夏原工業 Product Lineup

The "α-HT" is a fluid stirring device that can be easily installed in existing air conditioning systems. The mechanism involves inserting it into the piping to vigorously stir the refrigerant, which "reduces the load on the compressor = saves electricity." In commercial air conditioning systems, customers have recognized its energy-saving effects, and there have already been about 60,000 units sold since its release, with its use expanding from publicly listed companies to small and medium-sized enterprises. It is also compatible with gas heat pumps. 【Features】 ■ Space-saving, can be installed with standard air conditioning work ■ Simply inserted into the piping, no modifications needed ■ No running costs or maintenance required ■ Short payback period and easy to implement *For more details, please refer to the PDF materials or feel free to contact us.

"Heat-insulating and heat-reflective coating" contributes to energy savings for existing air conditioning systems! During cooling: By preventing the temperature rise of the outdoor unit through heat reflection, the heat exchange rate is improved. During heating: The defrost operation, which consumes the most power in air conditioning, is reduced through insulation effects. As a result of these effects, we achieve a reduction in annual power consumption and CO2 emissions of 10-15%. We contribute widely, even to publicly listed companies. [Features] ■ Easy installation by simply applying the coating ■ Short payback period makes it easy to implement ■ Ideal for rooftops with good sunlight exposure and south-facing outdoor units *For more details, please refer to the PDF document or feel free to contact us.

In factories, there is always a demand for improved production efficiency and cost reduction. In particular, the energy costs of air conditioning systems can become a significant burden. α-HT can be easily installed in existing air conditioning systems and reduces power consumption by vigorously stirring the refrigerant. This helps to lower the running costs of the factory and contributes to energy conservation. [Usage Scenarios] - 24-hour operating factories - Air conditioning for manufacturing lines - Air conditioning for large equipment [Benefits of Implementation] - Reduction in power consumption - Reduction in running costs - Achievement of energy conservation

In the warehouse industry, managing temperature and humidity is essential for maintaining product quality. Particularly in warehouses that store food and precision equipment, stable operation of air conditioning systems is required. The power consumption of air conditioning systems is significant and is one of the factors that pressure running costs. The fluid stirring device α-HT can be easily installed in existing air conditioning systems and reduces power consumption by approximately 10 to 30%. This allows for cost reduction while maintaining the environment necessary for quality preservation. 【Usage Scenarios】 - Food warehouses - Precision equipment warehouses - Warehouses where temperature and humidity management is important 【Benefits of Implementation】 - Reduction in air conditioning costs - Maintenance of the environment necessary for quality preservation - Improved corporate image due to energy-saving effects

Utilizing a large airflow, it is ideal for preventing heatstroke in large spaces where conventional air conditioning struggles to distribute cool air and in environments prone to heat accumulation. Features: - A dedicated blower that generates a large airflow of over 1 m/s at a distance of 20 m! Maximum airflow of 150 m³/min. - Can also be used as a heating device in winter (as part of BCP measures). - Our company handles everything from product introduction to installation. Effective examples of use: - Factories and workspaces: Cooling in manufacturing lines with many heat-generating bodies and extensive work areas. - Gyms and evacuation centers: Environmental improvement in large public facilities with high ceilings where air stagnation is likely. *Scheduled for release in June 2026 (orders will start in April 2026). We are continuously providing product introductions, so please feel free to contact us!

In commercial facilities, providing a comfortable space is important for enhancing customer satisfaction. At the same time, the operating costs of air conditioning systems pose a significant challenge to management. α-HT can be easily installed in existing air conditioning systems and reduces power consumption, achieving both comfort maintenance and cost reduction. The energy-saving effects contribute to improved customer satisfaction and support management. 【Usage Scenarios】 - Air conditioning systems in commercial facilities - Stores, offices, hotels, etc. 【Benefits of Implementation】 - Reduction in power consumption of air conditioning systems - Maintenance of a comfortable indoor environment - Improvement in customer satisfaction - Cost reduction

