Heat-tech Co,. Ltd. Product Lineup

The DGH series has both the heating element and the thermocouple sealed in a quartz glass capsule. Therefore, the heating element and the thermocouple do not come into direct contact with the heated gas, preventing dust from oxides generated by these components from contaminating the heated gas. Although the outer diameter is small, it can heat the passing gas to approximately 550°C. Since it does not generate dust from the heating element, it is ideal for use in clean rooms. Six heating elements are incorporated into a metal tube case with a diameter of φ101.6. The large tube diameter reduces pressure loss. Please consider it when a gas flow rate of 800 liters/min is required. Using the thermocouple at the outlet, accurate temperature control can be performed. The tip has internal threads, allowing various fittings to be attached. The DGH-140X6 can accommodate a terminal box. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating.

• Other heaters

The DGH series has both the heating element and the sensor sealed in a quartz glass capsule. Therefore, the heating element and the sensor do not come into direct contact with the heated gas, preventing dust from oxides and other substances generated from these components from contaminating the heated gas. Although the outer diameter is small, it can heat the passing gas to approximately 550°C. Since it does not generate dust from the heating element, it is ideal for use in clean rooms. Six heating elements are integrated into a metal tube case with a diameter of φ101.6. The large pipe diameter reduces pressure loss. Please consider it when a gas flow rate of 200 to 800 liters/min is required. Accurate temperature control can be achieved using a thermocouple at the outlet. Internal threads are cut at the tip, allowing various fittings to be attached. The DGH-102X6 can have a terminal box installed. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating.

• Other heaters

The DGH series has both the heating element and the thermocouple sealed in a quartz glass capsule. Therefore, the heating element and the thermocouple do not come into direct contact with the heated gas, preventing dust from oxides generated by these components from contaminating the heated gas. Although the outer diameter is small, it can heat the passing gas to approximately 550°C. Since it does not generate dust from the heating element, it is ideal for use in clean rooms. A heating element with a power range of 1.5kW to 4kW is incorporated into a metal tube case with a diameter of φ42.7. Please consider it when a gas flow rate of 30 to 190 liters per minute is required. By using the thermocouple at the outlet, precise temperature control can be achieved. The tip has internal threads, allowing various fittings to be attached. The DGH-43NM can accommodate a terminal box. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating.

• Other heaters

The DGH series has both the heating element and the thermocouple sealed in a quartz glass capsule. Therefore, the heating element and the thermocouple do not come into direct contact with the heated gas, preventing dust from oxides generated by these components from contaminating the heated gas. Although the outer diameter is small, it can heat the passing gas to approximately 550°C. Since it does not generate dust from the heating element, it is ideal for use in clean rooms. A 3kW to 4kW heating element has been incorporated into a φ50 metal tube case. Please consider it when a gas flow rate of 30 to 190 liters/min is required. By using the thermocouple at the outlet, precise temperature control can be achieved. The tip is internally threaded, allowing various fittings to be attached. The DGH-50NM can accommodate a terminal box. As a safety and health measure, the temperature of the heating element can be monitored to prevent overheating.

• Heating device

The DGH series features heating elements and thermocouples sealed in quartz glass capsules. Therefore, the heating elements and thermocouples do not come into direct contact with the heated gas, preventing dust from oxides generated by these components from contaminating the heated gas. Despite its small outer diameter, it can heat the passing gas to approximately 550°C. Since it does not generate dust from the heating element, it is ideal for use in clean rooms. A 1kW heating element is integrated into a φ34 metal tube case. Please consider it when a gas flow rate of 100 liters/min is required. Accurate temperature control can be achieved using the thermocouple at the outlet. The end is threaded internally, allowing for various fittings to be attached. The DGH-34NM can accommodate a terminal box. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating.

• Other heaters

The DGH series features heating elements and thermocouples sealed in quartz glass capsules. Therefore, the heating elements and thermocouples do not come into direct contact with the heated gas, preventing dust from oxides generated by these components from contaminating the heated gas. Despite its small outer diameter, it can heat the passing gas to approximately 550°C. Since it does not generate dust from the heating element, it is ideal for use in clean rooms. A heating element of 150w to 300w is incorporated into a φ19 metal tube case. It is suitable for gas flow rates of 15 to 30 liters per minute. By using the thermocouple at the outlet, precise temperature control can be achieved. The tip is threaded internally, allowing for the attachment of various fittings. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating.

