identification | AiDomes

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Suitable Standard Door & Window Sizes

For American Ingenuity Domes

These tables contain CALL SIZES which are the customary size identification of the window industry. Call Size is the actual window dimension, for example Call Size 3/4 x 4/6 expresses 3’-4” x 4’-6”, which converts into 40” x 54”.  The horizontal dimension is always listed first x vertical dimension.  Check with your window supplier as to what sizes are best suited for fire egress windows in bedrooms to meet code.

H = Horizontal Sliding or Horizontal rolling windows

V = Vertical sliding, either double hung or single hung

C = Casement, swinging type window

F = French Door

22′
27′
30′
34’/36′
40′
45′
48′

1st Floor Window Dormer – Replacing a “H” Panel – Suitable Standard Window Size

2/8 x 3/2 V
4/4 x 3/0 V
2/0 x 3/2 VC
2/8 x 3/2 C
4/0 x 3/2 H
5/0 x 3/2 H
5/0 x 3/2 H
3/0 x 3/2 H
4/8 x 3/2 H
2/4 x 3/0 C
3/0 x 3/2 C
RO- 3/6 x 2/5 C
5/0 x 3/0 H
6/0 x 3/0 H
3/8 x 3/0 H
5/0 x 3/0 H
3/0 x 3/0 VH
RO – 2/5 x 3/6 C

1st Floor Window Dormer – Replacing a “P” Panel – Suitable Standard Window Size

NA
4/0 x 3/0 H
NA
NA
RO – 2/5 x 3/6 C
3/0 x 3/2 C
4/4 x 3/2 V
4/0 x 3/0 H
RO – 3/6 x 2/5 C
3/8 x 3/2 HV
4/8 x 3/2 H
3/0 x 3/2 C
3/4 x 3/0 HV
4/0 x 3/0 H
 

1st Floor Door Dormer – Replacing “H” or “P” Panels  – Suitable Standard Door Size

RED – “H” GREEN – “P”

22′

3/0″ x 6/8

27′
 
5/0″ x 6/8 F
30′
 
custom
34′ & 36′
 
2/6″ x 6/8
40′
 
3/0″ x 6/8
45′
 
5/0″ x 6/8 F
48′
 
5/0″ x 6/8 F
2/6″ x 6/8
3/0″ x 6/8
NA
NA
2/8″ x 6/8
3/0″ x 6/8
3/0″ x 6/8

2nd Floor Window Dormer – Recommended Window Sizes.  Window height is based on 7’6″ first floor ceiling height in the 22′, 27′, 30′ & 34′ domes.  Window height is based on 8′ ceilings on the first floor for the 36′ or larger domes. Both are based on 2×10 second floor framing.  Increase height 2″ for 2×12 framing.

 

To have a bedroom on the second floor of a 34′ dome, a fire egress casement window is installed in a door dormer NOT a second floor window dormer.  To have a door dormer on the second floor there must be a standard entryway below it.  The maximum size rough opening is 29″ x 42″ or 42″ x 29″.  Order casement window with egress hardware. 

A Second Floor Door Dormer can only be installed above a standard entryway. Due to the panel sizes in a 34′ dome, the second floor door dormer can only accept a custom door two feet wide by six feet tall.  Because of such a small door, this is why our web site states a second floor door dormer is not available on the 34′ dome.  However a second floor door dormer in stalled above a first floor standard entryway in a 34′ dome could be used to accept the required fire egress window.  This can be confusing, so please call for clarification…..321-639-8777.

2nd floor
dormer not
available use
solar tube
Fire Egress

RO 32″x42″ C

or RO 42″ x29″ C

order egress hardware

 

34′ 2nd floor door dormer only for fire egress window NOT WD
RO 29″x42″ C
or RO 42″x29″ C
order egress hardware

36 2nd floor door dormer only for fire egress window NOT WD

 

RO 29″x42″ C

RO 42″x 29″C

order egress hardware2/8 x 4/0 V

RO – 2/8 x 3/6 C

3/0 x 3/8 V2/4 x 3/5 C

3/4 x 3/0 V

3/8 x 2/8 H2/4 x 3/5 C

 

 

2nd Floor Door Dormer – Maximum Door Sizes.  First Floor ceiling height for 27′, 34′ and 36′ domes is 7′-6″.