In the manufacturing industry, the operation of air conditioning systems is essential to support production activities, and controlling the associated electricity consumption and CO2 emissions has become an important issue. In particular, the cooling load in summer and the heating load in winter need to be managed at a constant level to ensure stable operation of production lines and maintain a comfortable working environment for employees. However, existing air conditioning systems may face unavoidable electricity consumption due to rising outdoor unit temperatures and defrost operations during heating. In response to these challenges, our "Heat-Reflective Insulation Coating" contributes to energy savings in existing air conditioning systems. During cooling, we improve the heat exchange rate by preventing temperature rises in the outdoor unit through heat reflection. During heating, we reduce the high electricity consumption associated with defrost operations through insulation effects. These benefits are expected to lead to a 10-15% reduction in annual electricity consumption and CO2 emissions. [Usage Scenarios] ◆ Factories and warehouses with long operating hours ◆ Environments with good sunlight, such as south-facing or rooftop installations ◆ Models with high electricity consumption (such as those with cooling and heating capacities of 28 kW or more) [Benefits of Implementation] ◆ Reduction in annual electricity consumption of air conditioning systems ◆ Reduction in CO2 emissions ◆ Shortening of the payback period (approximately 3 years under the above conditions)

In the warehousing industry, appropriate temperature management is required to maintain the quality of stored items and ensure a comfortable working environment. In particular, high temperatures in summer and low temperatures in winter can increase the risk of deterioration of stored items and decrease work efficiency. In response to these challenges, our "Heat Insulating Coating" works in conjunction with existing air conditioning systems to contribute to energy savings. During cooling, the heat insulating effect suppresses the temperature rise of the outdoor unit and improves the heat exchange rate. During heating, the insulating effect reduces the frequency of defrost operation, which significantly increases the power consumption of the air conditioning unit. These effects are expected to reduce annual power consumption and CO2 emissions by 10 to 15%. [Usage Scenarios] ◆ Want to maintain a constant temperature inside the warehouse ◆ Want to suppress temperature rise around the outdoor unit in summer ◆ Want to improve heating efficiency in winter ◆ Want to maintain the quality of stored items ◆ Want to improve the working environment [Benefits of Implementation] ◆ Reduction in power consumption of air conditioning systems ◆ Reduction in CO2 emissions ◆ Reduced risk of quality deterioration of stored items ◆ Improved work efficiency ◆ Reduction in running costs

In commercial facilities, the operating hours of air conditioning systems tend to be long throughout the year due to the large number of customers. This leads to increased electricity consumption and the associated rise in CO2 emissions becoming a challenge. In particular, outdoor units installed on sunny rooftops or facing south are susceptible to temperature increases, which can lead to a decrease in air conditioning efficiency. Our "Heat-Reflective Insulation Coating" addresses these challenges simply by being applied to existing air conditioning systems, contributing to energy savings. During cooling, the heat-reflective effect suppresses the temperature rise of the outdoor unit and improves the heat exchange rate. During heating, the insulation effect reduces the frequency of defrost operation, which is when the air conditioning consumes the most electricity. These effects are expected to reduce annual electricity consumption and CO2 emissions by 10 to 15%. [Usage Scenarios] - Commercial facilities with long operating hours - Cases where outdoor units are installed facing south or on rooftops - Air conditioning units with high electricity consumption (such as those with a cooling and heating capacity of 28 kW or more) [Benefits of Implementation] - Reduction in annual electricity consumption of air conditioning systems - Reduction in CO2 emissions - Decrease in running costs

In office buildings, maintaining a comfortable indoor environment throughout the year is essential for sustaining employee productivity and considering visitors. In particular, the air conditioning costs associated with cooling in summer and heating in winter are one of the significant expenses in building operations. The decline in the efficiency of air conditioning systems directly leads to increased electricity consumption and CO2 emissions, resulting not only in greater environmental impact but also in higher running costs. Our heat-insulating and heat-reflective paint contributes to solving these issues simply by being applied to existing air conditioning systems. 【Usage Scenarios】 ◆ Rooftops with good sunlight or south-facing office spaces ◆ Office buildings with long operating hours ◆ Air conditioning systems with high power consumption (cooling and heating capacity of 28 kW or more) 【Benefits of Implementation】 ◆ During cooling: Reduces the temperature rise of outdoor units and improves heat exchange rates ◆ During heating: Decreases the frequency of defrosting operations and reduces power consumption ◆ Reduces annual electricity consumption and CO2 emissions by 10-15% ◆ Easy to implement with simple application ◆ Short payback period, allowing for early cost recovery

