Termite Control & Termite Treatment Melbourne 2026

With a natural spider spray, your family’s safety comes first. We use natural, non-toxic treatments that are safe for children and pets—without compromising on effectiveness.

Our comprehensive pest control service targets a wide range of common household pests, including ants, cockroaches, rats, mice, millipedes, and spiders, helping keep your home protected year-round.

Pricing starts from just $250, with larger or double-storey homes typically ranging up to $330.

German cockroach control focuses on three core steps: identification, treatment, and prevention—because this species is notoriously resilient and quick to reproduce.

Identification

The German cockroach is small (about 1–1.5 cm), light brown, and has two distinctive dark stripes running down its back. They’re mostly active at night, so seeing them during the day often signals a heavy infestation. Common hiding spots include:

• Behind fridges, dishwashers, and microwaves
• Inside cabinets and drawers
• Cracks near sinks, pipes, and walls

You may also notice droppings (like black pepper), egg cases, or a musty odor.

Treatment

Effective control usually requires a combination approach:

• Gel baits: These are highly effective because cockroaches carry the poison back to nests, spreading it to others.
• Insect growth regulators (IGRs): These disrupt reproduction, stopping the infestation from expanding.
• Targeted insecticides: Applied in cracks and crevices where they hide.
• Professional pest control: Often necessary for moderate to severe infestations, as DIY methods alone may not fully eliminate them.

Sprays alone are usually not enough—they can scatter the population and make control harder.

Rodents Don’t Stand a Chance

Are you hearing scratching in the walls? Found droppings in your kitchen? We’ve got it covered.

Our experienced team removes rats and mice quickly, safely, and for good. We offer same-day service, use eco-friendly treatments, and back every job with a 6–12 month rodent-free guarantee—so you can enjoy a clean, worry-free space again.

Rats & Mice Treatment – from $180*

Termite Management (AS 3660.1 Compliant)

We install high-performance termite barrier systems that fully comply with AS 3660.1 Australian Standards for new construction, delivering long-term protection against concealed termite entry.

Our solutions are designed for both residential and commercial builds, safeguarding critical structural components from the ground up.

✔️ Suitable for a wide range of applications:

• Concrete slab construction
• Brick piers and footings
• Subfloor systems and stumps
• Timber decking and outdoor structures
• Roof trusses and framing
• Steel frame construction
• Factory and warehouse footings
• Commercial building projects
• Granny flats and extensions
• Renovations and restorations

Built for durability and compliance, our systems help ensure your structure remains protected from termite damage for years to come.

With systems like Sentricon and Trelona, the goal isn’t to get termites to consume some fixed “large” or “small” quantity of bait to kill the queen. The key mechanism is transfer of the active ingredient through the colony, not total volume eaten.

Here’s the more accurate way to think about it:

• These systems use slow-acting insect growth regulators (like noviflumuron or diflubenzuron).
• Foraging termites feed on the bait and share it via trophallaxis (food exchange).
• Because the active ingredient interferes with molting, termites die gradually over time.
• As exposure spreads, it eventually reaches critical members of the colony, including reproductives (queen/king), leading to collapse.

So:

• A “significant decrease in bait” might indicate feeding activity, but it doesn’t directly correlate with killing the queen.
• A smaller amount of bait, if effectively distributed, can still eliminate a colony.
• Conversely, a lot of bait consumption doesn’t guarantee faster or better colony elimination if transfer is inefficient.

The real performance differences between systems like Sentricon and Trelona tend to come down to things like:

• Palatability and recruitment (how readily termites feed on it)
• Active ingredient and dose per bait unit
• Station design and placement strategy
• Monitoring and maintenance practices

If someone claims one system “needs much less bait to kill the queen,” that’s usually an oversimplification—or marketing spin—rather than something supported by how termite biology works.

If you want, I can break down the specific differences in how Sentricon vs. Trelona are deployed and maintained, which is where the practical differences really show up.

Termidor® is a well-known professional-grade termite control product whose active ingredient is Fipronil.

What it is

• Termidor is a liquid termiticide/insecticide widely used for termite prevention and treatment.
• It’s manufactured by BASF.

How Fipronil works

• Fipronil disrupts the insect’s central nervous system.
• It’s a non-repellent insecticide, meaning termites don’t detect it.
• Termites pass it to each other through contact and feeding—this “transfer effect” can eliminate entire colonies, not just the ones directly exposed.