22′ Dome
NA
27′ Dome
NA
30′   NA
34′ – 24″ x 60″
36′ Dome
24″ x 6/8
40′ Dome
2/6″ x 6/8
45′ Dome
2/6″ x 6/8
48′ Dome
3/0″ x 6/8

Cupola – Recommended Window Sizes – Horizontal Roller or Slider Type

22′
N/A
27′
5/6 x 2/0 H
2 – 2/8 x 2/0 H
30′
5/0 x 2/0 H
4/8 x 2/0 H
34′ & 36′
5/6 x 2/0 H
2 – 2/8 x 2/0 H
40′
7/0 x 2/0 H
2 – 3/4 x 2/0 H
45′
8/0 x 2/0 H
2 – 3/8 x 2/0 H
48′
8/0 x 2/0 H
2 – 4/0 x 2/0 H

Cupola windows can not qualify for egress because they are too high above the floor. Two standard vinyl horizontal roller or slide type windows are needed to fill one rough window opening of a cupola. They can be installed with a mullion in between them or custom windows can be installed.Florida and most other state’s code for Glass and Glazing requires tempered glass to be used in windows whose nearest edge is within 24″ radius of a door in closed position. Tempered glass is also required for glass panes with a bottom edge less than 18″ and a bottom greater than 36″ above the floor.

 

Maximum Rough Opening Sizes for Doors and/or Windows

Our Entryways and Dormers provide openings in the dome that accommodate conventional doors and windows that you purchase locally. The walls within these openings are built on-site to fit your choice of door and window sizes.

Typical heights (distance “D” from the floor to the top of the opening) are listed in the first column with the maximum available rough opening listed for each dome size.

Opening sizes are listed as Width x Height.

Entryway & High Profile Entryway – Maximum Size Rough Opening For Doors and/or Windows

D
22′
27′
30′
34’/36′
40′
45′
48′
Standard
80″
NA
NA
99″ x 82″
119″ x 82″
147″ x 82″
171″ x 82″
186″ x 82″
High Profile
96″
NA
NA
86″ x 96″
106″ x 96″
135″ x 96″
159″ x 96″
173″ x 96″

Garage Entryway – Maximum Garage Door Size

D
22′
27′
30′
34’/36′
40′
45′
48′
84″
9′ x 7′
16′ x 7′
12′ x 7′
14′ x 7′
16′ x 7′
n/a
n/a

Great News for Florida Customers.  One of our perspective dome buyers has discovered two companies in south Florida who sell Florida approved impact glass doors and windows and shutters at a reasonable price.

The factory for the Impact Glass Windows and Doors is:

Curv-A-Tech Corp.  930 West 23rd Street Hialeah,FL. 33010    curvatechcorp@bellsouth.net     Phone: 305-888-9631

 

The company for Hurricane shutters & Glass is:

DEPENDABLE SHUTTER & GLASS   

Phone: 888-694-6698    Fax: 954.791.0840   4741 Orange Drive, Davie, FL 33314  www.dependableshutter.com

 

Please use this chart for size estimating only. During Plans Design Ai will email elevation views showing possible rough opening door & window sizes.

1st-fl-window-and-door

2nd-fl-window-and-door

From Better Homes and Gardens – what to consider when replacing windows & buying windows.