In public facilities, the efficient operation of air conditioning systems, which consume a significant amount of energy throughout the year, is a crucial issue for reducing maintenance costs. Particularly during cooling, the rise in outdoor unit temperature leads to a decrease in heat exchange efficiency, and during heating, the increase in power consumption due to defrosting operations worsens energy efficiency. In response to these challenges, our heat-insulating and heat-reflective paint can be applied to existing air conditioning systems to suppress the rise in outdoor unit temperature and improve heat exchange efficiency. Additionally, the insulation effect reduces the frequency of defrosting operations, contributing to a reduction in annual power consumption and CO2 emissions by 10-15%. 【Usage Scenarios】 - Outdoor units installed on sunny rooftops or facing south - Air conditioning systems in facilities with long operating hours - Air conditioning models with high heating and cooling capacities 【Benefits of Implementation】 - Reduction in annual power consumption of air conditioning systems - Decrease in CO2 emissions - Control of running costs

In the IT and data center industry, constant temperature management is required to ensure stable operation of servers and prolong the lifespan of equipment. In particular, efficient operation of air conditioning systems is essential for cooling server equipment that generates a large amount of heat. An increase in the power consumption of air conditioning systems not only leads to higher operational costs but also results in increased CO2 emissions. Our heat-insulating and heat-reflective paint contributes to solving these challenges simply by being applied to existing air conditioning systems. 【Usage Scenarios】 ◆ Outdoor units of server rooms ◆ Air conditioning systems installed on sunny rooftops ◆ Facilities with long operating hours 【Benefits of Implementation】 ◆ Reduction in power consumption of air conditioning units ◆ Reduction in CO2 emissions ◆ Improvement in cooling efficiency due to enhanced heat exchange rate

In medical and welfare facilities, maintaining a comfortable environment for patients and users is the top priority, and stable operation of air conditioning systems is essential for this. However, the power consumption of air conditioning systems is a significant cost factor in facility management, and reducing CO2 emissions has become a social issue. Particularly in facilities that operate year-round, energy-saving measures for air conditioning systems are an urgent challenge. Our "Heat-Reflective Insulation Coating" contributes to solving these issues simply by being applied to existing air conditioning systems. During cooling, the heat-reflective effect suppresses the temperature rise of the outdoor unit, improving the heat exchange rate. During heating, the energy consumption of the defrost operation, which is significant in air conditioning, is reduced by the insulation effect. These effects are expected to reduce annual power consumption and CO2 emissions by 10-15%. [Usage Scenarios] ◆ Improving air conditioning efficiency throughout the facility ◆ Temperature measures for outdoor units installed on rooftops or facing south ◆ Facilities with long operating hours [Benefits of Implementation] ◆ Reduction in electricity costs for air conditioning ◆ Reduction in CO2 emissions ◆ Maintenance of a comfortable indoor environment

In the food processing industry, temperature management is crucial for maintaining consistent product quality. In particular, the air conditioning of manufacturing lines and storage areas is essential for stable operation and proper temperature maintenance, and the power consumption and CO2 emissions associated with it cannot be ignored. Inadequate temperature management can lead to product deterioration, shortened shelf life, and ultimately a decline in quality. Summerhara Industrial Co., Ltd.'s "Heat-Reflective Insulation Coating" contributes to energy savings in existing air conditioning systems and supports stable quality maintenance. 【Usage Scenarios】 ◆ Temperature management for manufacturing lines ◆ Storage areas for raw materials and products ◆ Rooftops with good sunlight or areas around south-facing outdoor units ◆ Facilities with long operating hours 【Benefits of Implementation】 ◆ Cost reduction through decreased power consumption of air conditioning units ◆ Reduction of environmental impact by lowering CO2 emissions ◆ Improvement of heat exchange efficiency by suppressing temperature rise of outdoor units ◆ Enhanced heating efficiency due to reduced defrosting operation ◆ Achieving a 10-15% reduction in annual power consumption and CO2 emissions

In the chemical industry, stable operation of manufacturing processes and improvement of energy efficiency are required. In particular, temperature management is crucial for optimizing reaction efficiency, and stable operation of air conditioning equipment is essential for this purpose. However, the power consumption of air conditioning equipment significantly impacts manufacturing costs. Our fluid stirring device "α-HT" can be simply inserted into existing air conditioning piping to vigorously stir the refrigerant, thereby reducing the load on the compressor and decreasing power consumption. This contributes to both the stabilization of manufacturing processes and cost reduction. 【Application Scenarios】 - Facilities where temperature management is critical in reaction processes - Facilities with long operating hours for air conditioning equipment, such as 24-hour operations - When using air conditioning units with high power consumption - Air conditioning systems with long piping - Improving air conditioning efficiency in enclosed spaces 【Benefits of Implementation】 - Reduction of air conditioning unit power consumption by approximately 10-30% - Increased longevity of equipment due to reduced compressor load - Decrease in running costs and maintenance expenses - Quick return on investment through short payback periods