Common uses

• Subterranean termite barriers around buildings
• Treatment of active termite infestations
• Sometimes used for other pests like ants (depending on the formulation)

Important considerations

• In places like Victoria and the rest of Melbourne, products containing fipronil are regulated pesticides.
• This service is typically restricted to licensed pest control professionals who perform structural termite treatments.
• Misuse can pose risks to humans, pets, and the environment (especially aquatic life).

Bottom line

Termidor (fipronil) is highly effective for termite control because it spreads through colonies, but it’s not a casual DIY product in many regions—you usually need a qualified technician to apply it safely and legally.

If you’re dealing with termites, I can walk you through whether this treatment is the right option or what alternatives are available locally.

Your estimates are close to Melbourne cost, although treatment approach and intensity can vary.

Latest Melbourne cost data:

• Standard spot or active termite treatment: $550–$1,500 (for minor infestations or tailored chemical treatments).
• Professional treatment for most houses costs $880–$2,200, depending on property size and infestation intensity.
• Chemical barriers and termite management systems cost $2,100–$5,800+ for long-term protection or perimeter systems.

So your claim:

$550 to $1,500+, but higher for severe or extensive infestations or entire barrier systems

The top is correct but a bit conservative. In practice:

Low end ($550–$1,000): localised therapy, early detection
Most active infestations in average residences ($1,000–$2,200).
High-end ($2,000–$3,000+): complete barriers, baiting systems, serious structural danger

A key Melbourne nuance:
Eradication and prevention are necessary for termite work, and the preventative method raises expenses over time.

I can explain what drives the price most (home size, slab vs. stumps, soil type, or termite kind), since that's where folks are startled.

The “best” termite treatment depends on the termite species, level of infestation, and whether you’re dealing with prevention or an active problem. In practice, the most effective approaches are usually integrated pest management (IPM) methods that combine chemical, physical, and monitoring strategies.

Here are the most proven termite treatment options used by professionals:

1. Chemical Soil Barriers (Liquid Termiticides)

This is one of the most common and effective long-term treatments for subterranean termites.

• A liquid termiticide is applied into the soil around and beneath a structure.
• It creates a treated “zone” that kills termites that try to pass through.
• Some products are repellent, but modern systems are usually non-repellent, meaning termites unknowingly carry the chemical back to the colony.

Best for: Preventing future infestations and protecting buildings long-term
Limitations: Requires precise application and usually professional equipment

2. Termite Baiting Systems

Bait systems are widely used because they target the entire colony rather than just visible termites.

• Stations are placed in the ground around a property.
• Termites feed on bait containing a slow-acting insect growth regulator.
• They carry it back to the colony, eventually eliminating both the queen and the colony.

Best for: Environmentally sensitive areas and ongoing monitoring
Limitations: Slower results compared to chemical barriers

In places like Victoria (and most of Australia), this matters because subterranean termites are widespread and can cause serious structural damage before being noticed.

What a termite management system typically includes

New builds are required to have one or more protective measures in place, usually designed in accordance with AS 3660 (Termite Management standard) and the National Construction Code.

Common systems include:

• Physical barriers
  • Stainless steel mesh
  • Crushed stone (graded particles that termites can’t pass through)
  • Special termite-resistant membranes under slabs
• Chemical barriers
  • Soil treatments around and under the slab perimeter
  • Retreatment zones designed for future access
• Concrete slab design features
  • Slab-on-ground edges designed to expose termite activity
  • Inspection zones (“termite caps” or visual inspection gaps)
• Monitoring and baiting systems
  • Installed around the building perimeter
  • Allow early detection and colony elimination

Why it’s required in new construction

• Termites can remain hidden for long periods
• Damage is often not covered by standard home insurance
• Prevention during construction is far cheaper than remediation later
• Building regulations in Australia assume high termite risk zones unless proven otherwise

Termite management is about preventing, detecting, and controlling termites (often called “white ants”) that feed on timber and can cause serious structural damage to homes and buildings.

Here’s a practical, real-world breakdown:

1. Understanding the risk

Termites are social insects that live in colonies underground or inside wood. They stay hidden and can cause damage for months or years before being noticed. In Australia, especially in warmer areas like Victoria, they’re a common property risk.

