Mirafi RS280i Geotextile Fabric - 15' x 300' Roll - TenCate

Name: Mirafi RS280i Geotextile Fabric - 15' x 300' Roll - TenCate
Brand: Paramount Materials
SKU: MIRAFI-RS280i-15x300
Price: 3448.4 USD
Availability: InStock

$3,448.40

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SKU MIRAFI-RS280i-15x300

Quantity

Mirafi RS280i Geotextile Fabric - 15' x 300' Roll

Model: RS280i-15X300
Brand: Mirafi - TenCate
Size: 15' x 300'
Square Feet / Roll: 4,500
Weight: 285 lbs
Fabric Specifications: Download RS280i Specification Sheet

Do you need a written quote? Submit a quote request >

This fabric is produced in the state of Georgia, USA and can meet Build America / Buy America (BABA) requirements when requested. If ordering this fabric for a BABA project be sure to indicate that a BABA fabric is required in the “order message” field on the cart page.

NOTE: Mirafi branded products are ineligible for return or order cancellation once the order has been shipped. If you would like to purchase an equivalent fabric which is eligible to be returned with a standard restocking fee please give us a call at (800) 748-5647.

This Product is Stocked in the California and Georgia Distribution Centers Only.

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Questions? Call (800) 748-5647

PRODUCT SUMMARY

Modulus: Separation. Confinement. Water flow. Orange product identification. Superior integration.
Reinforcement Strength: Higher tensile modulus properties than the leading stabilization products.
Separation and Filtration: Unique double layer construction provides a wide range of pore sizes for an excellent separation factor, superior filtration and flow characteristics of a fine to coarse sand layer.
Soil and Base Course Interaction: Excellent soil and base course confinement resulting in greater load distribution.
Durability: Robust damage resistance for moderate to severe stress installations.
Roll Sizes: Mirafi ® RSi-Series geosynthetics come in several roll sizes to fit project requirements.
Seams: Panels can be seamed in the factory or field, providing cross-roll direction strength to facilitate efficient installation.

YOUR TRUSTED
MIRAFI SUPPLIER

We are an authorized Mirafi / Tencate distributor.
We only sell genuine Mirafi geogrid. We never ship mislabeled overruns or "knock-offs".
You order Mirafi, we ship Mirafi. Even if a stock issue arises we never substitute for another brand without the customer's direct consent.
When you call, we answer. When you call Paramount Materials you get a live person quickly, ready to help with product or order questions. (M-F 5:00 am - 3:00 pm Pacific Time)

Fabric Shipping Time - Georgia Warehouse:

By default, Mirafi fabric orders ship from the Georgia warehouse where a full stock of the Mirafi fabric types are maintained. Most orders ship same day (M-F) if order is placed before 11:00 AM EST. Transit times displayed in the map are listed in business days, are approximate and are specific to the Mirafi fabric line. The day that the order is shipped is not counted as a transit day. Most Mirafi fabric rolls ship via LTL freight. For expedited shipping rates please call: (800) 748-5647

The transit times displayed on the map are for our free shipping option.

Fabric Shipping Time - Southern California Warehouse:

Note: By default, orders ship from the Georgia warehouse with the standard transit times shown above. If you would like your order to ship from the Southern California warehouse (Mira Loma) you must first fill out a stock check request. Orders can also be picked up at this warehouse location if preferred. Southern California warehouse orders must be placed over the phone.

Most Mirafi fabric California warehouse orders ship same day (M-F) if order is placed before 11:00 AM EST. Transit times displayed in the map are listed in business days, are approximate and are specific to the Mirafi fabric line. The day that the order is shipped is not counted as a transit day. Most Mirafi fabric rolls ship via LTL freight. For expedited shipping rates please call: (800) 748-5647

The transit times displayed on the map are for our free shipping option.

PRODUCT INFORMATION - RSi SERIES FABRICS:

TenCate Mirafi® RSi Series Woven Geosynthetics are used for varying application needs including: base course reinforcement and subgrade stabilization for road, runway and railway construction; embankment stabilization on soft foundations; reinforcement for mechanically stabilized earth (MSE) structures; liner support, voids bridging, reinforcement over soft hazardous pond closures and other environmental market applications.

TenCate Mirafi® RSi-Series Woven Geosynthetics function for:

- Separation
- Filtration
- Soil Reinforcement
- Confinement
- Drainage

System Solutions:

Mechanically Stabilized Earth
- Embankments

Roadway and Railway Stabilization and Reinforcement
- Base course reinforcement and sub-grade restraint

Erosion Control
- Land Reclamation

Waste Management
- Containment

TenCate Mirafi® RSi Series Woven Geosynthetics…geosynthetics that make a difference.

*Integration refers to the overall set of described characteristics based on a review of technical specifications for comparable products published by their respective manufacturers. Individual characteristics of these products vary and may meet, exceed, or fall below one or more of the above described individual characteristics.

Mirafi RS280i On the Job-Site

The Reconstruction Project In Palisades, Mesa County In Colorado

The Reconstruction of Main Street in Palisade in Mesa County, Colorado saved on construction costs and time while cutting back on taxpayers' costs.

The Challenge

Palisade in Mesa County has been growing at a pretty good clip which means an increase in traffic. Due to its growth, they needed to reconstruct Main Street in a practical manner and at a reasonable cost. During construction, it was understood there would be soft soil and shallow utilities which would make construction difficult.

The geotechnical investigation revealed various soil traits with the first borings showing a moist dense sandy gravel and the rest of the borings showing a moist soft to rigid thin clay. Laboratory testing indicated the native clay soils were slightly plastic and had a tendency to build up under loading at the current density. The California Bearing Ratio (CBR) was determined less than 2%.

The Design

The engineer understood there would possibly be soil stability issues so included a stabilization design in the plan so the contractor would know how to deal with soft spots. The original design required the removal of 24 inches of subgrade material. By redesigning the stabilization section with a layer of TenCate Mirafi® RS280i woven geosynthetic, using TenCate’s Miraspec software, the engineer was able to reduce the sub-base to 13 inches. This was an attractive thought due to a reduction in aggregate thickness and a way of keeping construction above the utilities. Including a layer of Mirafi® Rsi geosynthetic for stabilization, the engineer could redesign the unreinforced pavement section, to speed up construction and give the town a saving in costs. This is based on 420,500 ESALs, 4 inches of asphalt over 15 inches of the aggregate base course. The reinforced design using MiraSpec software brought about 4 inches of asphalt over 9 inches of aggregate base course over one layer of Mirafi® RS580i.

Using Mirafi® RSi geosynthetics, the engineer could reduce the thicknesses of the stabilization section and the actual pavement section. This produced a total aggregate thickness reduction of 17 inches while still maintaining the structural integrity of the roadway section.

Construction

During the entire project, they experienced constant rainfall. The contractor needed to stabilize almost the entire alignment with Mirafi® RS280i and 13inches of aggregate. If the unreinforced stabilization design had been used, the contractor would have needed to install an additional 11 inches of aggregate across the entire project.

Performance

Using a geosynthetic-reduced section resulted in both savings in time and costs. Using Mirafi® Rsi-Series the contractor could install geosynthetics and maintain a minimum of one foot of overlap. The geosynthetic reinforced sections provided for faster construction due to less excavation, less aggregate to transport and install, and not needing to excavate into utilities. This decreased the construction schedule and generated fewer interruptions for local businesses.

Summary

Due to the reduction in excavation and aggregate section thicknesses, it was estimated that the geosynthetic reinforced design provided around $60,000 in cost savings in construction. Using these savings by the community saved taxpayer’s dollars.