How Does the TermiPore Anti-Termite Reticulation System Protect Your Building From the Ground Up?

How Does the TermiPore Anti-Termite Reticulation System

Protect Your Building From the Ground Up?

 

What Is the TermiPore Reticulation System and How Does It Work?

The TermiPore Reticulation System is an engineered network of perforated, low-pressure pipes installed in the soil beneath concrete floor, along footings, and within wall cavities before or sometimes after construction around the building periphery. Once in place, a licensed pest technician connects to a central injection port located at ground level and pumps an approved termiticide — such as bifenthrin or imidacloprid — through the network. The chemical disperses uniformly through micro-pores across the entire protected zone, creating a chemical barrier that termites cannot cross without contact.

Unlike traditional spot-treatment or trench-and-treat methods, TermiPore's closed-loop design means the pipe remains in the structure permanently. Future top-up treatments require no excavation, no drilling through tiles or flooring, and no major disruption to the property — just a connection at the injection port.

 

Why Is a Reticulation System Superior to Traditional Termite Treatments?

Traditional termite barrier methods — trench-and-treat, drilling through concrete, or perimeter spray — degrade quickly, leave untreated gaps. They also cause damage to property when done post construction. The TermiPore system eliminates these weaknesses through permanent, in-ground infrastructure for regular refilling of termiticide in future. TermiPore system is to be used along with pre construction standards of termite treatment, and not in lieu of them. Read more om: https://www.instapaper.com/read/1665642573

Technical Comparison: TermiPore Reticulation vs. Conventional Termite Barrier Methods

Feature	TermiPore Reticulation System	Conventional drilling Method
Chemical Coverage	Uniform micro-pore dispersion across full zone	Spot-dependent, prone to gaps
Re-treatment Process	Non-invasive port injection	Drilling, trenching, or excavation required
Treatment Frequency	Every 2–3 years (product-dependent)	Every 2– years
Chemical spread	Uniform	At intervals
Disruption to Property	Zero — no drilling, no excavation	Significant; may damage tiles or landscaping

Feature	TermiPore Reticulation System	Conventional Spray / Trench Method
Suitable for Retrofit	Yes — post-construction available	Limited suitability for established structures
Long-Term Cost Efficiency	High — lower per-treatment cost over time	Moderate to high, escalates with property age

What Are the Key Technical Specifications of the TermiPore System?

•  Pipe Material: TPE – Thermoplastic Elastomer — UV-stable, chemical-resistant, and rated for 50+ year underground lifespan

•  Micro hole  Size: Micro-perforated outlets engineered for controlled, even dispersion of termiticide under low pressure

•  Injection Pressure: Low-pressure system (typically 2–5 PSI) — safe for standard residential and commercial slabs

•  -

•  Installation Depth: Typically 75–150 mm below finished floor level or beneath the slab membrane

•  Coverage Zones: Interior slab, perimeter footings, pipe penetrations, and expansion joints — all critical termite entry points

•  Approved Chemicals: Compatible with bifenthrin, imidacloprid, fipronil, and chlorpyrifos (subject to local regulatory approval)

•  Standards Compliance: Flow rate is designed to meet IS 6313 and other pre and post construction standards

More information follow this blog: https://termipore246357195.wordpress.com/2022/06/11/are-preventive-anti-termite-reticulation-pipes-made-of-special-raw-material-is-that-material-different-from-other-irrigation-or-porous-pipes/

How Is the TermiPore System Installed in a New or Existing Building?

Installation Process for New Construction

1.  Site Assessment: A trained pest management professional surveys the soil classification, termite pressure zone, and building footprint to design the pipe layout.

2.  Sub-Slab Pipe Laying: TermiPore reticulation pipes are laid in a grid pattern across the sand/membrane bed and buried in the soil, before the concrete slab is poured.

3.  Footing and Penetration Lines: Additional pipe runs are installed along all internal and external footings, and at all plumbing/electrical penetrations.

4.  Injection Port Installation: A surface-flush port is set at an accessible external wall location, capped and labelled.

5.  Slab Pour: Concrete is poured over the soil as in regular construction - the system is now permanently embedded.

6.  Initial Charge: Once the slab has cured, the system is charged with approved termiticide via the injection port.

7.  Documentation and Warranty: A site plan showing pipe locations is issued for future reference and insurance compliance.

 

Retrof

it Installation for Existing Buildings

1.  Make a trench 2 feet deep around the building periphery

2.  Thread TermiPore flexible pipe sections through this trench.

3.  Connect pipes to an injection point and surface manifold.

4.  Charge the system with termiticide via the injection port once every 2 years or so.

What Termite Species Does the TermiPore System Protect Against?

The TermiPore system is effective against all major subterranean termite species including:

•  Coptotermes gestroi — the most destructive species in urban Indian environments

•  Odontotermes obesus — common in agricultural fringe zones and tropical climates

•  Heterotermes indicola — frequently active in dry, sandy soils

•  Schedorhinotermes spp. — prevalent in humid coastal and plantation zones

•  Macrotermes spp. — large colony builders common in rural and semi-urban areas

Because the system delivers chemical through the soil profile rather than on the surface, it intercepts foraging workers before they reach building elements— regardless of species behaviour.

How Often Does the TermiPore System Need to Be Recharged?

Recharge frequency depends on the termiticide used and local soil conditions. General guidelines for 2026-registered products is injection every 2 years under normal soil conditions:

Annual inspections by a licensed pest technician are recommended regardless of recharge schedule. Inspections take 30–60 minutes and require no access beneath the floor.

Frequently Asked Questions

Q: Is the TermiPore reticulation system suitable for all building types?

A: Yes. TermiPore is engineered for residential homes, multi-storey commercial buildings, industrial warehouses, and heritage structures. Pipe diameters and manifold configurations are customised per project. More information on: https://termipore246357195.wordpress.com/2023/10/31/at-what-stage-of-construction-can-we-install-termipore-anti-termite-reticulation-system/

Q: Does the TermiPore system work in high-rainfall or flood-prone areas?

A: TermiPore pipes are sealed except at micro-pore dispersion points. In high-rainfall zones, recharge intervals may be shortened by 10–15%, but the pipe infrastructure itself is unaffected by water ingress or soil movement.

Q: Is a TermiPore installation detectable after the slab is poured?

A: Only the surface injection port is visible — it sits flush with the external wall and is approximately 50 mm in diameter. The sub-slab network is entirely hidden.

Q: Can TermiPore be used alongside physical termite barriers?

A: Absolutely. TermiPore works best as part of an integrated pest management (IPM) strategy that may also include stainless steel mesh barriers at penetrations and graded granite particles at footing perimeters.

For more information contact[Tp1]  : +91 6359292525 / +91 8401017087

marketing@termipore.com