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DY-SPC
DYMACHINE
D10-I-0.7T
| model content | Product name | Product specification | Material | Surface technology | Weight (g) | ||||
| Thickness | Width | Side length | Angle | Bead height | |||||
| 5V-I-0.4T | Ø5mm-Single-bead | T=0.4 | W=6.5 | L=30 | ∠ａ=50 | H=7.0 | 65Mn | White nickel | 1.25～1.29 |
| 5V-II-0.4T | Ø5mm-Double-bead | T=0.4 | W=6.5 | L=37 | ∠ａ=50 | H=7.0 | 65Mn | White nickel | 1.70～1.85 |
| 5V-I-0.5T | Ø5mm-Single-bead | T=0.5 | W=6.5 | L=30 | ∠ａ=50 | H=7.0 | 65Mn | White nickel | 1.65～1.75 |
| 5V-II-0.5T | Ø5mm-Double-bead | T=0.5 | W=6.5 | L=38 | ∠ａ=50 | H=7.0 | 65Mn | White nickel | 1.85～1.95 |
| 6V-I-0.4T | Ø6mm-Single-bead | T=0.4 | W=8.4 | L=38 | ∠ａ=50 | H=8.5 | 65Mn | White nickel | 2.15～2.25 |
| 6V-I-0.5T | Ø6mm-Single-bead | T=0.5 | W=8.4 | L=38 | ∠ａ=50 | H=8.5 | 65Mn | White nickel | 2.55～2.70 |
| 6V-II-0.5T | Ø6mm-Double-bead | T=0.5 | W=8.4 | L=38 | ∠ａ=50 | H=8.5 | 65Mn | White nickel | 2.85～3.05 |
| 7V-I-0.5T | Ø7mm-Single-bead | T=0.5 | W=9.6 | L=44 | ∠ａ=50 | H=9.0 | 65Mn | White nickel | 3.6-3.7 |
| 7V-II-0.5T | Ø7mm-Double-bead | T=0.5 | W=9.6 | L=44 | ∠ａ=50 | H=9.0 | 65Mn | White nickel | 4.1-4.2 |
| 8V-I-0.5T | Ø8mm-Single-bead | T=0.5 | W=10.8 | L=50 | ∠ａ=50 | H=9.5 | 65Mn | White nickel | 4.45～4.6 |
| 8V-II-0.5T | Ø8mm-Double-bead | T=0.5 | W=10.8 | L=50 | ∠ａ=50 | H=8.0 | 65Mn | White nickel | 4.85～5.0 |
| 8V-I-0.6T | Ø8mm-Single-bead | T=0.6 | W=10.8 | L=50 | ∠ａ=50 | H=9.5 | 65Mn | White nickel | 4.65～4.7 |
| 8V-II-0.6T | Ø8mm-Double-bead | T=0.6 | W=10.8 | L=50 | ∠ａ=50 | H=9.5 | 65Mn | White nickel | 4.95～5.1 |
| 9V-I-0.6T | Ø9mm-Single-bead | T=0.6 | W=13.0 | L=60 | ∠ａ=60 | H=11.0 | 65Mn | White nickel | 7.55-7.65 |
| 9V-II-0.6T | Ø9mm-Double-bead | T=0.6 | W=13.0 | L=60 | ∠ａ=60 | H=11.0 | 65Mn | White nickel | 8.7-8.8 |
| 10V-I-0.7T | Ø10mm-Single-bead | T=0.7 | W=13.0 | L=65 | ∠ａ=65 | H=12.0 | 65Mn | White nickel | 9.8-9.9 |
| 10V-II-0.7T | Ø10mm-Double-bead | T=0.7 | W=13.0 | L=65 | ∠ａ=65 | H=12.0 | 65Mn | White nickel | 10.6-10.7 |
| 6V-I-0.5T | Ø6mm-Single-bead | T=0.5 | W=7.3 | L=38 | ∠ａ=50 | H=7.5 | Stainless Steel | Original Color | 2.15～2.20 |
| 6V-II-0.5T | Ø6mm-Double-bead | T=0.5 | W=7.3 | L=38 | ∠ａ=50 | H=7.5 | Stainless Steel | Original Color | 2.65～2.85 |
| 8V-I-0.5T | Ø8mm-Single-bead | T=0.5 | W=10.3 | L=50 | ∠ａ=50 | H=8.5 | Stainless Steel | Original Color | 4.25～4.4 |
| 8V-II-0.5T | Ø8mm-Double-bead | T=0.5 | W=10.3 | L=50 | ∠ａ=50 | H=8.5 | Stainless Steel | Original Color | 4.7-4.8 |
| 6V-I-0.5T | Ø6mm-Single-bead | T=0.5 | W=6.8 | L=38 | ∠ａ=50 | H=8.0 | 65Mn | Blackening | 2.15～2.20 |
● The above is the specification and model table of the positioning spring in the pipe, and the following is the position of the corresponding drawing file. The above dimensions can be slightly adjusted!