• Other heaters

The DGH series features heating elements and thermocouples sealed in quartz glass capsules. Therefore, the heating elements and thermocouples do not come into direct contact with the heated gas, preventing dust from oxides generated by these components from contaminating the heated gas. Despite its small outer diameter, it can heat the passing gas to approximately 550°C. Since it does not generate dust from the heating element, it is ideal for use in clean rooms. A 100W to 150W heating element has been integrated into a φ13 metal tube case. It is suitable for gas flow rates of 7 to 15 liters per minute. By using the thermocouple at the outlet, precise temperature control can be achieved. The tip is threaded internally, allowing for the attachment of various fittings. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating.

• Other heaters

It comes as a kit, making it easy to use a hot air heater. It can discharge high-temperature hot air of about 900°C in a short time. Just supply air, heat it, and blow it out! It is safe and clean since there are no flames. The hot air discharge section is equipped with a thermocouple, allowing for easy temperature management. Various attachments can be mounted on the internal screw part of the M32. Since there are no flames, photography is clear!

• Heating device

It comes as a kit, making it easy to use the hot air heater. It can discharge high-temperature hot air of around 900°C in a short time. Just supply air, heat it, and blow it out! It is safe and clean since there are no flames. The hot air discharge section is equipped with a thermocouple, allowing for easy temperature control. Various attachments can be mounted on the internal screw part of the M17. Since there are no flames, photography is clear!

• Heating device

It comes as a kit, making it easy to use the hot air heater. It can discharge high-temperature hot air of around 900°C in a short time. Just supply air, heat it, and blow it out! It is safe and clean since there are no flames. The hot air discharge section is equipped with a thermocouple, allowing for easy temperature management. Various attachments can be mounted on the M12 internal thread section. Since there are no flames, photography is clear!

• Heating device

Since it is a kit, you can use factory air for hot air sterilization instead of a gas burner. It emits high-temperature hot air at 600°C in a short time. You can turn it ON and OFF with a foot switch. It is safe compared to gas.

• Heating device

The ABH-28AMX is a hot air heater that can be assembled with either 3 or 6 units of the ABH-28AM3. It can heat the passing gas up to 900°C. By using a thermocouple at the outlet, precise temperature control can be achieved. It has internal threads at the tip, allowing for the attachment of various fittings. There are metal tube cases available in various lengths. For safety and health measures, the heating element temperature can be monitored to prevent overheating. Since it uses transparent gas for heating, it is ideal for photography and video recording.

• Other heaters

The gas can be heated up to 1050°C. A 6.3 kW heating element has been incorporated into a φ28 metal tube case. Please use it when a high-temperature airflow of 125 L/min is required. Accurate temperature control can be achieved using the thermocouple at the outlet. Since the temperature of the heating element can be monitored, safety measures against overheating can be implemented. The tip has internal or external threads, allowing various fittings to be attached. The ABH-28A is the top model of high-temperature hot air heaters.

• Other heaters

A 4.1kW heating element has been incorporated into a φ22 metal tube case. Please use it when a high-temperature airflow of 100 liters/min is required. By using a thermocouple at the outlet, precise temperature control can be achieved. Since the heating element temperature can be monitored, safety measures against overheating can be implemented. The tip has either internal or external threads, allowing for various fittings to be attached. The ABH-22A can use a T-type nozzle to utilize hot air like a brush. The ABH-22A is a higher model than the ABH-19A, and the next higher model is the ABH-28A.

• Other heaters

A 4.1kW heating element has been incorporated into a φ19 metal tube case. Please use it when a high-temperature airflow of 30 to 160 liters per minute is required. By using a thermocouple at the outlet, accurate temperature control can be achieved. Since the heating element temperature can be monitored, safety measures against overheating can be implemented. The tip is threaded either internally or externally, allowing various fittings to be attached. The ABH-19A can use a T-type nozzle to blow hot air like a brush. There are higher models than the ABH-19A, namely the ABH-22A and ABH-28A.

• Other heaters

The ABH-102X6 is a higher model than the ABH-61X6. It incorporates a heating element ranging from 18kW to 30kW in a metal tube case with a diameter of φ101.6. By using a thermocouple at the outlet, precise temperature control can be achieved. Since the temperature of the heating element can be monitored, safety measures against overheating can be implemented. The end is threaded internally, allowing for various fittings to be attached. There are metal tube cases available in various lengths. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating. Since it uses transparent gas for heating, it is ideal for photography and video recording.

