— Introduction to 3-D Finned Tube
The groundbreaking three-dimensional inner finned tube, invented by our Chairman and Senior Engineer, Wang Diancan was honored with the Eureka Invention Gold Award at the 39th Brussels World Expo. Representing a new frontier in reinforced heat exchange pipe fittings, this innovation surpasses all existing domestic and international internal reinforced heat exchange pipe fittings in heat transfer performance.
Engineered for superior heat transfer within air tubes, our 3D inner finned tube achieves up to 5.8 times the heat transfer of conventional light tubes under identical operating conditions. For fluids with high Prandtl numbers, its enhanced heat transfer ratio can even surpass this figure. In condensation and boiling heat transfer scenarios, the efficiency of our finned tubes is 3-5 times and 2-5 times higher, respectively, than that of bare tubes under similar conditions.
Our range of mass-produced enhanced heat transfer tubes includes the 3D inner finned tube, 3D outer finned tube, double-sided 3D tube, and variable density 3D inner finned tube. Additionally, we can customize three-dimensional inner finned tubes and outer finned tubes, threaded tubes, flat tubes, and harmonica tubes to meet specific customer requirements.
The principal mechanisms driving enhanced unidirectional fluid convective heat transfer through our three-dimensional inner finned tubes include:
· Expanded heat exchange area
Engineered for superior heat transfer within air tubes, our 3D inner finned tube achieves up to 5.8 times the heat transfer of conventional light tubes under identical operating conditions. For fluids with high Prandtl numbers, its enhanced heat transfer ratio can even surpass this figure. In condensation and boiling heat transfer scenarios, the efficiency of our finned tubes is 3-5 times and 2-5 times higher, respectively, than that of bare tubes under similar conditions.
Our range of mass-produced enhanced heat transfer tubes includes the 3D inner finned tube, 3D outer finned tube, double-sided 3D tube, and variable density 3D inner finned tube. Additionally, we can customize three-dimensional inner finned tubes and outer finned tubes, threaded tubes, flat tubes, and harmonica tubes to meet specific customer requirements.
The principal mechanisms driving enhanced unidirectional fluid convective heat transfer through our three-dimensional inner finned tubes include:
· Expanded heat exchange area
· Turbulence augmentation caused by rib disturbance sources
· Reduction in thermal boundary layer thickness due to fluid acceleration near ribbed walls
· Small equivalent diameter of the three-dimensional inner rib tube
· High heat transfer coefficient resulting from fluid lateral erosion of three-dimensional ribs
· Periodic vibration of fluid inside the pipe
· Roughening of the inner tube wall during three-dimensional rib processing
Our three-dimensional finned tube heat exchangers have been successfully implemented in over 30 enterprises across various industries, delivering exceptional results. With an annual processing capacity of 1000 tons, we offer energy-saving technology transformations, design and manufacturing of various 3D inner finned tube heat exchangers, and processing of 3D finned tubes with customer-supplied materials.
Join us in harnessing the potential of three-dimensional finned tube technology for enhanced heat transfer across diverse industries. We are committed to providing unparalleled service and support to our valued customers.
· Reduction in thermal boundary layer thickness due to fluid acceleration near ribbed walls
· Small equivalent diameter of the three-dimensional inner rib tube
· High heat transfer coefficient resulting from fluid lateral erosion of three-dimensional ribs
· Periodic vibration of fluid inside the pipe
· Roughening of the inner tube wall during three-dimensional rib processing
Our three-dimensional finned tube heat exchangers have been successfully implemented in over 30 enterprises across various industries, delivering exceptional results. With an annual processing capacity of 1000 tons, we offer energy-saving technology transformations, design and manufacturing of various 3D inner finned tube heat exchangers, and processing of 3D finned tubes with customer-supplied materials.
Join us in harnessing the potential of three-dimensional finned tube technology for enhanced heat transfer across diverse industries. We are committed to providing unparalleled service and support to our valued customers.
— Success Cases
Success Cases of 3-D Finned Tubes and Heat Exchangers:
· Jingmen Petrochemical: Installed 6 finished oil coolers, hydrogen coolers, and other heat exchange equipment featuring outer ribs.
· Xinjiang Zhongtai Chemical Co., Ltd.: Utilized three-dimensional finned tubes for the chloroethylene tail gas condenser and other low-temperature coolers operating at -40°C.
· West East Gas Pipeline: Incorporated 15 intermediate coolers for natural gas compressors, manufactured by Zigong Tongda Company, utilizing three-dimensional finned tube technology.
