Solid Weeping Tile 4" x 100'

Polytubes
#SLDWEEP4100

Solid, Non-Perforated Weeping Tile. Polytubes Non-Perforated Corrugated High Density Polyethylene Tubing For Subdrainage Applications. Weeping tile is a porous pipe that is used for underground drainage.

The Tubing is corrugated for maximum strength, yet it is light in weight and flexible for ease of handling and installation.It can be cut to size on the spot for a custom fit every time.
Once installed, it resists both corrosion and abrasion in most applications for dependable performance.
The corrugated design adds strength to resists the pressure of burial in the ground. Extra durability is provided by the material itself. The plastic is inert so it is practically indestructible, even in corrosive environments.
The Tubing is available as standard non-perforated pipes, perforated pipes and perforated pipes with SOCK filter for areas where fine soils present a clogging problem.

Easy to Install: Lightweight and easy to carry. Saves time and labor.No special tools or fittings required, just cut to the required length.

Flexible: Shifts with the ground. No problems due to misalignment and clogging, because the tubing is so flexible. Big 'O' aligns itself which allows the system to continue to work efficiently

Strong-Tough-Durable: Won't crack or break under normal handling and installation procedures. Tough enough to withstand the heaviest loads.

Long Life: Will not deteriorate. Rust resistant. Not affected by acid soil content or other problem soils. Not affected by the freeze-thaw cycle.

Tubing is manufactured from high density polyethylene resin which meets or exceeds the requirements of Type III, Category 4 or 5, Grade P33 or P34, Class C, as per ASTM D1248.

The nominal size of the pipe is based on the nominal inside diameter of the pipe. the tolerance on the specified inside diameter shall be +/-3%.

Nominal Diameter: 4" (100 mm) and 6" (150 mm)
Outside Diameter: 5" (120 mm) and 7" (180 mm)

Non-Perforated Pipe is Available In 4"x164' and 6"x100

The light weight and ease of handling and installation allows this tubing to be ideal for many applications including:

Underslab drainage
Downspout runoff
Interceptor drains
Retaining walls
Low spots
Pool drains
Many more applications

As well, 4" (100 mm) tubing makes an ideal conduit for concealed utility lines such as electrical or telephone lines.

Downspout Run-Off: To carry rainwater away from the house and avoid water seeping down basement walls and creating wet basement problems, use Big 'O' Non-Perforated tubing from the downspout to the storm drain inlet, street curb, or other disposal area. Place a Big 'O' downspout adapter on the end of the downspout, snap the tubing into snap the coupling end of an adapter and run the tubing to the disposal area. If a shallow line is needed from the downspout, use an Elbow. Other fittings are available to connect two or more downspouts to the same line.

Window Wells: Basement window wells should be drained to prevent water from seeping down to the foundation wall and entering the basement. The window well can be easily drained by running a line of non-perforated tubing from a drain in the bottom of the well to a disposal area. The flexibility of Big 'O' tubing will be helpful in making grade changes and curves away from the well. Elbows are available for sharp curves.

Proper drainage is essential for successful landscaping, and a properly designed and installed Big 'O' drainage system helps ensure maximum use of the area by removing excess water and promoting overall heath of turf, trees and plants.

Care during Installation: Care should be taken to prevent damage to the tubing during the backfilling operation. Avoid dropping large soil clods or rocks directly on the tubing. Heavy loads of all types should be avoided until the soil around the installation area is properly settled.
Bedding: Tubing should be bedded in gravel or crushed stone. However, selected soil backfill material may also be used with satisfactory results. The bedding material should be placed around the tubing to a depth of at least 2" (50 mm) over the top of the tubing. When selected soil bedding material from the trench excavation is used, choose small loose particles of soil that will flow around the tubing and minimize soil settling. Avoid large rocks that may damage the tubing or large clods of soil that cause voids and subsequent excessive settling.
Depth To Cover: If vehicular traffic is expected over tubing, there should be a minimum of 12" (305 mm) of cover over tubing if gravel bedding material is used, Typical recommended gravel material would be pea gravel, granular A stone or pit run course sand and gravel mixes.
Proper Grades: The grade, or fall on which the tubing is laid is important in that reversals in grade will reduce the effectiveness of the system. Best drainage results are achieved with a continuous downhill fall, or grade, over the entire length of the drain line. A fall of 2" (50 mm) per 100ft (30.5m)of length is generally considered adequate, Greater fall will promote more rapid drainage.
Proper Backfill Selection: Choose your materials according to application. If absorption and drainage are required, perforated tubing should be used. If tubing serves only to remove water away from an area ( such as downspout runoffs, etc.), non-perforated tubing is best because it will not dissipate water into the surrounding area. Non-perforated tubing should also be used if the line runs close to trees where root penetration may be a problem. If the soil being drained is sandy or silty, the Big 'O' "The Sock" filter should be used to prevent fines from entering and blocking the drainage line.