For Anti-termite Reticulation, why should you insist on using pipes specially designed and developed for the purpose of underground installation?
Installing underground reticulation system to prevent termites, is soon
becoming a norm, given the increasing cost of construction material and labor. It
is most logical to proactively protect your expensive interiors by preventing
termites rather than act reactively, in response to a termite attack. As we are
aware, termites surreptitiously eat away our property and are visible only
after inflicting huge damage.
History of Anti-Termite Reticulation Technology:
This system is not a new technology, it is in use since almost 30 years
or more. However, initially people used to install normal PVC pipes by manually
poking holes in those pipes. These are plumbing pipes, the installation is also
often done by plumbers by poking holes randomly and also on one side, only at
the top. This does not give a proper flow rate and the chances of blocking are
very high. We cannot say for how long will such pipes stay operational
underground.
In some years, as more people started installing this system, people
also started using irrigation pipes of varying sizes for anti-termite
reticulation. Since about 25 years, irrigation pipes are also used for this
purpose. Typically, these pipes have 3 – 6 holes/mtr, furthermore the holes are
on 1 or 2 sides, not all around the pipe. Another very important point to note is,
irrigation pipes are not weight bearing pipes, as they are made for use above
ground. The material is not made to withstand the pressure of underground
installation, where a lot of weight of construction material will come over it.
Flow rate from these pipes is not dependable due to various reasons: (i) the
material of these pipes is thin and may squeeze, bend or lock, (ii) it has less
holes/mtr so the chances of blocking are high (iii) If PCE is used, then high
pressure flushing is also not possible. Furthermore, these pipes need a
pressure of 1-2 Kg/cm2, to pump in the termiticide and will take
about 40-50 minutes to inject the medicine.
This is where, a research driven company like TermiPore steps in, to
solve the issues faced in preventive Anti-Termite Reticulation System.
Intensive research and trials were undertaken by TermiPore to develop the right
raw material compound to make sturdy, long-lasting pipes suitable for
underground use. About 20 years ago, TermiPore not only developed a special
weight-bearing elastomeric compound, but also designed the pipe in different
sizes with holes 100-150 microholes/mtr all around the circumference &
across the entire pipe length. TermiPore
pipes are hard and have high thickness. As a result, they do not squeeze or get
blocked. These pipes are designed as per ATR requirement. TermiPore
Reticulation System needs a pressure of 0.25 Kg/cm2 to pump the
termiticides and it takes only 15-20 minutes to inject the medicine.
Difference in flow rate when distributing termiticides using PVC, Drip
Irrigation and TermiPore Pipe can be seen in Pic 1.
At TermiPore we believe in strict quality control. Every pipe roll is
tested before dispatch. Not just that, TermiPore is the only known lab-tested
brand, assuring the efficacy of its various attributes. For more details please
click: https://termipore.blogspot.com/2023/01/termipore-only-reticulation-pipe-lab.html
Beyond doubt, TermiPore is a leading brand known for the reliability of
its products and services. We don’t just manufacture pipes, we offer an entire
Anti-Termite Reticulation System – the pipes, all the needed accessories,
technical training and support and great after-sales service. Pic 2
As mentioned earlier, TermiPore is designed especially for the purpose
of anti-termite reticulation and can be installed before, during and even after
construction as can be seen in Pic 3
Click here for more information on installation: https://termipore.blogspot.com/2023/10/at-what-stage-of-construction-can-we.html
YouTube link: https://youtu.be/iakUX_rRfp4
You can contact us at: +91 6359292525 /
8401017087
marketing@termipore.com
@Termipore
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