What Eastern North Carolina Homeowners Should Know

Can you treat a house for termites after the crawlspace has been encapsulated? Yes. Several professional termite treatment methods can protect homes with encapsulated crawlspaces, including Termidor Perimeter Plus, termite baiting systems, and certain borate wood treatments. However, the best option depends on the home’s foundation, existing termite activity, accessibility, soil conditions, and the encapsulation system.

For homeowners throughout Kinston, Greenville, Goldsboro, Jacksonville, New Bern, and surrounding Eastern North Carolina communities, understanding these differences is especially important. Our region’s warm climate, seasonal rainfall, and common crawlspace construction provide favorable conditions for subterranean termites.

A professionally installed crawlspace encapsulation system helps control moisture, but it does not automatically prevent termites from entering a home. In some situations, the plastic liner, sealed foundation walls, and insulation can actually make termite activity more difficult to detect.

At D & D Pest Control Co., we provide professional termite inspections and treatment options for encapsulated crawlspaces throughout Eastern North Carolina. Established in 1994, our veteran-owned company helps homeowners understand their options before choosing a termite protection program.

This guide explains how different termite treatments work, the facts behind their effectiveness, what USDA Forest Service research tells us about termiticide longevity, and the specialized equipment professionals use to treat homes without unnecessarily disturbing crawlspace encapsulation systems.

Why Crawlspace Encapsulation Does Not Prevent Termite Infestations

Crawlspace encapsulation generally involves installing a reinforced polyethylene vapor barrier across the crawlspace floor and, depending on the system, extending it up the foundation walls. Seams and penetrations are sealed, and a dehumidifier or other approved moisture-control method may be installed.

The purpose is to reduce moisture entering the crawlspace and help maintain more consistent humidity conditions beneath the home.

However, subterranean termites live in underground colonies and forage through soil to reach wood and other cellulose materials.

They may enter a structure through:

Cracks and openings in masonry foundations.
Expansion joints and construction joints.
Plumbing and utility penetrations.
Foundation piers and support columns.
Hidden gaps behind insulation and vapor barriers.
Wood framing or siding that contacts soil.
Porches, steps, attached garages, and other foundation connections.
Areas where exterior soil or mulch is too close to wooden structural components.

Termites can construct shelter tubes over masonry and other nonwood surfaces to reach structural lumber. They do not need to consume the encapsulation liner to enter the home.

How Encapsulation Can Make Termite Inspections More Difficult

One concern is that encapsulation materials can conceal the surfaces where termite activity would ordinarily be visible.

For example, a foundation wall completely covered with a white vapor barrier may prevent an inspector from observing mud tubes traveling upward from the soil. Foam insulation can also conceal termite travel paths.

A properly designed encapsulation system should preserve the termite inspection access or clearance required by applicable North Carolina standards and the selected treatment system.

Important: Homeowners should not assume that a clean, dry, encapsulated crawlspace is termite-free. A termite inspection is still necessary, and concealed areas may limit what an inspector can determine.

Learn more about our crawlspace encapsulation and moisture-control services.

Four Professional Termite Treatment Options After Crawlspace Encapsulation

Professional termite protection generally falls into several categories: soil-applied liquid termiticides, termite baiting systems, wood-preservative treatments, and combinations of these methods.

No single method is automatically best for every encapsulated crawlspace.

1. Termidor Perimeter Plus Termite Treatment

Termidor Perimeter Plus is a professional treatment approach designed to protect structures by treating the soil around the foundation and addressing qualifying localized areas of termite activity.

Termidor SC contains the active ingredient fipronil, a nonrepellent insecticide.

Unlike repellent termiticides, which termites may detect and avoid, properly applied nonrepellent products allow termites to enter treated soil without immediately recognizing the insecticide.

Exposed termites may also transfer some active ingredient to other termites through contact and grooming. However, the extent of transfer and colony suppression depends on exposure, infestation conditions, and other factors.

