The global heat stress monitor market size is likely to reach US$ 14.8 million in 2023. This signifies that as the world continues to face heat, the demand for heat stress monitors is expected to increase. This is anticipated to present a lucrative opportunity for manufacturers in the industry. Therefore, FMI estimates that the market revenue could exceed US$ 23 million by 2033, reflecting a CAGR of 4.5%.
Growing worker safety awareness is contributing to the market growth substantially. Rising temperatures are making heat stress an increasingly common occupational hazard. Companies are looking to protect workers from the negative health effects of exposure to high temperatures. This has resulted in an increased demand for heat stress monitors.
Increased demand from mining and industrial sectors for accurate heat stress monitors is also expanding the global market. Rules and guidelines have been adopted to protect workers who work in hot environments. Efforts by companies to protect employees from health issues caused by high heat are likely to benefit the global heat monitors market.
Governments and humanitarian organizations have issued guidelines and policies for employers in hazardous or harmful working environments. These guidelines detail the conditions and precautions required to be taken to protect workers. This is expected to drive sales of heat stress monitors in industries such as construction, mining, oil & gas, and manufacturing.
The heat stress monitoring device market is also expected to enlarge given the rising demand from various industries including athletics, military, and other industrial activities. Stringent environmental and safety laws for heat stress management are also boosting the general heat stress monitor adoption trends. The demand is driven by the need to monitor and prevent heat-related illnesses and injuries.
Heat stroke is one of the main causes of athlete fatalities, making heat stress monitoring form a vital tool for athlete safety. The use of heat stress monitors is fueled by the proliferation of digital electronics and technology. Military and defense forces have integrated heat stress monitor calibration into machinery to monitor equipment and soldiers under appropriate conditions. Small and portable health stress monitors are employed in military and sporting settings.
Soldiers frequently work under harsh environmental conditions. Therefore, one of the gears that troops need is a heat stress monitoring device. The military sector is a key factor in the expansion of the heat stress monitoring equipment market. These tools alert soldiers to safe heat stress levels while simultaneously monitoring their health in a field or training facility.
Insufficient knowledge in certain areas, however, may hinder the market growth. A lack of training on how to cope with high heat stress is also a challenge. Additionally, there is a shortage of qualified experts needed to monitor heat stress among employees. Currently, interpreting heat stress monitor data requires specialized consultants and professionals. This makes it difficult for individuals to suggest necessary safety measures.
2023 to 2033 Heat Stress Monitor Market Outlook in Comparison to Sales Registered from 2018 to 2022
The market revenue is projected to grow by US$ 8.2 million between 2023 and 2033, surpassing the US$ 2.7 million revenue observed between 2018 and 2022.
During the historical period, the market experienced steady growth given the increasing awareness about health risks and a rise in regulations related to heat stress. The market growth was also driven by increasing awareness about workplace safety. Exposure to high temperatures poses risks to athletes’ health. Preventive measures were needed to protect them from heat-related illnesses.
Mindfulness regarding the harmful effects of heat stress on health is rising. As a result, companies are investing in efforts to safeguard employees. Heat stress sensors are used to determine whether workers are at risk of heat-related illness or injury.
Heat stress often leads to long-term health issues. The demand for portable and wearable health stress monitors is driven by people’s rising health consciousness. These tools are frequently used for personal health objectives, training, and activity tracking. The rise in geriatric populations, who are more vulnerable to heat-related disorders, is also expected to drive demand for heat stress monitoring devices.
Technological advancements in heat stress monitoring systems are likely to benefit heat stress monitor manufacturers. Heart rate monitoring is one such advancement that can be used in a heat stress monitoring plan. Heart rate monitoring devices can have alarms to alert employees when they need to slow down or stop working.
Advancements in sensor technology and wireless connectivity have made heat stress monitors more accurate, reliable, and easy to use. This is likely to surge the adoption of heat stress monitors in industries where worker safety is a top priority. For instance, the Wet Bulb Globe Temperature (WBGT) monitor is becoming more popular due to its ability to accurately measure the risk of heat stress.
