A trusted industry-grade meter designed for accurate, non-invasive moisture measurements in concrete. When used with the pin probe attachment, it delivers precise readings for wood and comparative assessments for drywall and other materials. The meter is calibrated to consistently monitor and display ambient temperature, relative humidity, dew point temperature, and the humidity ratio of the surrounding environment.

A reliable, industry-standard meter designed for non-invasive analog moisture measurements across a wide range of building materials. It includes a comparative scale for non-wood materials and offers an adjustable penetration depth of 10 mm or 30 mm for tailored assessments. Ideal for construction, restoration, and building biology applications, this meter ensures accurate moisture evaluation, helping prevent issues like mould growth and structural damage. Its user-friendly design and precision make it an essential tool for professionals monitoring building material conditions.

Efficiently records up to 100,000 data points, capturing humidity, temperature, dew point, and grains per pound. Data is seamlessly transmitted via Bluetooth to a dedicated app, where it is displayed as live readings, thermal conditions, and psychrometric charts. Users can export data in the form of spreadsheets, charts, or detailed reports for further analysis. This reliable logging capability ensures comprehensive environmental monitoring, making it an essential tool for professionals managing indoor air quality, building assessments, and environmental diagnostics.

The Protimeter MMS3 is a versatile and advanced moisture measurement system designed for building inspections and moisture diagnostics. It combines multiple functionalities, including moisture detection in building materials, relative humidity (RH) measurement, and surface temperature monitoring, to assess moisture-related problems comprehensively. Equipped with pin and pinless moisture measurement modes, the MMS3 can identify moisture within and beneath surfaces. It also features hygrometer capabilities for assessing environmental conditions like RH and dew point, helping to prevent mould growth and condensation issues. With an intuitive touchscreen, durable construction, and real-time data visualisation, the MMS3 is ideal for professionals in building restoration, construction, and facility management.

The FLIR C5 is a compact, professional-grade thermal imaging camera designed for building inspections, electrical diagnostics, HVAC troubleshooting, and more. It features a 160 x 120 pixel thermal resolution, a visible light camera, and MSX® technology, which blends thermal The FLIR C5 is a compact, high-performance thermal imaging camera ideal for building inspections, electrical diagnostics, HVAC troubleshooting, and other professional applications. It offers a 160 x 120 pixel thermal resolution, an integrated visible light camera, and MSX® technology that combines thermal and visual images for superior clarity and detail. With a wide temperature range of -20°C to 400°C (-4°F to 752°F), it effectively detects heat variances to identify problems such as insulation deficiencies, electrical malfunctions, and moisture penetration. Its portable design, intuitive interface, and advanced features make it an indispensable tool for pinpointing issues and optimising building performance.

A trusted, industry-standard omnidirectional analyser designed for potential-free measurement of mains power frequency AC electric fields and AC magnetic fields, adhering to internationally recognised guidelines. It extends beyond 2 kHz to detect "dirty electricity" in the environment, providing critical insights into electrical pollution. Equipped with a data logging function, it captures intermittent anomalies in electric fields (EF), magnetic fields (MF), and radio frequencies (RF) when paired with the HF59B and HFW59D devices. Its advanced capabilities make it an essential tool for professionals conducting detailed building biology assessments, ensuring safer and healthier living and working spaces.

A reliable, industry-standard meter designed to measure radio frequencies in the lower bands of 27 MHz to 3.3 GHz, detecting signals from TV, radio, DECT cordless phones, cellular technology, Wi-Fi, WiMAX, Bluetooth, smart meters, and radar. This essential tool for investigating electromagnetic exposure in sleep environments comes equipped with the directional LSK733 LogPer antenna, specifically designed to locate the sources of radio frequency emissions. Its precise detection capabilities and user-friendly design make it invaluable for building biology assessments, ensuring healthier living spaces by addressing potential sources of electromagnetic interference.

A reliable, industry-trusted meter designed to measure radio frequencies in the higher bands of 2.4 GHz to 10 GHz, tailored for analysing cellular technology, Wi-Fi, and radar. It is displayed with the directional LogPer antenna, specifically designed for pinpointing the source of radio frequency emissions. This advanced tool is ideal for professionals investigating electromagnetic radiation, ensuring accurate identification of signal origins and detailed assessments. Its robust design and precision make it indispensable for building biology, telecommunications, and environmental diagnostics, offering comprehensive insights into high-frequency emissions.

An attachment for the HF59B that provides omnidirectional detection of radio frequencies in the 27 MHz to 3.3 GHz range, enabling precise measurements in alignment with international Building Biology industry standards. This versatile accessory enhances the HF59B's capabilities, making it an indispensable tool for identifying and analysing electromagnetic emissions. Ideal for building biology assessments, it supports professionals in evaluating electromagnetic exposure levels to ensure healthier indoor environments while meeting globally recognised guidelines.

An attachment for the HFW59D that enables omnidirectional detection of radio frequencies within the 2.4 GHz to 10 GHz range, ensuring precise measurements aligned with international Building Biology industry standards. This advanced accessory enhances the HFW59D's performance, allowing comprehensive analysis of high-frequency electromagnetic emissions. Ideal for identifying sources such as Wi-Fi, cellular technology, and radar, it is a critical tool for professionals assessing electromagnetic exposure. Its robust design and accuracy support the creation of healthier environments by addressing potential risks from high-frequency radiation.

The HF59D filter restricts frequency measurements to above 3.3 GHz, effectively eliminating overlap with the HF59B. This separation allows for precise identification of source frequencies, improving measurement accuracy and reliability. Designed for advanced electromagnetic assessments, it ensures clear, consistent data by targeting high-frequency signals without interference. This feature is essential for professionals conducting detailed analyses of electromagnetic environments, helping to pinpoint sources with greater confidence and ensure adherence to industry standards for building biology and environmental diagnostics.

This device directly measures "dirty electricity" present within electrical wiring by simply plugging into standard mains sockets. It provides readings in millivolts (mV), delivering accurate insights into electrical interference. Designed for precise diagnostics, it helps identify and quantify electrical noise, enabling effective mitigation strategies to improve power quality. Ideal for building biology professionals and electricians, this tool ensures a healthier and safer indoor environment by addressing potential issues associated with electrical pollution in residential, commercial, and industrial settings.

This Class 2 sound meter accurately measures frequencies ranging from 31.5 Hz to 8 kHz, featuring both dBA and dBC weighting options. It includes a data logging function for capturing and analysing noise levels over time, making it ideal for environmental assessments, workplace monitoring, and building biology investigations.

The PATI-100 is a pre-calibrated air sampling pump designed to draw air through a sampling tube at a consistent rate of 200 ml/min (±5 ml/min). The type of sampling tube varies depending on the specific test being conducted. It is commonly used to detect volatile organic compounds (VOCs) frequently present indoors, which are known to pose potential health risks.

The Testo 315-3 simultaneously measures and records oxygen, carbon monoxide, carbon dioxide, temperature, and humidity, providing comprehensive indoor air quality assessments. It features a highly accurate electrochemical sensor for carbon monoxide (CO) detection and a durable, shock-resistant infrared sensor for carbon dioxide (CO2) measurement. These gases, critical indicators of indoor air quality, are monitored to identify potential health risks and ensure a safe and comfortable environment. With its precise sensors and robust design, the Testo 315-3 is ideal for professional indoor air quality diagnostics and building biology evaluations.