How Termidor Perimeter Plus Works Around an Encapsulated Crawlspace

For suitable structures, the treatment may involve:

Inspecting the exterior foundation and identifying potential termite entry points.
Trenching and treating accessible soil alongside the foundation.
Using professional soil-injection rods where permitted and appropriate.
Drilling and treating beneath adjoining concrete surfaces where necessary to complete the labeled treatment zone.
Applying localized interior treatments when termite activity is found and the product label requires or permits them.
Documenting treatment areas and any inaccessible locations.

One important advantage for encapsulated crawlspaces is that an appropriate exterior perimeter treatment may reduce the need to disturb the interior vapor barrier.

However, the exact application must follow the product’s EPA-approved label. Termidor SC’s Exterior Perimeter/Localized Interior treatment instructions have specific requirements for foundation construction and active termite infestations. The term “Perimeter Plus” alone does not establish that every foundation condition has been adequately treated.

Homeowners can review the EPA-approved Termidor SC product label for details.

Facts About Termidor Perimeter Plus

Active ingredient: Fipronil.
Classification: Nonrepellent soil-applied termiticide.
Primary target: Subterranean termites traveling through treated soil.
Application: Exterior foundation treatment with localized interior treatment where indicated by the label.
Encapsulation compatibility: Often suitable when foundation access and label requirements can be met.
Limitation: Untreated gaps, inaccessible foundation areas, disturbed soil, and certain construction conditions can reduce protection.
Maintenance: Periodic professional inspections remain important.

Learn more about our Termidor Perimeter Plus treatment services in Eastern North Carolina.

2. Termite Baiting Systems for Encapsulated Crawlspaces

Termite baiting is another important option for homeowners who have installed crawlspace encapsulation systems.

Instead of establishing a continuous zone of treated soil using liquid termiticide, baiting systems use strategically installed stations containing termite-attractive cellulose material and, depending on the product and stage of servicing, a termite-control active ingredient.

Foraging termites discover the stations and feed on the bait. Many professional bait systems contain insect growth regulators that interfere with normal termite development and molting.

As termites continue feeding and interacting within the colony, bait exposure can suppress or eliminate affected colonies.

Advantages of Termite Baiting After Encapsulation

Usually requires little or no disturbance of the crawlspace vapor barrier.
May avoid extensive liquid soil treatment around the foundation.
Can be useful where concrete, landscaping, or foundation design complicates liquid treatment.
Provides a structured inspection and servicing program.
Can be appropriate for properties where a liquid treatment cannot be completed as planned.
May be incorporated into a combined termite management program when compatible with product labels.

Bait stations are typically installed in the soil around the building according to the selected system’s label and manufacturer instructions.

Some systems contain active bait from installation, while others use monitoring material before toxic bait is introduced.

Facts About Termite Baiting

Common active ingredients: Noviflumuron, hexaflumuron, novaluron, and other registered bait toxicants.
Mode of action: Often insect growth regulation through disruption of chitin formation or molting.
Primary objective: Colony suppression or elimination through feeding.
Encapsulation compatibility: Generally favorable because stations are installed outside the crawlspace.
Limitation: Termites must locate and feed on the bait, so results are not necessarily immediate.
Maintenance: Requires continuing servicing according to the selected system and service agreement.

A termite baiting system should not be considered maintenance-free. Stations can be damaged, disturbed, flooded, or otherwise compromised, and colonies may forage in areas where stations have not yet been discovered.

Read more about professional termite baiting systems and our comparison of termite bait versus liquid treatment.

3. Bora-Care Wood Treatment

Bora-Care is a professional borate-based wood treatment used to protect susceptible wood against certain wood-destroying insects and decay fungi when applied according to its registered label.

Its active ingredient is disodium octaborate tetrahydrate (DOT), a borate compound.

Unlike soil-applied termiticides, Bora-Care is designed to treat wood and certain other labeled materials directly.

The formulation includes a carrier system intended to improve borate penetration into suitable wood.