◆ The products in the type column generally need to be customized in advance (both solid and irregular are customized)!
Our copper coil and fin design significantly enhance heat transfer efficiency. The high thermal conductivity of copper ensures rapid heat dissipation, making our heat exchanger ideal for applications requiring quick temperature adjustments. Additionally, the finned design increases the surface area for heat exchange, maximizing performance.
We provide flexibility in choosing different model sizes and offer bespoke drawing services. Whether you need specific dimensions, unique configurations, or special material coatings, our team can tailor the product to meet your precise requirements. This customization ensures that our heat exchangers seamlessly integrate into your existing systems.
Constructed with high-quality materials such as premium-grade copper and reinforced with robust manufacturing processes, our heat exchangers are built to withstand harsh industrial environments. They offer excellent corrosion resistance and long-term durability, reducing maintenance costs and downtime.
Our design focuses on minimizing energy consumption while maximizing heat transfer efficiency. This leads to significant energy savings and reduced operational costs for your facility.
Our heat exchangers are designed for ease of installation and maintenance. Clear instructions and support from our technical team ensure that you can get your system up and running quickly, with minimal disruption to your operations.
In the food industry, maintaining precise temperature control is crucial for ensuring food safety and quality. Our heat exchangers are used in processes such as pasteurization, sterilization, and refrigeration. They help maintain optimal temperatures during processing, storage, and transportation, ensuring that food products remain fresh and safe for consumption.
Temperature control is vital in chemical manufacturing processes to ensure product quality and safety. Our heat exchangers are used in applications such as reactors, condensers, and evaporators. They provide reliable temperature regulation, improving process efficiency and reducing the risk of thermal degradation or hazardous reactions.
Our heat exchangers are essential components in HVAC systems. They enhance the efficiency of air conditioning units and chillers by improving heat dissipation and cooling performance. This leads to better temperature control, increased energy efficiency, and lower operational costs in commercial and industrial buildings.
In the pharmaceutical industry, maintaining precise temperature control is critical for ensuring the stability and efficacy of drugs. Our heat exchangers are used in various applications, including drug synthesis, fermentation, and distillation processes.
Our heat exchangers are used in power plants to improve the efficiency of cooling systems. They help dissipate excess heat generated during power production, ensuring optimal performance and preventing overheating.
