High Power Halogen Point Heater HPH-160 Series
Heat-tech High Output Halogen Point Heater HPH-160W
You can heat the φ24mm point up to 1700℃.
1) The φ24mm point can be heated up to 1700°C. The HPH-160 is a halogen point heater that concentrates the light of a halogen lamp to achieve high-temperature heating. The focal diameter is approximately φ24mm at a focal distance of 40mm, and depending on the heating target, it can be heated to about 1700°C. The time required for soldering is approximately 5 seconds. The heating temperature varies depending on the type of heating target. Temperature control is achieved through irradiation time control or voltage control. *Frequent blinking operation reduces 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 the inorganic adhesive 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 unit. 3) It has become possible to heat narrow spaces that could only be addressed by optical fibers or lasers in the past. Compared to fiber optic heating methods and laser heating methods, it offers overwhelming efficiency of more than 10 times, low cost, energy savings, and safety.
Inquire About This Product
basic information
Outer diameter Φ160 Power: 3 types - 3KW, 2.5KW, 2KW Focal lengths: 5 types - 40mm, 80mm, 160mm, 320mm, 1M Focal diameters: 14 types - φ24, φ30, Φ36, Φ38, Φ45, φ54, Φ68, Φ81, φ105, Φ130, Φ158, φ200, φ250, φ300
Price range
Delivery Time
Applications/Examples of results
Combustion tests under low oxygen concentration Performance testing of heat-resistant metals Synthesis of ceramics Temperature setting of tensile testing machine Melting of borosilicate glass tubes Sintering of silicon carbide (SiC) Manufacturing of diamond quantum sensors Brazing of chip saws Development of the crystal structure of magnetic materials
Detailed information
-
Combustion Test Under Low Oxygen Concentration Summary: Combustion test under low oxygen concentration using the Halogen Point Heater HPH-160 Product Name: Halogen Point Heater HPH-160 Industry/Process: Chemical Substance Evaluation Research Application Category: Evaluation of material flammability (oxygen index method) and elucidation of the mechanisms of incomplete combustion and carbon monoxide (CO) generation due to insufficient ventilation Field Issues: "Generation of harmful gases due to incomplete combustion," "Delay in ignition and decrease in combustion efficiency," "Risk of backdraft" Why It Occurs: Combustion under oxygen deficiency easily generates high concentrations of carbon monoxide, leading to extremely dangerous conditions Problems with Conventional Methods: Ignition and combustion are extremely difficult in low oxygen environments Solution: Use the Halogen Point Heater HPH-160 to raise the sample temperature to the ignition temperature Reasons for Product Suitability: It has become possible to analyze gases in combustion gas while controlling oxygen concentration Implementation Effects: It is now possible to obtain combustion data for flame-retardant materials that could not be tested before Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
-
Performance Test of Heat-Resistant Metals Summary: Heating test specimens using the Halogen Point Heater HPH-160 Product Name: Halogen Point Heater HPH-160 Industry/Process: Metal Material Testing & Material Processing Application Category: Heating Test On-Site Issue: Changed from sampling inspection to full inspection Reason for Occurrence: Stringent quality requirements Problems with Conventional Methods: Increased risks and damages due to defective products Solution: Heating with the Halogen Point Heater HPH-160 Reason for Product Suitability: Fast heating time Implementation Effect: Improvement in takt time Comparison: For small parts, it reaches 1100°C in 10 seconds FAQ: Q1. Is the control easy? A1. Yes, it is easy. Q2. Is it a size that can be incorporated into equipment? A2. φ160xH173. Q3. Can experiments be conducted? A3. Experiments can be conducted at the Test Lab Kobe. Please apply from the site below. https://www.heat-tech.biz/corporate/test-lab/ Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
-
Synthesis of Ceramics Summary: Synthesis by heating material powders using the Halogen Point Heater HPH-160 Product Name: Halogen Point Heater HPH-160 Industry/Process: Ceramics Application Category: Melting Synthesis Field Issues: Improvement in testing speed due to advancements in material property prediction technology Why it Occurs: Acceleration of material development through the fusion of technologies such as AI Problems with Conventional Methods: Slow heating rate Solution: Heating with the Halogen Point Heater HPH-160 Reasons for Product Suitability: Fast heating time Implementation Effects: Improvement in tact time Comparison: Can record videos FAQ: Q1. Is the control easy? A1. Yes, it is easy. Q2. Is it a size that can be incorporated into equipment? A2. φ160xH173. Q3. Can experiments be conducted? A3. Experiments can be conducted at the Test Lab Kobe. Please apply from the site below. https://www.heat-tech.biz/corporate/test-lab/ Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
-
Temperature Setting of Tensile Testing Machine Summary: The temperature setting of the tensile testing machine (non-magnetic materials, high-temperature materials) was performed using the Halogen Point Heater HPH-160. Product Name: Halogen Point Heater HPH-160 Industry/Process: Tensile Testing Machine Application Category: Tensile Testing Field Issues: Improvement in testing speed due to advancements in material property prediction technology. Why It Occurs: Acceleration of material development through the fusion of technologies such as AI. Problems with Conventional Methods: A device capable of heating non-magnetic materials to high temperatures was needed. Solution: Heating was achieved using two Halogen Point Heaters HPH-160. Reasons for Product Suitability: Fast heating time. Implementation Effects: A compact and energy-efficient heating process was realized. Comparison: Electric furnace, induction heating, constant temperature bath. FAQ: Q1. Is the control easy? A1. Yes, it is easy. Q2. Is it small enough to be integrated into a device? A2. φ160xH173. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