In older houses, faulty windows can account for a third of the total heat loss in winter and as much as 75 percent of interior heat gain in summer. Look for the following telltale signs that a window has lost its effectiveness:

  • Stand inside your house on a windy day with a lit candle near the window’s operative edge. If the flame flickers or goes out, your weather stripping might be damaged.
  • During the winter, if a window develops ice buildup or a frosty glaze on the interior of the pane, the ventilation in your home may not be adequate. Another possibility is that your window may not be providing enough insulation value, a situation that can make your heating bills soar.
  • Sit near your window. If you feel cold air coming in during the winter or warm air during the summer, your windows have little insulation value. This means you’re paying more to heat and cool your house to compensate for the exterior air entering your home.
  • Do your windows get fogged with condensation? If so, you may have a seal failure and need to replace the glazing or the entire window.

In some cases, replacing broken panes and tending to loose or missing weather stripping may buy some time. If your windows are old and ill-fitting, however, you need more than stopgaps.

Replacement window options:

Wood is the choice of most homeowners. Wood is strong, insulates well, and has natural appeal and a warm look. It needs exterior maintenance, and interior surfaces can be painted, stained, or finished any number of ways.

Vinyl windows do not need to be painted or stained. They offer good insulation value and strength, making them a viable alternative to wood.

Aluminum windows have a stronger frame but poorer insulation than wood or vinyl. They’re fine in areas with a mild climate, and are also used for commercial applications.

Fiberglass combines the higher strength and stability of aluminum with the insulating properties of wood and vinyl. Fewer options are available at this time, as fiberglass is just beginning to show up in the window market.

Combination windows are available with wood on the interior and vinyl or aluminum on the exterior, combining the look of wood with a low-maintenance exterior material. This is known as “cladding” (as in vinyl-clad or aluminum-clad).

Features to consider when purchasing windows:

Energy efficiency. Almost any good-quality window available today incorporates two pieces of glass with a sealed airspace between then as a buffer between indoors and out. Some windows are even triple-paned. You may have the option of argon gas instead of air between the glass to further the window’s insulating abilities. Most window manufacturers also offer such options as low-E glass, which reflects heat and screens out the sun’s rays.

Design. Windows are available in shapes ranging from quarter rounds to ovals. Consider an arrangement of smaller windows instead of one large one, or vice versa.

Ease of installation. The easiest type of replacement window is a frame-within-a-frame design that can be installed in an existing frame without disturbing walls or trim work. Some are sold in kit form, complete with hardware, for standard sizes. If your original windows have divided lights or panes, look for multipane replacements or snap-in grilles that match glass dividers on the old units as closely as possible. If your windowsills are rotting or damaged, however, you’ll need to replace the old frame as well.

Ease of maintenance. Weather-resistant materials will reduce your regular maintenance; vinyl or aluminum-clad exteriors need no painting. For ease of cleaning, choose windows that tilt in or open from the side. Many double-hung windows now come with tilting sashes so both interior and exterior glass surfaces can be cleaned from inside the house.

Function. Tempered glass is required by code for certain applications, such as glass doors and some window installations with low sill height. For more extreme conditions, such as coastal environments, consider laminated impact-resistant glass designed to withstand hurricane-force winds and the impact of airborne debris.

Hardware. Some manufacturers offer improved hardware for crank-out windows such as casements and awnings — specifically, collapsible or low-profile handles that don’t interfere with blinds or other window coverings. Others offer a variety of style options for latches and locks. To be safe, ask about these and any other convenience features before the units end up in your walls. Also, try the hardware in the showroom. Does the window lock, unlock, and open easily? This test gives you a feel for the window’s usability and its overall quality as well.

Cost guidelines:
Broadly, vinyl and wood are the least expensive, fiberglass costs more, and clad windows are even more. That said, a general price range for an average size (30-inch by 48-inch) window is $100 to $200, which will be higher in urban areas.

More features like tilting versions and higher E-ratings increase the cost, although sometimes as the price and quality increase, more options are included. Differences in the up-front purchase price of a window may eventually be offset by other factors. Energy efficiency and a no-maintenance exterior will offset the up-front cost difference over time. Second, installation and labor costs could actually be higher for an “economy-grade” all-wood window, if you factor in charges for painting, and how much sooner you may have to replace it than a window made from more durable material.