Where Bora-Care May Be Used

When the label permits, professional applications may involve accessible unfinished structural wood, including:

Floor joists.
Subfloor framing.
Wooden beams and girders.
Wooden sill plates.
Other accessible, suitable unfinished wood components.

Bora-Care is especially worth considering when structural wood remains accessible before the encapsulation system is installed.

After encapsulation, treatment may still be possible, but the inspector must determine whether the wood is exposed and suitable for application.

Paint, sealers, coatings, insulation, and inaccessible wood surfaces can interfere with proper treatment.

Facts About Bora-Care

Active ingredient: Disodium octaborate tetrahydrate.
Classification: Borate wood preservative and insecticide.
Primary target: Susceptible wood and wood-destroying organisms listed on the label.
Application: Direct treatment of suitable wood surfaces.
Encapsulation compatibility: Possible where wood remains accessible.
Limitation: Does not establish a continuous soil treatment zone around the foundation.
Moisture concern: Borates are water-soluble and can leach from wood exposed to persistent wetting.

Bora-Care should not automatically be considered a complete replacement for soil treatment or termite baiting. The selected treatment must provide the necessary structural protection and meet applicable regulatory requirements.

For registration information, see the EPA Bora-Care registration and label records.

4. Tim-bor Professional Wood Treatment

Tim-bor Professional is another borate-based product used to protect wood against certain wood-destroying insects and decay fungi.

Like Bora-Care, Tim-bor uses disodium octaborate tetrahydrate as its active ingredient. However, the two products have different formulations and application characteristics.

Tim-bor Professional is supplied as a water-soluble powder. Depending on the product label, it may be used in a prepared solution or another approved application form.

Its effectiveness depends on suitable application conditions, wood accessibility, and protection against excessive moisture.

Facts About Tim-bor

Active ingredient: Disodium octaborate tetrahydrate.
Formulation: Water-soluble powder.
Primary use: Wood preservation and control of labeled wood-destroying insects.
Application: Suitable exposed wood using labeled application methods.
Encapsulation compatibility: May be suitable for accessible wood.
Limitation: Penetration and retention depend on formulation, wood conditions, and application method.
Moisture concern: Persistent water exposure can reduce borate retention.

Tim-bor is not interchangeable with Bora-Care simply because both contain borates. Professionals must follow the instructions for the exact product being used.

See the EPA Tim-bor Professional label.

Termite Treatment Comparison: Which Method Works Best After Crawlspace Encapsulation?

Treatment	Primary Function	Advantages	Limitations
Termidor Perimeter Plus	Soil-applied termite control	Can protect foundation entry zones without extensive liner disturbance	Requires suitable soil access and a label-compliant application
Termite Baiting	Colony control and ongoing monitoring	Generally compatible with sealed crawlspaces	Requires feeding, time, and continuing servicing
Bora-Care	Direct wood protection	Can provide long-term protection of suitable treated wood	Requires accessible wood; does not create a soil barrier
Tim-bor	Direct wood protection	Useful for labeled preventive and remedial wood applications	Moisture exposure and limited access can reduce effectiveness
Combination Treatment	Addresses multiple termite pathways	May provide complementary protection where appropriate	Requires coordinated design, product compatibility, and additional cost

Professional recommendation: The correct choice should be based on an inspection rather than a product preference alone. For many encapsulated crawlspaces, a properly designed exterior liquid treatment or termite baiting system may be practical. Borate treatments can provide additional wood protection where appropriate.

Different Types of Termiticides Used by Pest Control Professionals

Professional termite treatments use different chemical classes and modes of action. Understanding these differences helps homeowners compare treatment proposals and avoid assuming that every termite chemical performs the same way.

Fipronil: Nonrepellent Phenylpyrazole

Fipronil is the active ingredient in Termidor SC and certain other registered termite-control products.

It acts on the insect nervous system and is widely used for soil-applied termite control.

Its nonrepellent properties allow termites to contact treated soil, and some transfer between exposed termites may occur.