• Other heaters

The ABH-61X6 is a higher model than the ABH-50X6. It incorporates a heating element with a power range of 20kW to 24kW in a metal tube case with a diameter of 60.5mm. By using a thermocouple at the outlet, precise temperature control can be achieved. Since the temperature of the heating element can be monitored, safety measures against overheating can be implemented. The tip has internal threads, allowing for various fittings to be attached. There are metal tube cases of various lengths available. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating. It uses transparent gas for heating, making it ideal for photography and video recording.

• Other heaters

It is a simple structure with threaded ends on a stainless steel pipe. Connection fittings can be manufactured by our company. TIG welding is also possible for the connection fittings. The ABH-50X6 is a higher model than the ABH-38X6. It incorporates a heating element of 6kW to 18kW into a φ50 metal tube case. Accurate temperature control can be achieved using a thermocouple at the outlet. Since the temperature of the heating element can be monitored, safety measures against overheating can be implemented. The tip has internal threads, allowing for various fittings to be attached. There are metal tube cases of various lengths available. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating. Since it uses transparent gas for heating, it is ideal for photography and video recording.

• Other heaters

It is a simple structure with threads cut at both ends of the stainless steel pipe. ABH-38X6 is a short, thick-bodied model of ABH-34N. A heating element of 2.5kW to 5kW has been incorporated into a φ38 metal tube case. Please use it when a gas flow rate of 200 to 400 liters per minute is required. Accurate temperature control can be achieved using a thermocouple at the outlet. Since the temperature of the heating element can be monitored, safety measures against overheating can be implemented. With internal threads cut at the tip, various fittings can be attached. There are metal tube cases of various lengths available. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating. Since transparent gas is used for heating, it is ideal for photography and video recording.

• Other heaters

The ABH series features a heating element that comes into direct contact with the heating gas. By adopting a high-density heating element with a large surface area for efficient heat transfer, it can heat the passing gas to approximately 900°C. It is a robust hot air heater with a redundant design. The ABH-43NM is a higher model than the ABH-34NM. It incorporates a 5kw to 6kw heating element within a φ42.7 metal tube case. Please use it when a gas flow rate of 200 to 500 liters per minute is required. Accurate temperature control can be achieved using a thermocouple at the outlet. Since the temperature of the heating element can be monitored, safety measures against overheating can be implemented. The tip is threaded internally, allowing for various fittings to be attached. The ABH-43NM can accommodate a terminal box. There are metal tube cases available in various lengths. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating. It is ideal for photography and video recording as it heats using transparent gas. The ABH-43NM is a popular model for use as a heater for deburring resin.

• Other heaters

The ABH-34NM series is a best-selling model of medium-sized hot air heaters. The ABH-34NM is a higher model than the ABH-22N, with double the output. It incorporates a heating element of 2kW to 5kW in a φ34 metal tube case. Please adopt it when a gas flow rate of 100 to 300 liters per minute is required. Accurate temperature control can be achieved using a thermocouple at the outlet. Since the heating element temperature can be monitored, safety measures against overheating can be implemented. The end has internal threads, allowing various fittings to be attached. The ABH-34NM can accommodate a terminal box. There are metal tube cases of various lengths available. For safety and health measures, the heating element temperature can be monitored to prevent overheating. It is ideal for photography and video recording as it uses transparent gas for heating. The ABH-34NM is a popular model for heaters used in resin burr removal.

• Other heaters

The ABH series features a heating element that comes into direct contact with the heating gas. Despite its small outer diameter, it can heat the passing gas to approximately 900°C by utilizing a high-density heating element with a large surface area that has excellent heat transfer efficiency. It is a robust hot air heater designed with redundancy. A heating element with a power range of 1kW to 3kW is integrated into a φ22 metal tube case. Please use it when a gas flow rate of 50 to 100 liters per minute is required. Accurate temperature control can be achieved using a thermocouple at the outlet. Since the temperature of the heating element can be monitored, safety measures against overheating can be implemented. The tip is internally threaded, allowing for the attachment of various fittings. The ABH-22N is a higher model than the ABH-19A, with double the length and output. The ABH-22N has a longer metal tube case, making it ideal for heating objects through gaps.