One way to keep your window costs from rising is to avoid special orders. Try to work with standard sizes from a manufacturer, and select from the standard styles and features that your local retailer stocks.

 

 

Shipping Information: American Ingenuity Dome Building Kits
Are Shipped Via Semi-Truck

Click on the photo to enlarge it:

Image Image
Four men loading truck with 45′ kit. Factory domes in background.    48′ Dome Panels strapped down ready for shipment.

semi - truck DSCN1643

The above photo illustrates 45′ Dome kit being strapped down prior to shipment to dome owner’s property.

All Panels Are Marked With Numbers and Letters to Match The Building Plan Nomenclature Blueprint

16.09 unloading truck Kaufman picture assembly 105

Semi-Truck Being Unloaded At Dome Owner’s Site 

Can be unloaded with all terrain fork lift or man lift following Ai’s Truck Unloading Instructions

16.15 un loading truckKaufman picture assembly 121

Another View of 45′ Dome Kit Being Unloaded From Semi-Truck

Q: As far as shipping costs: Why did a California dome kit buyer pay $6,450 for one truck’s shipping cost,  an Australian dome kit buyer pay over $18,000 to have container shipped for his 34’ kit and a Washington dome kit buyer pay $9,000 for one truck’s shipping cost?

A: Simply put, it is because the Buyer could not build a home or buy any house that has the energy efficiency, strength and noncombustible concrete exterior that the American Ingenuity dome home has. The Ai dome is more energy efficient than a conventional house, because of its thick insulation (comparable to 11″ of fiberglass batting), the reduced exterior surface area and because the exterior walls contain no wood to interrupt the insulation. The dome is stronger than a box shaped house (225 mph wind and F4 tornado) due to its aerodynamic shape, steel reinforced concrete exterior and triangle panel shape. Plus there is no roof to replace every 11-12 years. The exterior of the dome is fire resistant concrete.  To view Ai dome advantages summary, click on Summary.

Q: I understand the Dome Building Kits are shipped on semi-trucks. What is the shipping cost in Florida and outside of Florida?
A:
Ai’s manufacturing costs here in Florida are well below the national average, which offsets any long distance shipping expenses. We can actually manufacture a kit here in Florida and ship it to the western states and northern states cheaper than we could manufacture there.  For example due to higher labor costs, if we manufactured out west or up north  we would need to increase the kit pricing 40%. So this means a 34′ kit whose approx. sale price is $26,000 would sell for $36,400 an increase of $10,400.

Having our manufacturing plant located in Florida is advantageous for shipping since more is shipped in than out of the state, leaving many trucks headed out empty.

Ai utilizes these independent trucking agencies. We contract to have these trucks carry your building kits outside Florida for approximately $2.70 to $2.90 per mile per semi-truck from our plant in Rockledge, Florida. A Minimum shipping charge may apply and ranges between $800 – $1,100 (due to the recent hurricanes these rates have been fluctuating up and down).  One month prior to shipment of your kit,  we will be able to obtain a more accurate shipping rate (please note: due to Acts of Nature, rapid fuel price increases, or political unrest, there is a possibility that shipping costs could change after the final payment is made to Ai. Since this is out of Ai’s control,  the purchaser not Ai is responsible for paying any increased shipping costs).

If your Florida building site is south of our factory, the truckers charge more because they have to drive south before they can drive north to leave Florida.  These trucking costs are less than we could do with our own trucks because if we used our own trucks, they would have to deliver the kit and return to Ai’s factory empty.

Per mile shipping costs and minimum shipping costs can vary due to fuel costs, fuel surcharges and travel distances.

If you are an International Client, your freight forwarder coordinates your container shipping. Click on Exporting to learn more. There is an extra fee of $800 per container because Ai has to rent a telescopic forklift boom to load each container.