Heat stress monitors are crucial for assessing the well-being of workers, athletes, and military personnel. The heat stress tracker market is expected to be impacted by advancements in AI. AI-based predictive modeling creates algorithms using end-user data. These algorithms can then be used to analyze risks for individuals. Predictive analytics aids in identifying individuals at risk of heat-related problems and advising them on necessary preventive measures.
Government Initiatives to Enforce Safety Protocols to Boost the Heat Stress Monitor Adoption Trend in the United States
The United States has diverse climatic conditions. The temperature rise is causing heat stress in workplaces and other areas. Therefore, the United States heat stress monitor market is growing at a steady pace. The government has compelled businesses to implement heat stress sensors at workplaces. Safety guidelines are created by the National Institute for Occupational Safety and Health (NIOSH). The demand for heat stress monitoring is thus favorably impacted.
The United States is going to host the FIFA 2026 World Cup. Given this, there is likely to be an immense demand for heat stress monitoring devices to keep an eye on football players’ well-being during the competition.
Manufacturers are focusing on developing advanced sensors and data analysis capabilities. For instance, The HS10 Heat Stress Wet Bulb Globe Temperature Meter was released in July 2022 by Triplett Test Equipment. The device is designed for monitoring heat index levels in various industries. With a display that refreshes every 20 seconds, it can show ambient temperature, humidity, wet bulb globe temperature (WBGT), and heat index all at once.
Advancements in Sensing Technologies to Drive the Demand for Heat Stress Monitors in China
In recent years, heat stress monitor equipment sales have seen a significant surge in China. The China heat stress monitor market is primarily driven by the rising awareness of worker safety and the implementation of stricter occupational health regulations. The State Administration of Work Safety has implemented several initiatives to promote occupational safety. This encourages the adoption of heat stress monitoring equipment along with other safety devices.
The increasing adoption of smart and wireless technologies has led to the development of advanced heat stress monitors that provide real-time data. Hence, manufacturers are focusing on developing lightweight and portable devices that are easy to use and can be worn by workers during their shifts. A new version (v4.0) of the daily global 5 km-resolution satellite coral bleaching heat stress monitoring product suite was released by NOAA Coral Reef Watch (CRW) in September 2022. It is specifically designed for heat stress monitoring in the South and East China Seas. The product suite is highly acclaimed for its accuracy and effectiveness in monitoring coral bleaching and heat stress.
Wireless Heat Stress Monitors Gain Popularity in the United Kingdom for Real-time Monitoring
The growing demand for construction activities is expected to drive the United Kingdom heat stress monitor market. The government has implemented regulations that to a certain degree promote the use of heat stress monitors in various industries. For instance, the Health and Safety Executive (HSE) recommends the use of heat stress monitors in industries where workers are exposed to high temperatures.
Wireless and Bluetooth-enabled heat stress monitors are gaining popularity in the country. Increase in outdoor events such as concerts and sports events across the United Kingdom. The demand for smart heat stress monitors is expected to increase in the event management industry as a result.
The increasing adoption of these devices in the agriculture sector for monitoring livestock and crops is expected to drive market growth in the country. For instance, to assist dairy farmers and their advisors in identifying and minimizing the indicators of heat stress in dairy cattle, Cargill launched live temperature and humidity data online in May 2021.
Rising Temperatures in Japan and South Korea Spurs Sales of Heat Stress Monitors
The Japan heat stress monitor market in Japan is expected to grow significantly over the forecast period given the rise in industrial and sports activities. Awareness of the adverse effects of heat stress on human health is increasing among individuals. In 2020, the government of Japan introduced a ‘Heatstroke Alert’ to lower the incidents. This initiative has helped to create awareness about the importance of heat stress monitoring. These factors are expected to drive the demand for heat stress monitors in the coming years.
Manufacturers in Japan are focusing on product innovation and partnerships to gain a competitive edge. In July 2017, Fujitsu Limited announced the creation of a new algorithm that is designed to calculate continuing heat stress in workers. Fujitsu developed this algorithm using its artificial intelligence technology, Human Centric AI Zinrai. Fujitsu Laboratories Ltd. collaborated with Fujitsu Limited in developing solutions for its ‘Fujitsu Digital Business Platform MetaArc.’