-
Dissolution of Borosilicate Glass Tubes Summary: Dissolution of borosilicate glass tubes using the Halogen Point Heater HPH-160 Product Name: Halogen Point Heater HPH-160 Industry/Process: Glass Processing Application Category: Dissolution of borosilicate glass tubes On-site Issue: There was no heat source to replace gas. Why it Occurs: It is particularly strictly checked under fire prevention regulations. Problems with Conventional Methods: Management is difficult and burdensome. Solution: Use the Halogen Point Heater HPH-160. Reason for Product Suitability: It is electric and does not use gas. Implementation Effect: Removal of gas piping. Comparison: For small parts, it reaches 1160°C in 10 seconds. FAQ: Q1. Is the control easy? A1. Yes, it is easy. Q2. Is it small enough to be incorporated into equipment? A2. It measures φ160xH173. Q3. Can experiments be conducted? A3. Experiments can be conducted at the Test Lab Kobe. Please apply from the following site: https://www.heat-tech.biz/corporate/test-lab/ Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
-
Sintering of SiC (Silicon Carbide) Summary: Sintering of SiC (Silicon Carbide) using the Halogen Point Heater HPH-160 Product Name: Halogen Point Heater HPH-160 Industry/Process: SiC (Silicon Carbide) Application Category: Sintering On-site Issue: There was no heat source to replace gas. Reason for Occurrence: Prevention of oxidation at high temperatures and gasification of impurities Problems with Conventional Methods: There was no heat source that could easily heat SiC (Silicon Carbide). Solution: Sintering of SiC (Silicon Carbide) using the Halogen Point Heater HPH-160 Reasons for Product Suitability: Can be heated from the outside of the vacuum chamber Implementation Effect: Since it reaches high temperatures in a short time, the speed of experiments has increased Comparison: For small parts, it reaches 1160°C in 10 seconds FAQ: Q1. Is the control easy? A1. Yes, it is easy. Q2. Is it a size that can be incorporated into equipment? A2. φ160xH173 Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
-
Prototype of Diamond Quantum Sensor Summary: Heating diamond using Halogen Point Heater HPH-160 Product Name: Halogen Point Heater HPH-160 Industry/Process: Semiconductor industry, medical and biotechnology industry, and materials science and advanced measurement industry Application Category: Annealing, formation of NV centers Field Challenge: There was no easy way to heat diamond inside a glass tube to 1000°C. Reason for Occurrence: Annealing process is necessary Conventional Method Issues: There is a desire to miniaturize electric furnaces (tubular furnaces and muffle furnaces) Solution: High-temperature heating using Halogen Point Heater HPH-160. Reason for Product Suitability: Heating in an inert gas atmosphere (approximately 800 to 1000°C) Implementation Effect: The ability to heat to 1000°C instantly has improved screening efficiency. Comparison: Equipment has become smaller, making it easier to apply for research funding. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
-
Brazing of Chip Saws Summary: Heating the chips using the Halogen Point Heater HPH-160 Product Name: Halogen Point Heater HPH-160 Industry/Process: Chip Saws Application Category: Brazing On-site Issue: There was no heat source to replace gas. Reason for Occurrence: Gas heating is particularly strictly checked under fire prevention regulations, making management very burdensome. Problem with Conventional Method: There was no easy way to heat the chips of the chip saw to 1000°C. Solution: Brazed the chip saw using the Halogen Point Heater HPH-160. Reason for Product Suitability: It can be processed using only electrical equipment. Implementation Effect: The factory layout can now be changed more flexibly. Comparison: When making changes or new installations of equipment as specified by regulations, prior "Manufacturing Facility Change Permit Application" or "Completion Inspection" must be submitted to the prefectural governor or the relevant fire department. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
-
Development of Crystal Structure of Magnetic Materials Summary: Heating magnetic materials using the Halogen Point Heater HPH-160 Product Name: Halogen Point Heater HPH-160 Industry/Process: Metallurgical Industry Application Category: Heat Treatment / Development of Crystal Structure On-site Issue: Want to precisely fix a crystal structure with "targeted performance" Reason for Occurrence: To change the hardness, strength, and magnetic properties of magnetic materials according to objectives Problem with Conventional Method: There was no method to develop crystal structures by heating at arbitrary temperatures and then quenching at arbitrary temperatures. Solution: High-temperature heating was performed using the Halogen Point Heater HPH-160. Reason for Product Suitability: Easy handling in small sizes Implementation Effect: Since it uses light heating, temperature profiling could be set without interfering with the cooling nitrogen gas. Comparison: Moreover, the equipment has become smaller, making it easier to apply for research funding. Link to Product Description Site: https://www.heat-tech.biz/products-hph/hph-ss/1352.html
catalog（1）
Download All Catalogs
Company information
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
![[Catalog] Recommended Electric Heaters for Scientific Research Equipment](https://image.mono.ipros.com/public/product/image/3de/2000665918/IPROS60780017396411318508.png?w=280&h=280)
![[Case Study] Human Tracker](https://image.mono.ipros.com/public/product/image/613/2000850967/IPROS34093887969670661929.png?w=280&h=280)