Founded in November 2007 with a registered capital of 2 million dollars, Yantai Dayuan Machinery Equipment Co., Ltd. is located at Lianfu Street 100, Yantai, China. We specialize in producing heat exchangers, chemical reactors, metal parts, window louvers, and springs. Our 5000-square-meter workshop features advanced machinery, including MAG and TIG welding equipment and CNC automatic machine tools. With over 100 staff members, including 15 technical experts and more than 30 skilled welders, we ensure timely delivery of high-quality products through rigorous training and strict management. Let's collaborate for a better future.
| model content | Product name | Product specification | Material | Surface technology | Weight (g) | ||||
| Thickness | Width | Side length | Angle | Bead height | |||||
| 5V-I-0.4T | Ø5mm-Single-bead | T=0.4 | W=6.5 | L=30 | ∠ａ=50 | H=7.0 | 65Mn | White nickel | 1.25～1.29 |
| 5V-II-0.4T | Ø5mm-Double-bead | T=0.4 | W=6.5 | L=37 | ∠ａ=50 | H=7.0 | 65Mn | White nickel | 1.70～1.85 |
| 5V-I-0.5T | Ø5mm-Single-bead | T=0.5 | W=6.5 | L=30 | ∠ａ=50 | H=7.0 | 65Mn | White nickel | 1.65～1.75 |
| 5V-II-0.5T | Ø5mm-Double-bead | T=0.5 | W=6.5 | L=38 | ∠ａ=50 | H=7.0 | 65Mn | White nickel | 1.85～1.95 |
| 6V-I-0.4T | Ø6mm-Single-bead | T=0.4 | W=8.4 | L=38 | ∠ａ=50 | H=8.5 | 65Mn | White nickel | 2.15～2.25 |
| 6V-I-0.5T | Ø6mm-Single-bead | T=0.5 | W=8.4 | L=38 | ∠ａ=50 | H=8.5 | 65Mn | White nickel | 2.55～2.70 |
| 6V-II-0.5T | Ø6mm-Double-bead | T=0.5 | W=8.4 | L=38 | ∠ａ=50 | H=8.5 | 65Mn | White nickel | 2.85～3.05 |
| 7V-I-0.5T | Ø7mm-Single-bead | T=0.5 | W=9.6 | L=44 | ∠ａ=50 | H=9.0 | 65Mn | White nickel | 3.6-3.7 |
| 7V-II-0.5T | Ø7mm-Double-bead | T=0.5 | W=9.6 | L=44 | ∠ａ=50 | H=9.0 | 65Mn | White nickel | 4.1-4.2 |
| 8V-I-0.5T | Ø8mm-Single-bead | T=0.5 | W=10.8 | L=50 | ∠ａ=50 | H=9.5 | 65Mn | White nickel | 4.45～4.6 |
| 8V-II-0.5T | Ø8mm-Double-bead | T=0.5 | W=10.8 | L=50 | ∠ａ=50 | H=8.0 | 65Mn | White nickel | 4.85～5.0 |
| 8V-I-0.6T | Ø8mm-Single-bead | T=0.6 | W=10.8 | L=50 | ∠ａ=50 | H=9.5 | 65Mn | White nickel | 4.65～4.7 |
| 8V-II-0.6T | Ø8mm-Double-bead | T=0.6 | W=10.8 | L=50 | ∠ａ=50 | H=9.5 | 65Mn | White nickel | 4.95～5.1 |
| 9V-I-0.6T | Ø9mm-Single-bead | T=0.6 | W=13.0 | L=60 | ∠ａ=60 | H=11.0 | 65Mn | White nickel | 7.55-7.65 |
| 9V-II-0.6T | Ø9mm-Double-bead | T=0.6 | W=13.0 | L=60 | ∠ａ=60 | H=11.0 | 65Mn | White nickel | 8.7-8.8 |
| 10V-I-0.7T | Ø10mm-Single-bead | T=0.7 | W=13.0 | L=65 | ∠ａ=65 | H=12.0 | 65Mn | White nickel | 9.8-9.9 |
| 10V-II-0.7T | Ø10mm-Double-bead | T=0.7 | W=13.0 | L=65 | ∠ａ=65 | H=12.0 | 65Mn | White nickel | 10.6-10.7 |
| 6V-I-0.5T | Ø6mm-Single-bead | T=0.5 | W=7.3 | L=38 | ∠ａ=50 | H=7.5 | Stainless Steel | Original Color | 2.15～2.20 |
| 6V-II-0.5T | Ø6mm-Double-bead | T=0.5 | W=7.3 | L=38 | ∠ａ=50 | H=7.5 | Stainless Steel | Original Color | 2.65～2.85 |
| 8V-I-0.5T | Ø8mm-Single-bead | T=0.5 | W=10.3 | L=50 | ∠ａ=50 | H=8.5 | Stainless Steel | Original Color | 4.25～4.4 |
| 8V-II-0.5T | Ø8mm-Double-bead | T=0.5 | W=10.3 | L=50 | ∠ａ=50 | H=8.5 | Stainless Steel | Original Color | 4.7-4.8 |
| 6V-I-0.5T | Ø6mm-Single-bead | T=0.5 | W=6.8 | L=38 | ∠ａ=50 | H=8.0 | 65Mn | Blackening | 2.15～2.20 |
● The above is the specification and model table of the positioning spring in the pipe, and the following is the position of the corresponding drawing file. The above dimensions can be slightly adjusted!