Even though we have arranged the shipping, the truck carrying your kit does not belong to American Ingenuity, and the driver does not work for us. The driver is an independent driver, contracted for the delivery. Ai has found these drivers to be considerate, understanding and fair people. They are accustomed to transporting valuable merchandise and delivering it in the best possible condition.

Q: How many building kits with your standard R28 insulation fit on one semi truck?
A:
Five 15’s or two 18’s or one 30′, or one 34′, or one 36′, or one 40′, or one 45′ or one 48′ can fit on one semi-truck for delivery. Two 22’s can fit on one truck.  One 22′ & one 27′ can fit on one truck.   Two – 22’s each with 5’ risers R28 insulation will fit on one 53ft step deck truck.  No 2×4’s and no link.  One 22 & one 27 with 5’ risers & R28 insulation will fit on one 53ft step deck truck.  No 2×4’s and no link/

If you max out the number of entryways, purchase a link and the thicker insulation, your 45′ or 48′ building kit will require two trucks for delivery.

The 15′ & 18′ kits can be purchased with thinner 3 1/2″ R14 EPS insulation NOT R28 7″ EPS insulation and no 1/2″ dyrwall.  If so the thinner insulation allows for up to ten 15′ dome kits to fit on one truck and up to four 18′ dome kits on one truck.

The 15’ kit and 18’ kit  can be picked up by the buyer if the following size truck, trailer and straps are used.  (each with one entryway, 7” EPS & one set of 2×4’s for temporary wooden rib system)

15′ kit: 

1/2 ton truck minimum (Ai recommends 3/4 ton truck )
13 ea.  2″ x 30′  straps Working Load Limit 3000 lbs.
Trailer specifications
7′ wide 20′ long minimum
tandem axle 3000 lbs. each axle
axles with brakes
bed height of 48″ max

18′ kit: 

1/2 ton truck minimum  (Ai recommends 3/4 ton truck )
13 ea.  2″ x 30′  straps Working Load Limit 3000 lbs.
Trailer specifications
7′ wide 22′ long trailer minimum
tandem axle 3000 lbs. each axle
axles with brakes
bed height of 36″ max

For information on dome kits shipping to international areas in containers or flat racks, click on importing.

Q: Is there insurance to cover the load in case of a problem?
A:
Yes. Each shipping company has cargo insurance.

Q: How do I communicate with the driver and his dispatcher?

A: Ai gives you the name and phone number of the driver.

Q: How does the truck driver get directions to my construction site?

A: You fax or email directions to us describing how to get to your site from the nearest major interstates. Ai gives those directions along with your phone numbers to the driver.

Q: How is the shipping cost paid?

A: The trucking companies require that American Ingenuity pay them directly.  One to 3 months prior to your shipment date, Ai will contact the trucking companies for quotes and negotiate the lowest price possible.  21 days prior to the shipment date, mail a bank check to Ai which includes the balance due on your dome kit and the shipping cost.

 Q: How large will this truck be and how big a turn around area will it need?

A: The semi-truck will be about 70′ long and 8 1/2 feet wide. Consider where the semi can turn around. Semis need a large turning radius. The truck will need about 13 ½’ of clearance overhead.  Ai’s Plant uses a 35′ wide loading area (varies depending on type of forklift and terrain).  When one tiny home kit is shipped, the truck length may be shorter.

Plan sufficient room on both sides of the trailer for the forklift to approach it at a 90 degree angle, lift the load, back straight out until the lifted load completely clears the load on the trailer, then back and turn 90 degrees before proceeding toward the stacking area.

Q: What if my road is curvy or too steep and the semi- truck cannot go up the road?

A: You might have to off load the truck and stack the panels in an open area and use the fork lift or bob cat to take the panels up the curvy, steep road. Some of our clients have carried the panels up their narrow roads on a trailer or in the back of a pick up. If you will be obstructing traffic, have someone available with a flag to caution and direct approaching traffic. Coordinating with law enforcement may be needed in high traffic locations.