Fipronil has performed strongly in long-term USDA Forest Service soil-treatment research.

Imidacloprid: Nonrepellent Neonicotinoid

Imidacloprid is another insecticide used in certain termite treatment products.

It affects insect nicotinic acetylcholine receptors, disrupting normal nervous-system function.

Imidacloprid is considered nonrepellent in relevant soil-treatment formulations, but its long-term field performance is not identical to fipronil.

Chlorantraniliprole: Anthranilic Diamide

Chlorantraniliprole acts on insect muscle function through ryanodine receptors.

It has been used in professional termite-control products and has demonstrated strong longevity in certain USDA Forest Service field trials.

Its suitability depends on the availability and current registration of the specific product.

Bifenthrin, Permethrin, and Cypermethrin: Repellent Pyrethroids

Pyrethroids are synthetic insecticides that affect insect nerve signaling.

Some pyrethroid soil treatments have repellent properties, meaning termites may avoid adequately treated areas.

Examples include:

Bifenthrin.
Permethrin.
Cypermethrin.

These products can provide termite protection when properly applied, but a repellent treatment is not equivalent to a nonrepellent treatment.

Gaps in treated soil can create potential routes around the treatment zone.

Noviflumuron, Hexaflumuron, and Related Bait Toxicants

Many termite baiting systems use insect growth regulators rather than conventional fast-acting contact insecticides.

Several bait active ingredients interfere with chitin synthesis, a biological process needed for termite molting.

This delayed action allows termites to continue feeding and interacting with colony members before the effects become apparent.

Borates: Wood-Preservative Termiticides

Disodium octaborate tetrahydrate is the active ingredient associated with Bora-Care and Tim-bor formulations.

Borates differ from soil-applied termiticides because they are generally used to protect suitable wood and other labeled materials.

They should be evaluated as part of a complete termite-management strategy, not automatically substituted for foundation protection.

USDA Forest Service Termiticide Research: What the Mississippi Field Data Shows

One of the most important questions homeowners ask is: How long will a termite treatment last?

Scientific research helps answer this question, but there is a difference between controlled field-test performance and a warranty for an occupied home.

The USDA Forest Service has conducted long-term field evaluations of soil-applied termiticides at research sites in the southeastern United States.

These tests help determine whether treated soil prevents termites from reaching and damaging test wood.

Mississippi State University Extension has published summaries of USDA Forest Service findings, including comparisons of commonly used active ingredients.

Historical Termiticide Performance Reported by Mississippi State University

The following data comes from Mississippi State University Extension’s publication What Homebuilders Need to Know About Termites. It reports the number of years each active ingredient maintained at least 90% control in the cited field trials.

Active Ingredient	Type	Mississippi Test Site	Average: MS, SC, FL
Fipronil	Nonrepellent	12+ years	11.5+ years
Chlorantraniliprole	Nonrepellent	11+ years	11+ years
Bifenthrin	Repellent	7 years	10 years
Permethrin	Repellent	6 years	4.5 years
Cypermethrin	Repellent	5 years	4 years
Imidacloprid	Nonrepellent	2 years	6 years

Important scientific distinction: These figures describe performance under the particular field-trial conditions and historical evaluation periods summarized by Mississippi State University. They do not establish that every product containing an ingredient will protect every home for the stated number of years.

Formulation, concentration, soil characteristics, construction, application quality, and later soil disturbance can affect actual results.

Source: Mississippi State University Extension — What Homebuilders Need to Know About Termites.

What the USDA’s 2024 Termiticide Report Adds

The USDA Forest Service’s 2024 termiticide report, published in 2025, describes the role of field efficacy testing in evaluating soil-applied termiticides.

Researchers use established testing methods to assess whether treated soil prevents termites from reaching test wood under field conditions.

These evaluations are valuable because soil-applied termiticides must remain effective despite environmental exposure and biological activity over time.

