Medium Halogen Point Heater HPH-50 Series
Heat-tech Medium Halogen Point Heater HPH-50 Series
The φ5mm point can be heated to 1450°C in a short time.
1. The Φ5mm point can be heated to 1450°C in a short time. The HPH-50 is a halogen point heater that concentrates the light from a halogen lamp onto a single point using a focusing lens to achieve high-temperature heating. The temperature varies depending on the infrared absorption rate of the heated object, but it can heat a point with a focal length of 20mm to approximately 1450°C. The method of controlling the heating temperature can be done by controlling the irradiation time or the voltage. By adjusting the voltage to 90%, the lamp life can be tripled. 2. It achieves perfect clean heating and can also heat in clean rooms or under vacuum conditions. 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 that is more than 10 times higher, low cost, energy savings, and safety. 4. There are no restrictions on the direction of illumination, allowing for use while moving. 5. By adopting a water-cooled cooling method, it operates extremely quietly even during operation.
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basic information
Outer diameter Φ50 Focal lengths: 3 types - 20mm, 40mm, 60mm Focal diameters: φ5mm, φ7mm, φ10mm Cooling method: water cooling, air cooling
Price range
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Applications/Examples of results
Infrared resin rivet processing Distortion test by partial heating of precision parts Caramelization of sugar High-temperature dynamic property testing of rocks Selection of heat sources suitable for measuring thermal diffusivity of metal materials Simplified temperature simulation of aircraft engines Local quenching treatment of precision machine parts Overheating resistance test of lithium-ion batteries
Detailed information
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Infrared Thermal Staking of Resin Bosses Summary: Perform infrared thermal staking of resin bosses using the Halogen Point Heater HPH-50. Product Name: Halogen Point Heater HPH-50 Industry/Process: Automotive industry, electrical and electronics industry, medical device industry Application Category: Thermal staking On-site Issue: Resin adheres to the punch. Why it Occurs: If the punch is raised before the resin has sufficiently cured, the semi-cured resin sticks to the punch and returns. Conventional Method Issue: Resin adhered to the punch, causing processing defects. Solution: Perform infrared thermal staking of resin bosses using the Halogen Point Heater HPH-50. Reason for Product Suitability: It locally heats only the resin boss without contact, preventing thermal stress on surrounding delicate components. Implementation Effect: The dome is formed without cutting fibers, resulting in improved mechanical strength. Additionally, the workpiece is lightly heated, enhancing compatibility with the resin. Comparison: The issue has been resolved as this method does not use a punch. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/23283.html
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Distortion Test by Partial Heating of Precision Parts Summary: A distortion test was conducted on precision parts using the Halogen Point Heater HPH-50 for partial heating. Product Name: Halogen Point Heater HPH-50 Industry/Process: Metal Parts Industry Application Category: Distortion Test by Sliding Heating On-site Issue: Reproducible data could not be obtained. Cause of Occurrence: Without strictly controlling conditions such as heating time, output (temperature), irradiation range, and cooling rate, reproducible data could not be obtained. Problems with Conventional Methods: The heating equipment was large. Solution: Precision parts were heated to high temperatures using the Halogen Point Heater HPH-50. Reason for Product Suitability: It can heat precisely at high temperatures, allowing for the measurement of dynamic characteristics in high-temperature environments. Implementation Effect: Being compact, the equipment could be installed freely. Furthermore, since it uses non-contact heating, errors due to contact were eliminated. Comparison: Outer diameter dimensions are φ50xH135. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/23283.html
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Caramelization of Sugar Summary: Caramelizing sugar using the Halogen Point Heater HPH-50 Product Name: Halogen Point Heater HPH-50 Industry/Process: Food Application Category: Caramelization On-site Issue: There was no heat source to replace gas. Reason for Occurrence: To add a "unique roasted flavor," "beautiful brown color," and "depth of bitterness" to pure sweetness. Problems with Conventional Methods: Strictly checked under fire prevention regulations; management is very challenging and burdensome. Solution: Use three HPH-50 units for heating. Reason for Product Suitability: The process is composed entirely of electrical equipment. Implementation Effect: Met the administrative guidance of the fire department. Comparison: Takes time to heat up and cool down (from several minutes to several hours). Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/23283.html
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High-Temperature Dynamic Characteristics Testing of Rocks Summary: Rocks were heated using the Halogen Point Heater HPH-50. Product Name: Halogen Point Heater HPH-50 Industry/Process: Construction Industry / Geological Survey Application Category: Geological Survey Field Issues: To ensure the safety of the ground in the geological disposal of high-level radioactive waste and the long-term use of large underground spaces. Why It Occurs: It is difficult to maintain a high-temperature, high-pressure triaxial compression state for an extended period. Conventional Method Issues: The creep characteristics of sedimentary soft rocks under high-temperature environments could not be understood. Solution: Sedimentary soft rocks were heated using the Halogen Point Heater HPH-50. Reasons for Product Suitability: It can be heated to any temperature through feedback control. Implementation Effects: The temperature dependence of creep characteristics and the understanding of mechanical stability were achieved. Comparison: Kanthal wire and nichrome wire heaters. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/23283.html
