240v | 208v | 480v Electric Heat Treatment Equipment

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240v | 208v | 480v Electric Bed Bug Heaters & Products

240v/208v Electric Bed Bug Heater

Price range: $5,663.00 through $6,969.00
Proudly made in the USA

PestPro Thermal commercial bed bug heaters are available for sale separately or as part of a complete treatment system.

The most Durable, Effective, Efficient Electric Bed Bug Heaters Available Anywhere

Enabling Safe Pest, Mold, and Odor Elimination

We enable you to safely kill bed bugs & other pests, molds, and odors while remediating flood and fire damage.

Heat Beats Chemicals

Science-backed, electric heat technology eliminates pests, mold, and pathogens without toxic chemicals.

Durable, Long-Lasting Commercial Bed Bug Heaters

Steel construction with no plastic housings or brittle coils ensures years of flawless operation for Best Long-Term Value and Maximum ROI

Employee-Owned & USA-Made

Hand-built in Denver, CO, since 2012 by a dedicated team committed to quality.

Top-Tier Components

We use only the highest-quality, heat-rated electronic components and stainless-steel heating elements for maximum efficiency and safe operation.

US-Based Customer Support

Our US-based customer support team is dedicated to providing personalized assistance and resolving your inquiries promptly.

Self-Repairable

Minimize Downtime, Stay self-sufficient and not dependent on us to keep you operational.

Commercial Bed Bug Heaters

What Customers Are Saying

(Excellent)
4.7/5
Base don 1,489 reviews

Complete Emergency Preparedness

PestPro Thermal professional heat treatment equipment is easy to use, repair and includes training options that work best for your situation.

What type of bed bug heat system is best for me?

If you are looking for professional bed bug heat treatment equipment, there is a confusing array of options in the marketplace today. Electric, propane, indirect-direct heat, hydronic, BTUs, kilowatts… The choices can seem overwhelming. So how can you make an informed, intelligent decision that will best match your eventual purchase with your needs?

The first decision you need to make is regarding the type of heat source your system will use. There are two broad categories: fuel-based systems and electric systems. Fuel-based systems burn propane or diesel fuel to directly produce heat, offering more power in terms of BTUs. This translates to quicker heating when the system is turned on. However, the high temperatures they can reach (often exceeding 200º F) pose a risk of property damage if not carefully monitored, as the safe temperature range for electric systems is typically between 135-140º F.

Additionally, fuel-based systems are harder to control and distribute heat evenly, making them excessive for smaller spaces like bedrooms, dorm rooms, or hotels. They also require complicated training for staff in high-turnover environments, involve time-consuming setup and breakdown processes, and present challenges in fuel management and storage, all of which can offset the advantages of quicker heat-up times.

On the other hand, electric heating systems usually provide less power in terms of BTUs, which means they heat up more slowly compared to fuel-based systems. However, this slower heat-up is counterbalanced by quicker and simpler setup and breakdown times. Moreover, electric systems offer more reliable temperature control, which helps avoid property damage and ensures better heat distribution for effective treatments.

When considering an electric commercial bed bug heater system, two key factors will determine its performance: the operating voltage and the power of the heaters.

For voltage, 110/120V systems are the easiest to set up. However, they require connecting up to eight standard 15 and 20 amp circuits, which are often not available in treatment areas, such as dorm rooms or homes up to 4,500 square feet. This limitation means that each heater may need as many as eight different power cords, which increases the risk of tripping and fire hazards. Circuit breakers can frequently trip, which is an inconvenience and risk facotr most users prefer to avoid by not having to find and decdipher with the property’s electrical panel.

In contrast, 480V systems reduce the number and size of power cords needed, but they require distribution equipment, commonly known as spider boxes, and are completely dependent on a specialized 3-phase generator.

240V systems, meanwhile, offer the efficiency benefits of three-phase 480V while providing the flexibility to draw power directly from the building being treated, such as from stove or dryer outlets. They can also work with a generator or use both power sources simultaneously.

Heater power is the other primary consideration when evaluating an electric system. Underpowered systems mean that heat-up (“getting to temp”) will waste valuable time. On the other hand, overpowered systems are overkill for small jobs and can make it difficult to evenly distribute heat through multi-room units, often resulting in ineffective treatments. To further complicate things, some manufacturers rate the power of their equipment based on generator size rather than the power of their heaters. Clearly rated, multi­-heater systems solve these challenges.

We build the most effective, longest-lasting professional-grade heat treatment equipment and our customers love doing business with us.

Systems range from one heater up to 17 heaters and operate at their full, rated power, are lighter and easier to use than alternatives, can be repaired by you, and are available in convenient 240v, 208v 1-phase or 480v 3-phase models.

Call or text us today, and let’s explore how our innovative systems can effectively meet your heat treatment needs. We are ready to help you meet your treatment goals.

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