MICROFAB™ — Anti-Vegetation and
Anti-Rooting Ground Cover
MicroFab™ was created exclusively to prevent the growth of weeds
without resorting to chemical products. This anti-vegetation and anti-rooting
ground cover pevents weeds from attaching themselves to its surface while
keeping roots from taking hold or piercing through it. Virtually 100% opaque,
it prevents photosynthesis, keeping weeds from growing and seeds from germinating
beneath the lawn cover.
Description and function
MicroFab consists of a woven geotextile with a polyethylene coating. Designed
to withstand tears and perforations, this non-biodegradable product delivers
approximately five years of UV resistance.
Ideal for professional end-users working in nurseries, greenhouses and garden
centres, MicroFab requires no covering and can be used outdoors for several
years. Lines printed at every 15 cm make it easier to line up pots. Its unique
structure allows MicroFab to outperform other types of materials used in the
horticultural industry.
Surprising permeability
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| MicroFab
increases the stability of the ground in driveways, while helping control
roots that could contaminate the structures’ drainage gravel.
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With its multiple microscopic perforations, this anti-vegetation and anti-rooting
ground cover facilitates the infiltration of water, air and fertilizer to
the plants’ roots. Used as a cover in the Aquamat system, the MicroFab
lets water pass freely to the “reservoir” layer of this capillary
mat.
See MicroFab’s
Technical Data
EPURTEX — Nonwoven Textile Used
in Drainfields
A septic system serves to treat wastewater from a domestic or commercial source.
Consisting first of a septic tank — a holding tank for solid waste —
it is followed by a treatment system that completes the purification process
before returning the wastewater into the environment. Generally speaking,
any system involving infiltration into the ground consists of a bed of grade
media (crushed rock or gravel) in which a pipe system has been installed (drainfield
or leachfield).
Situation
Before backfill is added, the surface of the graded media must be covered
by a separation membrane such as the Epurtex geotextile, in order to facilitate
evapotranspiration and the transfer of oxygen to the trench-type disposal
field. It is important to allow oxygen to penetrate into the soil as the microorganisms
that digest the waste need oxygen in order to live and function.
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Before
backfilling, the graded media must be topped with a separation membrane
such as the Epurtex geotextile. |
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Description and function
Made of synthetic fibers, the Epurtex geotextile will not rot, and will withstand
acids in the soil while admitting the oxygen essential to the proper operation
of the disposal field.
Because of its construction, this calendered geotextile is a welcome alternative
to overly fragile blotting cloth and other materials unsuited to the effective
transfer of oxygen.
See Epurtex’s Technical
Data
TX-80 — Geotextile for Residential Use
Landscaping professionals are well aware of the importance of the TX-80
geotextile’s functions on projects involving the construction of driveways,
retaining walls and drainage ditches around homes.
Description and function
Produced from highly resistant synthetic fibres, the TX-80 geotextile has
a virtually unlimited service life.
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The
filtering, draining and separating qualities of the TX-80 geotextile
makes it ideal for use in driveways and behind retaining walls. |
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The TX-80 increases the stability of soil in driveways and, by the same token,
keeps ruts from forming or the ground from weakening under the wheels of vehicles.
Without TX-80, fine particles mix with the backfill, eventually leaving visible
traces of varying depths where the wheels of vehicles constantly dig into
the driveway, when owners are in the habit of parking in the same spot.
See TX-80’s Technical Data
AQUAMAT® — The Water Conservation
System
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| When used in greenhouses,
the Aquamat system ensures uniform plant growth, optimizing the distribution
of water and fertilizers. |
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Improving crop growth while saving water is a key to success in today’s
highly competitive horticultural industry. In response to the needs of nursery
growers for greater productivity in an environment where saving water is an
increasing concern, researchers at the Mid-Florida Research and Education
Center of the University of Florida and Laval University in Quebec, Canada
collaborated on the development of a revolutionary irrigation system.
The Aquamat® System
This unique patented system is based on a high-performance multi-layer textile
mat reflecting the latest technological advances. The mat allows even distribution
of water from pot to pot, prevents surface evaporation and requires considerably
less water than conventional overhead irrigation systems. As a result you
get faster, uniform plant growth. Better yet, it is highly affordable and
easy to install.
Advantages of the Aquamat system
Specifically designed for nurseries, greenhouses and garden centers, this
revolutionary and versatile multi-layer water conservation system:
- Uses less than 60% of the water required by conventional systems
- Accelerates plant growth by up to 35%
- Eliminates most runoff
Components
The Aquamat system consists of four layers and incorporates functionals
features:
- The top layer – the patented MicroFab™ anti-rooting cover
– is a UV-resistant permeable woven coated textile that lets water
through while keeping roots out.
- The second layer – the Evaporation Block – consists of a
fluffy textile, which separates the absorbent mat from the top layer,
thus preventing surface evaporation. When compressed by the weight of
the pots, capillary uptake will occur.
- The third layer is a super-absorbent felt mat with high capillary properties
that promote the uniform and unfettered circulation of water in all directions.
- Beneath these three layers is a specially engineered watertight plastic
sheet, which covers the ground and prevents water from seeping into the
soil.
- Capillary break
- Drip tapes
- Perimeter seal
Each of these layers plays a specific role, creating the most effective
irrigation system known to date.
See Aquamat’s Technical
Data
Visit the Aquamat web site www.aquamatsystem.com
for more informations.