• Other heaters

The ABH series features a heating element that comes into direct contact with the heating gas. Despite its small outer diameter, it can heat the passing gas to approximately 900°C due to the adoption of a high-density heating element with a large surface area and good heat transfer efficiency. A heating element with a power range of 650w to 1600w has been integrated into a φ19 metal tube case. Please use it when a gas flow rate of 40 to 50 liters per minute is required. Accurate temperature control can be achieved using a thermocouple at the outlet. Since the temperature of the heating element can be monitored, safety measures against overheating can be implemented. The tip is threaded internally, allowing for the attachment of various fittings. There is also a ceramic paper protective tube for preventing near-miss accidents.

• Other heaters

Features of the Small Hot Air Heater 13A The ABH series has a heating element that comes into direct contact with the heated gas. Although the outer diameter is small, it can heat the passing gas to about 900°C due to the adoption of a large surface area high-density heating element with good heat transfer efficiency. The ABH-13A series is the best-selling model of small hot air heaters. The ABH-13A is compact, low-cost, and powerful, making it easy to use. It incorporates a heating element ranging from 100W to 1000W within a φ13 metal tube case. The ABH-13A can heat the passing gas to a general temperature of 900°C and a maximum of 1000°C. It is suitable for gas flow rates of 3 to 40 liters per minute. Accurate temperature control can be achieved using a thermocouple at the outlet. Since it heats using transparent gas, it is ideal for photography and video recording. The tip has internal threads, allowing for various fittings to be attached. There are metal tube cases of various lengths available. A ceramic paper protective tube is provided as a measure against near-miss accidents. For safety and health measures, the temperature of the heating element can be monitored to prevent overheating.

• Other heaters

Challenging the limits of hot air heaters, we have created a DC power hot air heater that has never existed before. By using a thermocouple at the outlet, precise temperature control can be achieved. The tip is internally threaded, allowing for the attachment of various fittings. There are metal tube cases of various lengths available. There is a ceramic paper protective tube for preventing near-miss accidents. For safety and health measures, the heating element temperature can be monitored to prevent overheating. Suitable for aging tests of electronic components, soldering of electronic components, pinpoint heating of resins, and gas heating for medical devices.

• Other heaters

Features of the Ultra-Micro Wind Hot Air Heater Challenging the limits of hot air heaters, we have achieved micro-wind heating of 250cc=0.25ℓ/min, which was previously impossible. Using a thermocouple at the outlet, precise temperature control can be performed. The tip is internally threaded, allowing for various fittings to be attached. There are metal tube cases of various lengths available. A ceramic paper protective tube is available for preventing near-miss accidents. For safety and health measures, the heating element temperature can be monitored to prevent overheating. For semiconductor heating with oxygen shielding, For soldering and brazing with oxygen shielding, For air transport in powder metal 3D printers, For gas heating in medical devices, For preheating films.

• Other heaters

The ABH-8□ is the smallest pencil-sized model that uses a metal tube. It has mechanical rigidity because it uses a φ8 metal tube. It can achieve pinpoint heating with a φ1 tapered nozzle. We also offer screw types for M8 and M5F at the tip, making it suitable for equipment installation. Since it uses a metal tube, flanges can be welded.

• Other heaters

The heating tube is the size of a pencil with a diameter of φ6. Since the air pressure is weak, it is suitable for cream soldering on printed circuit boards. The tip is made of insulating ceramics, eliminating the risk of electrical damage due to mis-touching. The ABH-6□ has an opening of Φ4. The ABH-4D has a diameter of Φ3, which expands the opening by 1.8 times. Therefore, the air pressure is weakened to 1/1.8 = 55%. It is recommended when using the ABH-4D but wanting to reduce the air pressure.

• Other heaters

The heating element is the size of a super small matchstick with a diameter of φ4, smaller than a pencil. The base part has a diameter of φ6, allowing it to be inserted and fixed inside a metal tube. The minimum length is L60, making it suitable for pinpoint heating inside precision instruments. The tip is made of insulating ceramics, eliminating the risk of electrical breakdown due to accidental contact.

• Other heaters

1) It can be heated in a strip shape up to 850°C. The high-performance halogen line heater HLH-60 is a strip infrared heating device that uses rod-shaped halogen lamps. It has a short heating time, a parallel mirror width of 60mm, and parallel light (focal length ∞), allowing for strip heating. By equipping the HLH-60 with an infrared recovery-type reflector, it reduces stray light and improves the utilization rate of infrared. It also allows for long-length heating, with an effective length of the parallel mirror that can be produced from 100mm to 3000mm. For surface heating, it is more suitable to arrange multiple units of "HLH-35W/f∞." 2) It achieves perfect clean heating and can also be used for heating in clean rooms and vacuum environments. The water-cooled type can be used in vacuum containers. When placed inside a vacuum chamber, there may be some gas release from the inorganic adhesive initially, so pre-vacuum treatment is necessary.