If you will be off loading onto a common area and not unloading at your construction site, the truck driver may have to stay longer than the normal three hour unloading time. If so the truck driver will need to be compensated $50 an hour for any time over the three hour unloading time. Let our shipping department know if you need additional time and they will work the additional cost out with the trucking company’s dispatcher.

Q: What damage can occur to the building kit during shipment?

A: The panels may have a small amount of damage from loading or transport. The straps that secure the panels to the truck may make indentations in the E.P.S. edges, which can easily be filled with expanding foam. Even it the panel gets cracked it will not have any structural significance. The crack can either be sealed after the dome is completed or in extreme cases, a layer of stucco applied. Any damage to the EPS can be repaired with the expanding foam provided with your kit. In general, a panel would have to fall off the truck for any appreciable damage to occur.

Q: What is the approximate shipping weight of the Building Kit?

A: 27’-13,000 LBS, 30’-15,000 LBS, 34’ 17,000 LBS, 40’-20,000 LBS, 45’- 22,000 LBS, 48’= 24,000 LBS. The building kits are not really heavy loads. Due to the 7″ thick Expanded Bead Polystyrene insulation, the load is a bulky one.


Even though American Ingenuity has arranged shipping and loaded the truck, the truck carrying your building kit does not belong to Ai and the driver does not work for us.

HAVE A FORKLIFT AND CREW READY TO UNLOAD

Forklift Requirement:

1. All-terrain type unless the entire operation will be on a paved surface.

2. 2,000 to 3,000 pound lift capacity.

3. 48″ long forks are required to unload the 48’ and 45’ kit.

The longer and wider forks will minimize indentations of the panels.

4. Experienced person to drive the forklift .

5. Two additional able-bodied people are needed to assist and to lift non-concreted panels and items from truck.

Try to avoid renting huge, high capacity fork lifts because they are heavy, bulky, and hard to maneuver in limited space.

If the forklift is unable to lift an entire stack of panels it will have to first reach and remove the top half which is apx. 8 ft. above ground level.

48” long and 12” wide strips of ¾” plywood connected to the tops of the forks will also minimize indentations on the panels.

An experienced forklift driver will save you potential damage and unloading time. See Time To Unload below.

Assistance is needed to place the foam blocks on the ground under each stack, remove components that have to be lifted by hand, guide the driver whose view is obstructed by the stack of panels, etc.

The truck driver is not required to direct or unload the ruck.

PLAN THE UNLOADING SITE

1. Long before the kit is due to arrive, select the best place to park the semi truck and select a place to store the kit.

2. Make sure there is plenty of room on both sides of the Semi-Truck for the forklift to maneuver.

3. Overhead clearance of 13 ft.

STORAGE SITE

1. Choose a site close to the dome foundation.

2. Need an area approx. the size of 3 semi truck beds (8 ½ x 50’) to accommodate the panels in partial stacks.

The Semi Truck is 8 ½’ wide & 70’ long requiring a large turning radius.Plan for the truck to have room to turn around or back up to the primary road. If not paved, the surface must be fairly level and compacted, so the truck and forklift will not get stuck.Our plant uses a 35’ wide loading area (varies depending on type of forklift and terrain).

If necessary you could have the truck park as close as possible to the construction site and use the forklift to later carry the stacks of panels the rest of the way to the site.

If you will be obstructing traffic have someone available with a flag to caution and direct approaching traffic. Coordinating with law enforcement may be needed in high traffic locations.

TIME TO UNLOAD

· 3 Hours unloading is included in your truck charge.

· Time over 3 hours will result in an additional $50 per hour.

Loading the truck takes longer. Ai must precisely load the panels to fit in a limited area. Additional time is required to arrange the panels in each stack to line up with the tie down straps and withstand the forces when they are tightened.

PANEL ARRANGEMENT ON THE TRUCK

The concreted panels are grouped together on the truck according to type.

The triangular panels must be supported on the corners while they are being shipped therefore they are setting on foam block spacers and not pallets.