· Jinhe Phosphate Mine: Deployed two heaters equipped with three-dimensional finned tubes, enhancing heat transfer efficiency in the mining process.
These applications demonstrate the versatility and effectiveness of three-dimensional finned tubes and heat exchangers across diverse industrial settings, ranging from petrochemicals to mining operations.
· Jingmen Petrochemical: Installed 6 finished oil coolers, hydrogen coolers, and other heat exchange equipment featuring outer ribs.
· Xinjiang Zhongtai Chemical Co., Ltd.: Utilized three-dimensional finned tubes for the chloroethylene tail gas condenser and other low-temperature coolers operating at -40°C.
· West East Gas Pipeline: Incorporated 15 intermediate coolers for natural gas compressors, manufactured by Zigong Tongda Company, utilizing three-dimensional finned tube technology.
· Jinhe Phosphate Mine: Deployed two heaters equipped with three-dimensional finned tubes, enhancing heat transfer efficiency in the mining process.
These applications demonstrate the versatility and effectiveness of three-dimensional finned tubes and heat exchangers across diverse industrial settings, ranging from petrochemicals to mining operations.
— Quality Assurance
At our company, ensuring product quality is our top priority. We have established and continuously improve our quality assurance system to oversee the entire process of pressure vessel production, from materials procurement to manufacturing and testing. Our quality control measures adhere strictly to regulations and standards, in alignment with our internal quality assurance protocols.
To maintain rigorous quality standards, we employ various non-destructive testing methods, including 4MeV linear accelerator, cobalt 60 gamma ray, iridium 192 gamma ray, X-ray testing (RT), ultrasonic testing (UT), magnetic particle testing (MT), and penetration testing (PT). Our testing facilities include a 240 square meter testing room, DZ-4/500 standing wave electron linear accelerator, ultrasonic flaw detector, portable ultrasonic flaw detector, microhardness tester, metallographic microscope, direct reading spectrometer, pendulum impact testing machine JB30SB, 50000J drop hammer testing machine, microcomputer-controlled universal testing machine WAW-1000, corrosion testing laboratory, and electrochemical measuring instrument.
Furthermore, we hold various qualifications and certifications, including:
· Business License for Enterprise Legal Person
· Tax Registration Certificate
· A1A2 Pressure Vessel Design License
· A1A2 Pressure Vessel Manufacturing License
· ASME U Steel Seal Manufacturing Certificate
· Metrology and Testing System Certificate
· Environmental Management System Certificate
· Occupational Health and Safety Management System Certificate
· Quality Management System Certificate
· Lloyd's Quality Management System Certificate (UK)
To maintain rigorous quality standards, we employ various non-destructive testing methods, including 4MeV linear accelerator, cobalt 60 gamma ray, iridium 192 gamma ray, X-ray testing (RT), ultrasonic testing (UT), magnetic particle testing (MT), and penetration testing (PT). Our testing facilities include a 240 square meter testing room, DZ-4/500 standing wave electron linear accelerator, ultrasonic flaw detector, portable ultrasonic flaw detector, microhardness tester, metallographic microscope, direct reading spectrometer, pendulum impact testing machine JB30SB, 50000J drop hammer testing machine, microcomputer-controlled universal testing machine WAW-1000, corrosion testing laboratory, and electrochemical measuring instrument.
Furthermore, we hold various qualifications and certifications, including:
· Business License for Enterprise Legal Person
· Tax Registration Certificate
· A1A2 Pressure Vessel Design License
· A1A2 Pressure Vessel Manufacturing License
· ASME U Steel Seal Manufacturing Certificate
· Metrology and Testing System Certificate
· Environmental Management System Certificate
· Occupational Health and Safety Management System Certificate
· Quality Management System Certificate
· Lloyd's Quality Management System Certificate (UK)
· Pressure Pipeline Installation, Renovation, and Maintenance License
· License for Installation, Renovation, and Maintenance of Lifting Machinery
· National Recognized Enterprise Technology Center
· Sichuan Province High-tech Enterprise
· Sichuan Province Major Technical Equipment Enterprise
These certifications attest to our commitment to quality, safety, and environmental responsibility, ensuring that our products meet the highest standards of reliability and performance.
· License for Installation, Renovation, and Maintenance of Lifting Machinery
· National Recognized Enterprise Technology Center
· Sichuan Province High-tech Enterprise
· Sichuan Province Major Technical Equipment Enterprise
These certifications attest to our commitment to quality, safety, and environmental responsibility, ensuring that our products meet the highest standards of reliability and performance.
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