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Heat source suitable for measuring thermal diffusivity of metal materials Summary: Heating metal test materials using the Halogen Point Heater HPH-50 Product Name: Halogen Point Heater HPH-50 Industry/Process: Metallurgy Application Category: Measurement of thermal diffusivity of metal materials Field Issues: There is a risk of processing defects, thermal damage to products, and design troubles. Why it Occurs: Knowing the speed of heat transfer is extremely important for ensuring product safety and quality. Problems with Conventional Methods: Conventional methods have challenges in maintaining uniform temperature and localized heating, affecting measurement accuracy and reproducibility. Solution: Heating metal test materials using the Halogen Point Heater HPH-50. Reasons for Product Suitability: Utilizing the Halogen Point Heater allows for precise localized heating, improving measurement accuracy and reproducibility. Implementation Benefits: The ability to maintain and vary temperature with a single heat source is a significant advantage in thermal diffusivity measurement using light heating. Comparison: The device is cost-effective and suitable for measuring thin films and small samples. Link to product description site: https://www.heat-tech.biz/products-hph/hph-ss/23283.html
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Simple Temperature Simulation of Aircraft Engines Summary: A simple temperature simulation of an aircraft engine using the Halogen Point Heater HPH-50. Product Name: Halogen Point Heater HPH-50 Industry/Process: Aircraft Engine Application Category: Testing and Evaluation of Engine Parts Field Challenge: As an initial evaluation, a method that can simulate high-temperature heating at low cost and with simplicity was required. Why It Occurs: Extremely strict gates are established at each phase. Problems with Conventional Methods: Enormous time and cost. Solution: Heating engine parts using the Halogen Point Heater HPH-50. Reason for Product Suitability: It allows for low-cost and safe verification. Implementation Effect: Visual confirmation of "distortion" and "gaps" due to heat; verification of complex "heat transfer (convection and radiation)." Comparison: Dramatically reduced "time, cost, and psychological barriers," leading to explosive improvements in operational efficiency. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/23283.html
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Local Hardening Treatment of Precision Machine Parts Summary: Simulating the temperature of a simplified aircraft engine using the Halogen Point Heater HPH-50 Product Name: Halogen Point Heater HPH-50 Industry/Process: Precision Machine Parts Application Category: Hardening On-site Issue: Hardening is applied only to certain parts of metal components Why It Occurs: There was a need to improve local hardness Problems with Conventional Methods: Conventional methods heated the entire component, increasing the risk of deformation in unnecessary areas. Solution: Heating precision machine parts using the Halogen Point Heater HPH-50 Reasons for Product Suitability: By using the Halogen Point Heater, it became possible to heat only the necessary parts to high temperatures and perform hardening within the targeted range. Implementation Effects: Improved product strength while preventing unnecessary thermal deformation. Comparison: Hardening can now be performed on sharp corners and extremely thin sections. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/23283.html
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Overheating Resistance Test of Lithium-Ion Batteries Summary: Testing the overheating resistance of lithium-ion batteries using the Halogen Point Heater HPH-50. Product Name: Halogen Point Heater HPH-50 Industry/Process: Lithium-Ion Batteries Application Category: Overheating Resistance Test Field Issues: A test was needed to confirm the risks of heat generation, expansion, and ignition at specific temperatures. Reason for Occurrence: To evaluate the safety of lithium-ion batteries. Problems with Conventional Methods: The method of heating the entire battery made it difficult to detect localized anomalies. Solution: Heating the battery cell using the Halogen Point Heater HPH-50. Reasons for Product Suitability: The heater's temperature control function made testing under multiple temperature conditions easier. Implementation Effects: Enabled detailed analysis of the mechanisms behind localized anomaly occurrences. Comparison: Method of heating the entire battery using hot air from a constant temperature chamber. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/23283.html
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5 reasons that HEATTECH is selected 1. The rich selection of 5 principles and 71 types. Air Blow heater , Near-infrared, Middle-infrared, Far-infrared, and UV heater From the 71 types of products based on the 5 principles of heating system, we will propose the best heater. 2. 9 series 88 types of heater controllers． Manual, Automatic, Speed proportional, Remote control, IOT compliant, Noncontact heating control, One-shot heating, Multistage heating, etc. We propose the optimal heater controller from the multifunctional products. 3. Construction method study materials We have published a number of technical documentation online seminars. 4. Sense of security of verification before introduction. Test piece, test laboratory, in user can verify before introduction. 5. Low-budget one-stop introduction To introduce in testing way, the laboratory kit which gathered something necessary was prepared. : Member of the Kobe Chamber of Commerce and Industry : Member of the Society of Material Science Japan : Member of the Society of Thermophysical Properties Japan : Member of the Japan External Trade Organization Trade Tie-up Promotion Program
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