• Other heaters

1) It can be heated linearly up to 900°C in a compact size. The ultra-compact halogen line heater HLH-35W/f∞ is a line-type infrared heating device that uses rod-shaped halogen lamps. The product concept is "small size." With a reflector width of 35mm and a reflector height of 36mm, it is extremely compact. The reflector surface adopts a composite curved surface of an ellipse and a circle, overcoming the disadvantages of miniaturization. While maintaining high performance, it has been minimized to the extreme, allowing for a maximum heating temperature of approximately 1000°C even in ultra-compact form. 2) It achieves perfect clean heating and can also be used for heating in clean rooms and under vacuum conditions. The water-cooled type can be used in vacuum containers. When placed inside a vacuum chamber, there may be some gas release from inorganic adhesives initially, so pre-vacuum treatment is necessary. 3) When used in combination, it can provide surface heating. When used together, the irradiation power density reaches 35w/cm², allowing for heating a large area to nearly 1000°C.

• Other heaters

It can be heated in a linear fashion at a distance of 75mm. The high-performance halogen line heater HLH-65 is a focused infrared heating device that uses rod-shaped halogen lamps. The product concept is "maximum performance," capable of delivering up to approximately 2kW of output per 100mm of the focusing mirror. In addition to linear heating, the line focus type allows for overall heating by placing the workpiece on a conveyor and irradiating it with the heater. Furthermore, by using it at a distance from the focal point, it enables wider heating. This is the long-focus model of HLH-55. Due to the long focus, the reuse rate of reflected light decreases. If higher temperatures are required, please select HLH-55. 2) It achieves perfect clean heating, making heating possible in clean rooms and vacuum environments. The water-cooled type can be used in vacuum containers. When placed inside a vacuum chamber, there may be some gas release from the inorganic adhesive initially, so pre-vacuum treatment is necessary.

• Other heaters

1) It can be heated linearly up to a maximum of 1300°C. The high-performance halogen line heater HLH-55 is a focused infrared heating device that uses rod-shaped halogen lamps. The product concept is "maximum performance," capable of outputting approximately 2 kW per 100 mm of the focusing mirror. The linear focusing type allows for overall heating by placing the workpiece on a conveyor and irradiating it with the heater, in addition to linear heating. Furthermore, by using it at a distance from the focal point, wider heating can be achieved. 2) It achieves perfect clean heating and can also be used for heating in clean rooms and vacuum environments. The water-cooled type can be used in vacuum containers. When placed inside a vacuum chamber, there may be some gas release from the inorganic adhesive initially, so pre-vacuum processing is necessary.

• Other heaters

1) It can be heated up to 1000°C in a compact and linear form. The ultra-compact halogen line heater HLH-30 is a focused infrared heating device that uses a rod-shaped halogen lamp. The product concept is "small size." With a reflector width of 30mm and a height of 34mm, it is extremely compact. The reflector surface adopts a composite curved surface of an ellipse and a circle, overcoming the disadvantages of miniaturization. While maintaining high performance, it has been minimized to the extreme, allowing it to reach a maximum heating temperature of approximately 1000°C, even in a super compact form. 2) It achieves perfect clean heating and can also heat in clean rooms and vacuum environments. The water-cooled type can be used in vacuum containers. When placed inside a vacuum chamber, there may be some gas release from the inorganic adhesive initially, so pre-vacuum treatment is necessary.

• Other heaters

1) The φ18 point can be heated up to 1450°C. The HPH-120 is a halogen point heater that concentrates the light from a halogen lamp to achieve high-temperature heating. The focal diameter is approximately φ18 at a focal distance of 15mm. Depending on the object being heated, it can be heated to about 1450°C. The required time for soldering is approximately 5 seconds. The heating temperature varies depending on the type of object being heated. Temperature control can be achieved through irradiation time control or voltage control. The lamp life will be reduced to one-third, but it is acceptable to apply 110% overvoltage. *Frequent flickering operation will decrease the lifespan. Slow ramp-up and ramp-down of voltage can improve lifespan. 2) It achieves perfect clean heating, and heating in clean rooms or vacuum environments is also possible. *When placed in a vacuum chamber, there may be some gas release from inorganic adhesives initially, so pre-vacuum treatment is necessary. Additionally, heat dissipation decreases in a vacuum, so a water cooling unit must be installed in the main body. 3) You can switch between air cooling and water cooling methods.