◆ The products in the type column generally need to be customized in advance (both solid and irregular are customized)!
Our copper coil and fin design significantly enhance heat transfer efficiency. The high thermal conductivity of copper ensures rapid heat dissipation, making our heat exchanger ideal for applications requiring quick temperature adjustments. Additionally, the finned design increases the surface area for heat exchange, maximizing performance.
We provide flexibility in choosing different model sizes and offer bespoke drawing services. Whether you need specific dimensions, unique configurations, or special material coatings, our team can tailor the product to meet your precise requirements. This customization ensures that our heat exchangers seamlessly integrate into your existing systems.
Constructed with high-quality materials such as premium-grade copper and reinforced with robust manufacturing processes, our heat exchangers are built to withstand harsh industrial environments. They offer excellent corrosion resistance and long-term durability, reducing maintenance costs and downtime.
Our design focuses on minimizing energy consumption while maximizing heat transfer efficiency. This leads to significant energy savings and reduced operational costs for your facility.
Our heat exchangers are designed for ease of installation and maintenance. Clear instructions and support from our technical team ensure that you can get your system up and running quickly, with minimal disruption to your operations.
In the food industry, maintaining precise temperature control is crucial for ensuring food safety and quality. Our heat exchangers are used in processes such as pasteurization, sterilization, and refrigeration. They help maintain optimal temperatures during processing, storage, and transportation, ensuring that food products remain fresh and safe for consumption.
Temperature control is vital in chemical manufacturing processes to ensure product quality and safety. Our heat exchangers are used in applications such as reactors, condensers, and evaporators. They provide reliable temperature regulation, improving process efficiency and reducing the risk of thermal degradation or hazardous reactions.
Our heat exchangers are essential components in HVAC systems. They enhance the efficiency of air conditioning units and chillers by improving heat dissipation and cooling performance. This leads to better temperature control, increased energy efficiency, and lower operational costs in commercial and industrial buildings.
In the pharmaceutical industry, maintaining precise temperature control is critical for ensuring the stability and efficacy of drugs. Our heat exchangers are used in various applications, including drug synthesis, fermentation, and distillation processes.
Our heat exchangers are used in power plants to improve the efficiency of cooling systems. They help dissipate excess heat generated during power production, ensuring optimal performance and preventing overheating.
Founded in November 2007 with a registered capital of 2 million dollars, Yantai Dayuan Machinery Equipment Co., Ltd. is located at Lianfu Street 100, Yantai, China. We specialize in producing heat exchangers, chemical reactors, metal parts, window louvers, and springs. Our 5000-square-meter workshop features advanced machinery, including MAG and TIG welding equipment and CNC automatic machine tools. With over 100 staff members, including 15 technical experts and more than 30 skilled welders, we ensure timely delivery of high-quality products through rigorous training and strict management. Let's collaborate for a better future.