Stacks of smaller, lightweight panels may be secured for shipping with either wire or C-rings.

Cut these panels loose from each other using a diagonal wire cutter, before removing them from the truck.

E & F (Entryway)-panels my lay directly on the truck bed without spacers. With a helper, manually slide a set of 2 E panels aside toward the forks of the forklift, pick them up carefully at the edge and place a foam spacer under them. Now you are able to place the forks under the panel, lift and transport them.

Pentagon Panels labeled “P”, Hexagon Panels “H”, Riser Panels “R” and Entryway Panels “E, F, G”.

See Panel Identification in the Assembly manual.

 

All panels are shipped with the pre-finished concrete side up.

LIFTING PANELS OFF THE TRUCK

BEST OPTION:

Fast and efficient, an entire stack of panels is removed at once. Three people can unload the truck within 3 hours. One drives the fork lift, 2 people, acting as eyes, guide the fork lift driver, who’s view is obstructed by the load.

Unload panels alternately from both sides of the trailer, to keep the load on the truck balanced.

Other methods are less desirable as upper panels are 10-12 feet above the ground, weight 290lbs each.

To avoid breaking off the E.P.S. corners, do not lift heavy panels by their corners, rather lift the panels by holding the EPS at least 12” back from the corners

  • Place the first unloaded stack onto two, 2’ long pieces of 4×4. After the first stack has been unloaded you will be able to place the remaining stacks on the foam spacers which are approx. 3 ½”.
  • Look for spacers of 3½” EPS insulation provided at bottom and middle of H & P stack to accommodate the blades of the forklift. Save them to be used later in the construction process for filling in gaps, or for small repairs.
  • Place the foam spacers on the ground and put the panels on top.

BUILDING KIT INVENTORY

Your kit and components have been checked for quality and quantity three times by experienced employees before the truck left the plant.

Only in extremely rare cases has a part actually been missing.

It would be very time consuming to inventory all the items as the truck is being unloaded. Although you could check off many of the large, boxes, buckets, etc.

Obtain the Building Kit Inventory list from the truck driver.

Within a week of receiving your kit, complete a thorough inventory and assure that you have received all the items on the inventory sheet.

Kit items are listed in categories: Pre-finished Panels, EPS, Insulation Panels, Boxes (numbered consecutively), 5 gallon Buckets, and Bulk Items.

Please check and double check quantities if you think there is a discrepancy.

PANEL STORAGE & TOLERANCE

IN FREEZING CONDITIONS

If the wallboard has absorbed water and exposed to freezing temperatures while it is still damp the fiberglass on the interior surface may delaminate. In extreme cases the core of the board may disintegrate.

If these conditions occur the board can be repaired with joint compound or wallboard sealer. Contact us for assistance.

Some of the liquids will be damaged if they are allowed to freeze. Even the liquids that are not damaged may burst their container, therefore we recommend storing them inside.

Internal wallboard on dome panels is weather resistant. It can be stored outside for a limited period of time (apx. 2- 3 months) without significant damage.

In severe weather and for longer storage, we recommend covering the panels with tarps.

Water or freezing conditions does not affect EPS foam. But can affect the wallboard.

EPS Surfaces that are not covered or painted will very slowly erode if exposed to sunlight (ultraviolet light). The edges of the panels that have exposed EPS are painted at Ai Factory.  If your kit is going to be stored more than 3 months, additional paint will need to be applied on site to protect the EPS.

Items shipped in cardboard boxes, precut 2×4’s and items likely to be stolen should be stored inside.

Typical damage may include: 

  • Concrete corners cracked or EPS edges indented due to the straps.
  • Cracks in some of the thinner concrete, scratch coat, are non-structural and can be sealed later.
  • Damage to the EPS during shipping or construction can be easily repaired with expanding foam provided with your kit.
  • Ai has not had a panel fall off a truck although panels have dropped 10 ft. or more during construction and have been successfully repaired and used.
  • Panels will have some insignificant damage from loading, transporting and unloading.