In manufacturing environments, it is essential to ensure the comfort and safety of workers in production lines with many heat-generating components and extensive work areas. In traditional air conditioning systems, cold air may not reach certain areas, or heat can easily become trapped, increasing the risk of heat-related illnesses and potentially leading to decreased work efficiency and health issues. Summerhara Industrial Co., Ltd.'s "Cool Striker" addresses these challenges by providing reliable cooling with powerful airflow, contributing to the improvement of the work environment. 【Usage Scenarios】 - Cooling production lines with many heat-generating components - Improving the environment in extensive work areas - Temperature management in factories where heat tends to accumulate 【Benefits of Implementation】 - Reduced risk of heat-related illnesses for workers - Enhanced comfort in the work environment - Maintenance and improvement of work efficiency

At event venues, many staff members often work for long hours outdoors or in areas prone to heat buildup, increasing the risk of heat-related illnesses. Particularly in physically demanding tasks such as setup and teardown, as well as guiding attendees, the safety and health management of staff is of utmost importance. Our product "Cool Striker" contributes to creating an environment where staff can work with peace of mind by delivering a large volume of cool air over a wide area. 【Usage Scenarios】 - Setup and teardown work at outdoor event venues - Backstage and waiting rooms at indoor event venues - Staff guidance areas at large-scale events 【Benefits of Implementation】 - Reduction of heat-related illness risk for staff - Maintenance and improvement of work efficiency - Support for safe event operations

In the logistics industry, particularly in delivery operations, there are many tasks performed in environments where temperature control is difficult, such as outdoors or on truck beds, raising concerns about the risk of heatstroke for delivery personnel. Loading and unloading packages or moving them in the scorching sun can easily lead to an increase in body temperature, potentially resulting in decreased concentration and health issues. To ensure that delivery personnel can perform their duties safely and comfortably, effective heat countermeasures are essential. Our product, "Cool Striker," delivers a wide range of cool air with its powerful airflow, protecting the health of delivery personnel. 【Usage Scenarios】 - During loading and unloading operations on truck beds - In work areas within warehouses - During waiting times outdoors 【Benefits of Implementation】 - Reduction of heatstroke risk for delivery personnel - Improvement of comfort during work - Maintenance of concentration while performing tasks

In the food and beverage industry, temperature management of manufacturing and storage environments is crucial to maintaining consistent product quality. In particular, ensuring uniform quality is a challenge that directly impacts stable product supply and customer satisfaction. Inadequate temperature management can lead to variations in quality and affect shelf life. Our fluid stirring device "α-HT" can be easily installed in existing air conditioning systems and effectively stirs the refrigerant, reducing the load on the compressor and lowering power consumption. This supports the maintenance of a stable air conditioning environment and contributes to quality uniformity. 【Usage Scenarios】 ■ Temperature management of refrigerators and freezers ■ Air conditioning management of production lines ■ Constant temperature management for quality preservation ■ 24-hour operating facilities 【Benefits of Implementation】 ■ Reduces power consumption of air conditioning units by approximately 10-30% ■ Uniform quality through stable temperature management ■ No running costs or maintenance required ■ Space-saving installation possible

In the pharmaceutical industry, strict temperature control is required to maintain product quality and ensure stable production. Especially in the cultivation process, even slight temperature fluctuations can affect production efficiency and product quality. Therefore, the stable operation of air conditioning systems and energy conservation are important challenges. Our fluid stirring device, α-HT, can be easily installed in existing air conditioning systems and effectively stirs the refrigerant, reducing the burden on the compressor and contributing to a decrease in power consumption. 【Usage Scenarios】 ■ 24-hour operating cultivation facilities ■ Large air conditioning systems that operate for long periods ■ Air conditioning systems that have been in place for a long time ■ Models with high power consumption (heating and cooling capacity of 28kW or more) 【Benefits of Implementation】 ■ Reduction of air conditioning power consumption by approximately 10-30% ■ Prolonged equipment lifespan due to reduced compressor load ■ No running costs or maintenance required

