing it to perform under extreme conditions. This version is designed to withstand heavy loads, making it an excellent choice for manufacturing and transport operations. Its ability to resist corrosive substances significantly extends the product life cycle, offering manufacturers cost-effective solutions over time.

Finally, VN108-A is specifically engineered for advanced technological applications. It features enhanced electrical properties suitable for electronic and telecommunications uses. The model is characterized by its high dielectric strength and low dissipation factor, ensuring reliable performance in sensitive electronic environments. VN108-A's adaptability to various manufacturing processes adds to its versatility, enabling its use in sophisticated electrical devices and systems.

In conclusion, Arrow Plastic NP108, EN108-A, PD108-A, HM108-A, and VN108-A offer a comprehensive range of features and technologies catering to diverse industry applications. Their robustness, energy efficiency, compliance with safety standards, and adaptability make them superior choices in the ever-evolving landscape of plastic materials and solutions.
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