• Other heaters

The lamp base is flange-shaped, allowing it to be mounted in a vacuum chamber for heating. The HPH-80 is a halogen point heater that concentrates the light of a halogen lamp to achieve high-temperature heating. It features a flange-type case, making it suitable for installation in a vacuum chamber.

• Other heaters

1) The small φ5 point can be heated up to 1400°C. The HPH-60 is a halogen point heater that concentrates the light from a halogen lamp to achieve high-temperature heating. The focal diameter is approximately φ5mm at a focal distance of 15mm, and it can heat depending on the target object up to about 1400°C. The required time for soldering is approximately 5 seconds. The heating temperature varies depending on the type of target object. Temperature control is achieved through irradiation time control or voltage control. The lamp life will be reduced to one-third, but it is acceptable to apply 110% overvoltage. *Frequent flickering operation will reduce the lifespan. Slow ramp-up and ramp-down of voltage can improve lifespan. 2) It achieves perfect clean heating and can also heat in clean rooms or in a vacuum. *When placed inside a vacuum chamber, there may be some gas release from inorganic adhesives initially, so pre-vacuum treatment is necessary. Additionally, since heat dissipation decreases in a vacuum, it is necessary to install a water cooling unit on the main body. 3) There are no restrictions on the direction of illumination, and it can be used while moving. *When mounting movable parts, significant impact will occur when stopping, so be sure to implement shock prevention measures.

• Other heaters

The small φ5 point can be heated up to 1350°C. The HPH-35 is a halogen point heater that concentrates the light from a halogen lamp to achieve high-temperature heating. When heating a thermocouple with a 110W lamp, the temperature rises to about 1350°C at a focal distance of 15mm. The heating temperature varies depending on the type of object being heated. Temperature control can be achieved through irradiation time control or voltage control. It has become possible to heat in narrow spaces that could only be addressed by optical fibers or lasers in the past. Compared to fiber optic heating and laser heating methods, it offers overwhelming efficiency, being more than 10 times higher, along with lower costs, energy savings, and safety. There are no restrictions on the direction of illumination, allowing for use while moving. *Please ensure that shock prevention measures are taken, as significant impact will occur when mounting movable parts during stops.

• Other heaters

1) It can heat a point of φ2.5 to 800–900°C in a super compact size. The heating temperature varies depending on the type of object being heated. *Frequent blinking operations can reduce lifespan. Slow ramp-up and ramp-down of voltage can improve lifespan. 2) It achieves perfect clean heating and can also heat in clean rooms or vacuum environments. *When placed in a vacuum chamber, there may be some gas release from inorganic adhesives initially, so pre-vacuum treatment is necessary. Additionally, heat dissipation decreases in a vacuum, so a water cooling unit must be installed in the main body. 3) It has become possible to heat in narrow spaces that could only be addressed by optical fibers or lasers in the past. Compared to optical fiber heating methods and laser heating methods, it offers overwhelming efficiency, being more than 10 times higher, lower cost, energy-saving, and also safe. 4) There are no restrictions on the direction of lighting, and it can be used while moving. *When mounting movable parts, significant impact occurs when stopping, so be sure to take shock prevention measures. It consists of a high-efficiency condenser lens with front protective glass and a lamp unit, and each can be replaced. If continuous lighting is required, please install the air cooling unit ACU-8.

• Other heaters

This is a sterilization lamp that uses quartz glass with extremely high ultraviolet transmittance. Advanced sealing processing technology allows for the prototyping of ultraviolet lamps in various shapes. Ultraviolet (254nm) The thermal cathode sterilization lamp inactivates viruses and bacteria instantly upon exposure to ultraviolet light (254nm). Unlike chemical sterilization, it does not create resistant bacteria, so you can use it with peace of mind. Ozone Properties The sterilization effect of ozone is more than twice that of chlorine. Additionally, unlike ultraviolet sterilization, ozone molecules can travel through the air to deodorize and decompose odor particles, effectively disinfecting bacteria and other contaminants. This enables efficient disinfection and deodorization. Decomposition of Organic Matter Ozone not only has disinfection and deodorization effects but also decomposes organic matter due to its strong oxidation effect. It is used in waste oil treatment, oil traps in sewage systems, and the production of ultra-pure water required in semiconductor manufacturing. Waterproof Specifications This straight tube type can be adapted for underwater lighting with a special double-tube structure. The double-tube structure minimizes the decrease in sterilization intensity even at low temperatures, allowing for stable sterilization. Sales of quartz glass jacket tubes only are also available. Note: A stabilizing device is required for operation.