2. Early warning signs

Look for:

• Hollow-sounding timber when tapped
• Mud tubes on walls, foundations, or subfloors
• Bubbling paint or sagging floors
• Doors/windows suddenly sticking
• Fine “sand-like” droppings (frass) in some species

3. Prevention (most important step)

Good termite management starts before infestation:

Around the home

• Keep soil and garden mulch away from timber walls
• Avoid stacking firewood directly against the house
• Fix leaks (termites are attracted to moisture)
• Ensure good ventilation under floors

Structural protection

• Install termite barriers (physical or chemical) during construction
• Use treated or termite-resistant timber where possible
• Have regular professional inspections

4. Inspection schedule

• At least once every 12 months (recommended in Australia)
• Higher-risk homes (older timber homes, bushland areas): every 6 months

Professional inspectors use moisture meters, thermal cameras, and tapping tools to detect hidden activity.

5. Treatment options (if termites are found)

Chemical soil barriers

• Liquid termiticides applied around foundations
• Create a treated zone that kills or repels termites

Baiting systems

• Strategic bait stations placed around the property
• Workers carry poison back to the colony, eliminating it over time

Direct wood treatment

• Used when infestation is localized inside timber

Physical removal / repair

• • Damaged timber is replaced after the colony is controlled

AS 3660.1 – Termite Management Part 1: New Building Work sets out the requirements for termite management systems in new construction across Australia. Its purpose is not simply to prevent termite entry, but to ensure that any termite activity is either deterred or made visible, allowing detection before significant structural damage occurs.

The standard applies specifically to new building work, including:

• slab-on-ground construction
• suspended floor systems
• service penetrations, joints, and other potential concealed entry points

AS 3660.1 forms part of a broader framework:

• AS 3660.2 – covers termite management for existing buildings
• AS 3660.3 – establishes performance testing and assessment criteria for termite management systems

It is referenced by the National Construction Code (NCC), meaning compliance is effectively mandatory for most residential buildings in termite-prone regions.

Common compliant systems include:

• chemical soil treatments
• physical barriers 
• termite-resistant materials and construction detailing

1. How long does the chemical last?
It depends on the termiticide used, but most modern non-repellent chemicals (like fipronil or imidacloprid-based products) last around 4–8 years in the soil under typical Australian conditions.
That said, factors like soil type, drainage, landscaping, and construction activity can shorten that lifespan.

2. How often does it need recharging?
Even though the chemical might last several years, most pest controllers recommend the following:

• Inspection every 12 months (minimum)
• Top-up/recharge every 3-4-8 years (sometimes sooner if risk is high)

The advantage of the system is exactly what you said—no trenching again, just re-injection through the ports.

3. Does it provide full protection?
Not quite “set and forget". It creates a chemical barrier in the soil, which is very effective, but the following are drawbacks:

• Gaps can form (soil movement, poor installation, renovations)
• Termites can sometimes find untreated entry points

So it’s best thought of as strong risk reduction, not a 100% guarantee. Annual inspections are still essential.

4. Costs and maintenance
Typical ballpark in Australia:

• Installation (during construction): relatively low cost compared to retrofitting
• Retrofit installation: more expensive (can run into a few thousand AUD, depending on access)
• Recharges: usually $300–$800+, depending on property size

Maintenance is mainly just inspections + periodic recharging.

5. How it compares to other systems

• Reticulation system:
  • ✔ Convenient re-treatment
  • ✔ Good for long-term chemical barrier maintenance
  • ✖ Relies heavily on correct installation
  • ✖ Still needs monitoring
• Baiting systems:
  • ✔ Targets and eliminates colonies
  • ✔ Good for properties where barriers are hard to install
  • ✖ Slower to act
  • ✖ Requires frequent monitoring
• Physical barriers (e.g., mesh):
  • ✔ Long-lasting, no chemicals
  • ✔ Installed during construction
  • ✖ No flexibility after install
  • ✖ Can be compromised if penetrated later

Termite treatment prices typically start around $550, but they can vary significantly—ranging from a few hundred dollars to several thousand. The final cost depends on factors such as the treatment method used, the type and severity of the infestation, and the size and structure of the property. Older or more complex buildings often require more extensive treatment, which can increase the overall price.