In the paper industry, particularly in the pulp mixing process, there is a demand for stable operation of manufacturing processes and improved energy efficiency. Long operating hours and the use of large equipment lead to increased power consumption, which becomes a cost burden. Additionally, maintaining stable quality requires effective temperature management in each process, making the efficient operation of air conditioning systems essential. The 'α-HT' is a fluid stirring device that can be simply inserted into existing air conditioning equipment to vigorously stir the refrigerant, thereby reducing the load on the compressor and cutting the power consumption of air conditioning units by approximately 10 to 30%. This contributes to reducing energy costs in paper mills and maintaining a stable working environment. [Usage Scenarios] - Energy saving for air conditioning systems in the pulp mixing process - Improving energy efficiency in 24-hour operating facilities and large equipment - Extending the lifespan and efficiency of air conditioning systems that have been in use for some time - Reducing operating costs for high power-consuming air conditioning units (cooling and heating capacity of 28kW or more) [Benefits of Implementation] - Reduction of air conditioning power consumption by approximately 10 to 30% - Decrease in running costs and maintenance expenses - Quick payback period and easy implementation - Space-saving design minimizes impact on existing equipment

In the semiconductor industry, the uniformity of cleaning solutions in the manufacturing process significantly affects product quality and yield. If temperature control and stirring of the cleaning solution are insufficient, uneven cleaning may occur, potentially leading to defects. Additionally, in facilities that operate 24 hours, the power consumption of air conditioning systems becomes a critical management issue. The 'α-HT' is a fluid stirring device that can be easily inserted into existing air conditioning systems, vigorously stirring the refrigerant and reducing the load on the compressor, thereby reducing the power consumption of air conditioning units by approximately 10 to 30%. This supports temperature management of the cleaning solution and contributes to maintaining a uniform cleaning solution. [Application Scenarios] - Manufacturing lines that operate 24 hours - Clean rooms requiring precise temperature control - Facilities that use large air conditioning systems for extended periods [Benefits of Implementation] - Stabilization of quality through improved uniformity of cleaning solutions - Cost reduction through decreased air conditioning power consumption - Easy integration into existing equipment

In the petrochemical industry, the catalyst mixing process requires improved reaction efficiency and stable productivity. In particular, uniform mixing is crucial as it maximizes the effectiveness of the catalyst and directly impacts product quality. Insufficient mixing can lead to variations in reactions and decreased productivity. Our "Fluid Stirring Device α-HT" can be easily inserted into existing piping to vigorously stir the refrigerant, reducing the load on the compressor and cutting the power consumption of air conditioning equipment by approximately 10-30%. This achieves both energy savings and process stabilization. 【Usage Scenarios】 ■ Improvement of mixing efficiency in catalyst reaction processes ■ Energy conservation in plant facilities ■ Easy implementation into existing equipment 【Benefits of Implementation】 ■ Maximizes catalyst performance and improves reaction efficiency ■ Cost benefits from reduced power consumption of air conditioning equipment ■ Overall improvement in energy efficiency of the plant

In the dyeing process of the textile industry, the uniform dispersion of dyes and temperature management significantly affect product quality. In particular, uneven dyeing can lead to reprocessing or disposal of products, necessitating the maintenance of stable quality. Additionally, dyeing equipment often operates for long periods, making the reduction of power consumption an important issue. Our fluid stirring device α-HT can be easily inserted into existing piping to vigorously stir the refrigerant, reducing the load on the compressor and decreasing the power consumption of air conditioning units by approximately 10 to 30%. This aims to achieve both energy savings and stabilization of dyeing quality. 【Usage Scenarios】 ■ Air conditioning management of dyeing equipment in dyeing factories ■ Processes requiring uniform dispersion of dyes ■ Energy-saving measures for equipment that operates for long periods 【Benefits of Implementation】 ■ Cost reduction through decreased power consumption of air conditioning units ■ Stabilization of quality through improved dyeing uniformity ■ Easy integration into existing equipment

In the cosmetics industry, temperature management of the manufacturing environment is crucial for maintaining product quality and ensuring stable production. This is especially important when handling delicate raw materials or when there is a need to store products at a specific temperature; stable operation of air conditioning equipment is essential. An increase in the power consumption of air conditioning systems directly leads to higher running costs, which can become a burden on management. Our fluid stirring device, α-HT, can be easily installed in existing air conditioning systems and reduces the load on compressors by stirring the refrigerant, thereby decreasing power consumption. This enables the stabilization of the manufacturing environment while also reducing costs. 【Application Scenarios】 ■ Temperature management in raw material storage ■ Air conditioning management on the production line ■ Maintaining product quality during storage 【Benefits of Implementation】 ■ Reduction of air conditioning power consumption by approximately 10-30% ■ Decrease in running costs ■ Maintenance of a stable manufacturing and storage environment