However, homeowners should not interpret field-trial results as a guarantee that a particular house is protected for a fixed period.

Read the USDA Forest Service 2024 Termiticide Report.

What About Bora-Care and Tim-bor Longevity?

Borate wood treatments should not be compared directly with soil-applied termiticides using the same field-test table.

Mississippi State University Extension also discusses a separate seven-year Bora-Care study conducted under heavy termite pressure. The treatment provided protection throughout the reported test period.

That finding supports the potential value of properly applied borate wood protection, but it does not mean every borate application will remain effective for exactly seven years.

Wood moisture, exposure to water, accessibility, and application quality are important considerations.

Professional Equipment Used for Termite Treatments After Encapsulation

Professional termite control involves more than choosing a chemical. Application equipment, accurate treatment placement, and the ability to work around existing construction are equally important.

Encapsulated crawlspaces require additional planning because technicians must avoid unnecessary damage to vapor barriers, drainage systems, electrical components, plumbing, and insulation.

1. Professional Termiticide Application Tanks and Pumps

Liquid termite treatments commonly use specialized tanks, hoses, pumps, and application controls.

These systems allow licensed applicators to prepare and deliver the required finished product according to label directions.

Depending on the equipment, the system may include:

Liquid storage tanks.
Application pumps.
Pressure gauges and regulators.
Professional application hoses.
Calibrated dispensing equipment.
Approved mixing and measuring equipment.

Proper calibration is important because treatment performance depends partly on applying the required amount of finished termiticide to the intended soil area.

2. Soil Injection Rods and Rodding Equipment

Soil injection rods are used to deliver liquid termiticide into soil where the product label permits this method.

These tools are particularly useful around foundation areas where soil conditions and construction features require treatment below the surface.

However, injection rods do not eliminate the need to comply with label instructions for trenching, treatment depth, distribution, or application volume.

3. Trenching Tools

Trenching tools are used to expose soil alongside foundation elements and allow the application of liquid termiticide.

Professionals may use hand tools or appropriate mechanical equipment depending on the site.

Trenching is especially relevant where a continuous exterior foundation treatment zone is required.

4. Rotary Hammer Drills and Sub-Slab Injection Equipment

Attached concrete patios, porches, walkways, and other slabs can obstruct access to soil near the foundation.

Where the product label requires and site conditions permit, professionals may drill through concrete and inject termiticide into the soil beneath it.

Equipment may include:

Rotary hammer drills.
Masonry drill bits.
Sub-slab injection tools.
Appropriate sealing materials for drilled openings.

Before drilling, professionals should identify potential plumbing, electrical, structural, and other concealed hazards.

5. Termite Bait Station Installation Tools

Termite baiting systems use equipment designed for installing and servicing in-ground stations.

Typical equipment includes soil augers, installation tools, station-opening keys, replacement bait components, and inspection records.

Stations must be positioned and serviced according to the specific system’s label.

6. Wood Treatment Sprayers and Application Equipment

Where Bora-Care or Tim-bor treatments are appropriate, professionals may use compatible spray equipment, brushes, or other labeled application tools.

Wood surfaces must be accessible and suitable for treatment.

Special attention is needed to prevent unintended contact with encapsulation materials, electrical components, and other surfaces not intended for treatment.

7. Termite Inspection Equipment

Before treatment, inspectors may use:

High-output flashlights and inspection mirrors.
Wood moisture meters.
Probes and sounding tools.
Thermal imaging equipment.
Digital cameras for documenting findings.
Crawlspace access and personal protective equipment.

Thermal imaging and moisture meters can help identify conditions that warrant investigation, but neither tool independently confirms the presence or absence of termites.

Physical evidence and professional evaluation remain essential.

Should You Treat for Termites Before or After Crawlspace Encapsulation?

Ideally, termite protection should be considered before encapsulation materials are installed.

Before installation, the inspector may have better access to foundation walls, support piers, exposed soil, and structural wood.

