Heat Treatments
Entotherm heat treatment is a cutting-edge approach used to combat bed bugs and various other insects. This method involves raising the temperature within infested areas to levels lethal to these pests. By utilising targeted heat application, Entotherm effectively eliminates bed bugs, cockroaches, and other insects at all life stages, including eggs, larvae, and adults. Unlike chemical treatments, Entotherm is environmentally friendly and safe for use in sensitive environments such as hospitals, hotels, and residential buildings. Additionally, it offers a non-toxic solution, making it suitable for those with chemical sensitivities or allergies. Overall, Entotherm heat treatment provides an efficient and sustainable solution for insect control without the need for harmful chemicals.
Bed bugs present a significant challenge for pest controllers and are a recurring concern for hospitality facilities managers. A substantial 15% of businesses in the hospitality sector report annual expenditures exceeding $5,000 on bed bug control or prevention measures in the past two years. In addressing this ongoing issue, Rentokil has developed a non-toxic heat treatment solution that effectively targets bed bugs and insect pests at all stages of their life cycle, providing comprehensive treatment in a single session.

Entotherm heat treatment: Elevating your business
One Shot Pest Control's Entotherm stands out in eliminating bed bugs and other insect pests when contrasted with conventional approaches. With pesticide regulations becoming stricter, heat treatment emerges as the favoured solution for hospitality enterprises.
Entotherm, being eco-friendly and free from chemicals or pesticides, is perfectly suited for use in sensitive environments like food areas, care homes, hotels, and hospitals.
Environmentally Friendly
A single heat treatment eliminates bugs and other insect pests typically within half a day. The non-toxic, chemical-free nature of Entotherm allows treated areas to be reused immediately afterwards.
Minimal Disruption
Entotherm application on furniture and upholstery eradicates insect pests without causing harm, thus reducing expenses for disposal and replacement.
Lowers Replacement Costs
What advantages does utilising Entotherm heat treatment offer?
Entotherm heat treatment utilises heat to eradicate pests in commercial pest management. Here are its advantages:
1. Chemical-free approach:
Entotherm's non-chemical method is perfect for businesses seeking to minimise or avoid pesticide use, especially in sensitive environments like hospitals, schools, and food processing facilities.
2. Comprehensive pest elimination:
This treatment effectively eradicates various pests, including bed bugs, cockroaches, and termites, at all life stages, penetrating deep into cracks and furniture.
3. High success rates:
Properly conducted heat treatments have demonstrated significant success in pest eradication, particularly in areas where pests have developed resistance to chemical treatments.
4. Efficient treatment time:
Heat treatment is relatively swift and efficient, often completed within a single day, minimising disruption to business operations.
5. Minimal residue:
With no chemical application, there's minimal to no residue left behind, reducing the need for extensive clean-up and enabling swift business resumption post-treatment.
6. Access to hard-to-reach areas:
High temperatures can penetrate cracks and crevices, ensuring thorough treatment in hiding spots where pests may lurk.
7. Eco-friendly:
Entotherm is environmentally friendly, avoiding the introduction of additional chemicals into the environment, thus reducing ecological impact and the risk of chemical exposure.
Remember, Entotherm treatment necessitates specialised equipment and trained professionals. Contact One Shot Pest Control to assess its suitability for your pest control requirements.

How We Operate
At One Shot Pest Control, our team of pest management specialists is committed to identifying the safest and most efficient solutions to eradicate pests from your commercial spaces. Recognising the uniqueness of each scenario, we prioritise comprehensive inspections before every treatment. This strategy enables us to customise our approaches to your specific requirements, guaranteeing optimal and effective pest elimination.
Opt for One Shot Pest Control for a seamless experience, environmentally-conscious solutions, and unwavering dedication to top-tier service and safety standards.
Evaluation
Effortless pest assessment and advisory services
Arranged pest evaluation at your preferred time
On-location pest hazard assessment and advisory service
Non-binding estimate and advice
Treatment
Customised pest management program designed to suit your requirements
Licensed, regional pest management professionals
Eco-friendly methodology
Proficiency in sector-specific regulations guarantees adherence to audits
Maintenance
Securing a hygienic, secure space following treatment
Implementing Integrated Pest Management (IPM) strategies
Providing thorough post-service suggestions
Offering ongoing pest prevention guidance and support
COMMON
QUESTIONS
The Effects of Heat on Insects
Heat is lethal to insect pests because it disrupts their biological processes and physiological functions. When exposed to high temperatures, insects experience thermal stress, leading to protein denaturation, cellular damage, and ultimately death. The exact temperature required to kill insect pests varies depending on the species, life stage, and environmental conditions. However, in general, temperatures above 49°C are considered lethal to most insect pests, including bed bugs, cockroaches, and ants. At these temperatures, insects cannot regulate their body temperature, leading to dehydration, tissue damage, and eventual death.
Heat Treatments: Are They Safe?
Pest control heat treatments, under the supervision of trained experts equipped with suitable gear, can be both safe and effective in eradicating pests. However, it's imperative to adhere to proper safety protocols and precautions to minimize any potential risks.