• Ultraviolet irradiation equipment

This is a sterilization lamp that uses quartz glass with an extremely high ultraviolet transmission rate. Advanced sealing processing technology allows for the prototyping of ultraviolet lamps in various shapes. Custom-made waterproof double-tube type It can accommodate a special double-tube structure for underwater lighting. The double-tube structure minimizes the decrease in sterilization rays even at low temperatures, enabling stable sterilization. The ultraviolet lamp is sealed in a quartz tube, preventing the decrease in sterilization rays caused by the temperature drop of the glass tube due to flowing water. Ultraviolet (254nm) The thermal cathode sterilization lamp instantly inactivates viruses and bacteria upon exposure to ultraviolet light (254nm). Unlike chemical sterilization, it does not create resistant bacteria, allowing for safe use. Ozone properties The sterilization effect of ozone is more than twice that of chlorine. Additionally, unlike ultraviolet sterilization, ozone molecules can travel through the air to deodorize by breaking down odor particles and eliminating bacteria. This enables efficient sterilization and deodorization. Decomposition of organic matter Ozone not only has sterilization and deodorization effects but also decomposes organic matter through its strong oxidation effect. It is used in waste oil treatment, oil traps in sewage systems, and the production of ultra-pure water necessary for semiconductor manufacturing.

• Ultraviolet irradiation equipment

The UVCCS is a medium-sized cold cathode ultraviolet lamp with a diameter of φ6mm. It is characterized by its long lifespan. It efficiently emits germicidal wavelengths around 254nm and is used for sterilization and deodorization. It can also be used in the UV/O3 precision cleaning processes of semiconductors. There are both ozone-generating types (185nm) and ozone-free types available. Straight tube type Being a straight tube type, it can cover a large area when used in parallel. Lead wire types and socket types can be produced. Ozone characteristics The 185nm far ultraviolet (or vacuum ultraviolet) emitted from low-pressure mercury lamps efficiently converts oxygen in the air into ozone. Additionally, the generated ozone enables more powerful sterilization and deodorization. It is used in various fields such as water sterilization, agriculture, medical applications, and food processing.

• Ultraviolet irradiation equipment

The UVCCU is a medium-sized cold cathode ultraviolet lamp with a diameter of φ6mm. It is characterized by its long lifespan. It efficiently emits germicidal wavelengths around 254nm and is used for sterilization and deodorization. It can also be used in the UV/O3 precision cleaning processes of semiconductors. There are ozone-generating types (185nm) and ozone-free types available. Easy wiring design Due to the single-sided wiring of the U-tube type, wiring design is straightforward. Lead wire types and socket types can be produced. W-tube type There is also a W-tube type that is further miniaturized by bending the U-tube. Ozone characteristics The 185nm far ultraviolet (or vacuum ultraviolet) emitted from low-pressure mercury lamps efficiently converts oxygen in the air into ozone. Additionally, the generated ozone enables more powerful sterilization and deodorization. It is used in various fields, including water sterilization, agriculture, medical applications, and food processing.

• Ultraviolet irradiation equipment

The UVCCU-J is a model that has a jacket attached to the UVCCU-M. It efficiently emits germicidal wavelengths around 254nm and is used for sterilization and deodorization. It has a low output but is characterized by a long lifespan. There are ozone-generating types (185nm) and ozone-free types available. Since it is designed to be used with a jacket, it is suitable for standalone use.

• Ultraviolet irradiation equipment

The UVCCU-M is a small cold cathode ultraviolet lamp with a diameter of φ4.5mm. It efficiently emits germicidal wavelengths around 254nm and is used for sterilization and deodorization. It has a low output but is characterized by a long lifespan. There are ozone-generating types (185nm) and ozone-free types available. Its ultra-compact size makes it effective for applications where space is limited or when arranging multiple units for surface irradiation.

• Ultraviolet irradiation equipment