That access can make it easier to identify existing termite damage, evaluate treatment requirements, and coordinate any necessary work.

If Your Crawlspace Has Not Yet Been Encapsulated

Consider the following sequence:

Schedule a professional termite inspection.
Identify and address active termite infestations.
Review the home’s existing termite treatment history.
Determine whether soil treatment, baiting, or wood protection is appropriate.
Complete any necessary termite treatment before access is restricted.
Coordinate the encapsulation design to preserve required termite inspection access.
Establish an ongoing inspection and monitoring schedule.

If Your Crawlspace Is Already Encapsulated

A professional should inspect the accessible foundation, exterior perimeter, and crawlspace before recommending treatment.

Important questions include:

Are the foundation walls visible for inspection?
Is there an existing termite treatment contract?
Was the soil treated before the encapsulation was installed?
Are there signs of active termites or previous damage?
Are any support piers or foundation sections concealed?
Are there accessible locations suitable for treatment?
Would exterior liquid treatment or termite baiting be more practical?

The goal is to protect the home without unnecessarily damaging the encapsulation system.

Can Multiple Termite Treatments Be Combined?

In certain circumstances, a professional termite management plan may use more than one treatment method.

For example, a structure may benefit from a soil-applied treatment around the foundation and an appropriately labeled wood treatment on accessible structural lumber.

Another property may require a baiting program combined with targeted treatment of confirmed activity.

However, combining products does not automatically produce better protection. Soil treatments can affect termite foraging behavior, and incompatible treatment placement may interfere with bait discovery.

Any combined program must follow product labels, applicable North Carolina requirements, and the professional’s assessment of the structure.

Common Mistakes Homeowners Make After Crawlspace Encapsulation

Assuming the Vapor Barrier Stops Termites

Polyethylene liners are designed primarily for moisture control, not as a substitute for a registered termite protection system.

Covering the Entire Foundation Wall

Encapsulation materials that conceal foundation surfaces can interfere with termite inspections and may conflict with applicable inspection-clearance requirements.

Ignoring Previous Termite Treatments

Encapsulation installation, excavation, drainage work, and foundation repairs may disturb previously treated soil.

Homeowners should have existing termite protection evaluated after significant construction changes.

Relying Only on Borate Wood Treatments

Wood treatments can be valuable, but they do not necessarily protect every concealed structural component or eliminate the need for foundation-level termite control.

Failing to Maintain Termite Bait Stations

Termite baiting systems require servicing. A neglected or discontinued program may leave the home without the intended protection.

Skipping Annual Termite Inspections

Even when a professional treatment is installed, routine inspections help identify new activity, moisture problems, construction changes, and treatment limitations.

Termite Protection for Eastern North Carolina Crawlspace Homes

Homes throughout Lenoir, Pitt, Wayne, Greene, Jones, Craven, Onslow, and surrounding Eastern North Carolina counties often have crawlspace foundations exposed to seasonal humidity, rainfall, and varying soil conditions.

Eastern subterranean termites are an important concern in this region, and some coastal and southeastern areas may also face risks from other subterranean termite species.

The most effective termite management plan should consider local conditions, foundation construction, existing damage, soil access, and long-term inspection needs.

Learn more about Eastern subterranean termites and termite treatment for encapsulated crawlspaces.

Frequently Asked Questions About Termite Treatment After Crawlspace Encapsulation

Can termites get into an encapsulated crawlspace?

Yes. Termites can travel through soil and enter through cracks, foundation joints, plumbing penetrations, and concealed openings. Encapsulation controls moisture but does not automatically block subterranean termite access. A professional inspection and suitable termite protection system are still recommended.

What is the best termite treatment after crawlspace encapsulation?

There is no single best treatment for every home. Termidor Perimeter Plus and professional termite baiting are common options worth evaluating. The correct choice depends on foundation construction, soil access, existing termite activity, treatment history, and the ability to complete a label-compliant application.

Can Termidor be applied without removing the encapsulation liner?