In South Korea, heat stress is a significant concern given the hot and humid weather conditions. Therefore, the South Korea heat stress monitor market is expected to grow significantly over the forecast period. The heat stress-related health risks in workplaces and outdoor activities are increasing among citizens.
Personal heat stress monitors are becoming more popular in South Korea. They provide a more accurate measure of heat stress levels for individual workers. People working in outdoor and high-temperature environments, such as construction sites, mines, and factories are on the rise. This has increased the demand for personal heat stress monitors.
Handheld Heat Stress Monitors Lead the Way in Heat Stress Monitoring
Handheld heat stress monitors are designed to be compact and durable. This makes them ideal for workers in various industries who move around frequently. Handheld HSMs are also user-friendly and require minimal training. They often feature simple interfaces, intuitive buttons, and clear displays. These features enable workers to take quickly and accurately evaluate personal health conditions.
Handheld HSMs offer real-time monitoring of heat stress levels. This provides instant feedback to workers and supervisors. The feedback allows for prompt intervention and adjustment of work conditions. These monitors have a wide range of applications, including athletics, manufacturing plants, and the military. Several companies offer handheld heat stress monitors, such as Nielsen-Kellerman, Sper Scientific, PCE instruments, REED Instruments, and others.
Heat Stress Monitoring Takes the Center Stage in Athletics and Sports Application
The athletics and sports application dominates the global market since heat stress monitoring is critical for athletes and sports professionals. The use of heat stress monitors in sports has become increasingly popular in recent years. Exercise-related heat sickness (EHRI) is a condition that can result from sports and athletic training.
The demand for heat stress monitoring is high in outdoor sports like football, cricket, cycling, golf, and others, which are played in hot and humid climates. The monitors provide real-time information to coaches, trainers, and athletes. Heat monitors help prevent EHRI incidents. Additionally, educating sports health professionals about the early detection and prevention of EHRI can also be beneficial.
Heat Stress Monitor Market: Analyzing Key Players, Strategies, and Market Share in the Global Landscape
Market players are launching innovative products and improving the existing ones to meet the needs of their customers. Heat stress monitors manufacturers are focused on developing advanced technologies to calculate the wet bulb globe temperature index for a certain range. They are investing in research and development for creating advanced and accurate heat stress monitors to stand out from their competitors. They highlight unique features of their monitors and partner with industry organizations and experts to diversify their product portfolio.
Key Players
Nielsen-Kellerman, Extech Instruments, Besantek, Sper Scientific, PCE instruments
Recent Developments by Key Market Players:
- A United States-based tech startup called Kenzen introduced wearable skin sensors in June 2021. The sensors monitor employees’ vulnerability to heat and perspiration rates. The sensors deliver alarms via phone to both the worker and a dashboard for site management. The purpose of the sensors is to help manage heat stress and keep workers safe.
- The Smart Heat Stress Monitoring Solution was introduced by the Qatar Mobility Innovations Centre (Qmic) in March 2019. The sophisticated, automated, and thorough system can measure heat stress to assist worker occupational safety in particular and public health in general.
- In February 2018, TSI Incorporated announced an acquisition of several 3M Personal Safety Division capabilities. The acquisition had an emphasis on noise, environment, and heat stress monitoring. TSI also purchased the 3M factory in Oconomowoc, Wisconsin. The purpose of the acquisition was to expand TSI’s capabilities in the field of personal safety monitoring.
- Kestrel Weather Instruments, a subsidiary of Nielsen-Kellerman, unveiled four ground-breaking tools in March 2017. The tools are designed to assess heat stress conditions for cattle and provide information to farmers and ranchers. The 5400AG Cattle Heat Stress Tracker is an industry-exclusive tool.
How can Heat Stress Monitor Market Players to Expand Their Businesses?
- Increase product selection to incorporate a variety of heat stress monitoring options
- Invest in research and development to improve the accuracy and functionality of heat stress monitors
- Form strategic alliances with businesses in similar fields including construction, mining, and outdoor sports
- Intensify marketing efforts to raise awareness of the importance of heat stress monitoring
- Construct strong customer service to build loyalty and attract new customers
- Stay up-to-date with regulations and standards related to heat stress monitoring to ensure compliance