Often, an appropriate exterior perimeter treatment can be performed without removing the interior liner. However, certain infestations or foundation conditions may require localized interior treatment or additional access. The product label and the home’s construction determine what is necessary.

Is termite baiting better than Termidor for an encapsulated crawlspace?

Baiting may be preferable when liquid soil treatment is difficult or when ongoing bait monitoring is desired. Termidor may be preferable where a complete, label-compliant soil treatment can be established. Both approaches have advantages and limitations, and neither should be selected solely because a crawlspace is encapsulated.

Can Bora-Care be applied after encapsulation?

Yes, in some situations. Accessible unfinished structural wood may be suitable for a labeled Bora-Care application. However, insulation, coatings, liners, and inaccessible surfaces can limit treatment. A professional must evaluate the wood and determine whether the application is appropriate.

What is the difference between Bora-Care and Tim-bor?

Both use borate chemistry, but their formulations differ. Bora-Care is a liquid concentrate formulated to promote penetration into suitable wood, while Tim-bor Professional is a water-soluble powder. The appropriate choice depends on the treatment objective, wood conditions, and the current product label.

How long does a Termidor termite treatment last?

Historical USDA Forest Service field trials summarized by Mississippi State University documented long-term performance for fipronil under specified test conditions. However, those results are not a guaranteed service life for every residential treatment. Soil disturbance, application quality, construction, and environmental conditions can affect protection.

Can a dehumidifier prevent termite infestations?

No. A dehumidifier can reduce crawlspace humidity and help correct conditions favorable to moisture-related problems, but it does not eliminate subterranean termite colonies or prevent termites from entering through the foundation.

Does crawlspace encapsulation void an existing termite warranty?

It may affect warranty terms if the installation conceals inspection areas, disturbs treated soil, or otherwise changes the conditions covered by the agreement. Homeowners should review their termite contract and contact the provider before encapsulation work begins.

How often should an encapsulated crawlspace be inspected for termites?

An annual professional termite inspection is a reasonable general recommendation for many homes, with additional inspections when termite activity, leaks, structural changes, or other concerns arise. The service agreement and treatment system may require a different schedule.

Should termite treatment be performed before encapsulation?

When possible, termite inspections and necessary treatments should be coordinated before encapsulation. This can preserve access to foundation surfaces, exposed soil, and structural wood. Homes that are already encapsulated can still be treated using an appropriate professional method.

Can termites return after professional treatment?

Yes. Termite colonies may continue foraging around a property, new colonies may become established, and treated areas can be disturbed over time. Professional treatment reduces risk but does not eliminate the need for inspection, maintenance, and correction of conducive conditions.

Schedule a Professional Termite Inspection for Your Encapsulated Crawlspace

Whether your crawlspace was encapsulated recently or several years ago, professional termite protection remains an important part of protecting your home’s structural components.

D & D Pest Control Co. provides termite inspection and treatment services throughout Eastern North Carolina, including Kinston, Greenville, Goldsboro, Jacksonville, New Bern, Snow Hill, Trenton, Pink Hill, La Grange, Ayden, Winterville, and surrounding communities.

Our termite protection services include professional evaluations and appropriate treatment options for homes with conventional and encapsulated crawlspaces.

D & D Pest Control Co.
Serving Eastern North Carolina Since 1994
Veteran-Owned and Operated
North Carolina Structural Pest Control License #1274 PW

Call or Text: (252) 523-8255

Website: www.ddpestcontrol.com

Contact D & D Pest Control Co. to discuss your encapsulated crawlspace, schedule an inspection, and determine which termite treatment options are appropriate for your home.

Scientific Research and Professional References

Professional disclaimer: Termite treatment selection and application must comply with current EPA-approved product labeling and applicable North Carolina requirements. Product availability, registrations, treatment methods, and inspection conditions may change. Scientific field-test results do not guarantee a specific duration of protection for an individual structure.

Termite Treatment Options After Crawlspace Encapsulation