Of course, a high heat exchange rate, this is the ideal form of a heat exchanger that also takes into account CIP/SIP and maintenance!
The M-coil type heat exchanger consists of heat transfer tubes that form the flow path for the process fluid and a flow path for the utility side heat transfer medium formed by the partition plate and the outer surface of the heat transfer tubes. The process fluid and utility fluid exchange heat in a fully counterflow configuration within a spiral flow path. The heat transfer tubes through which the process flows use seamless pipes, and since there are no welded joints inside the main body, there are no issues related to deterioration or defects in the welds. Additionally, due to the coiled and movable structure of the heat transfer tubes, they absorb the stress generated by frequent heat shocks. Because there is no tube sheet structure, there are no issues with leaks or rust at the expanded sections or leaks due to weld deterioration. 〇 A revolutionary flow path structure is formed through theoretical design, maximizing thermal efficiency and achieving high performance in a compact body. 〇 It excels in sanitary properties and is compatible with CIP/SIP.
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basic information
【Principle of Heat Exchange】 In cooling, the cooling liquid flows from the top to the bottom inside the coil. Inside the coil, the process fluid flows in a turbulent manner. The heat transfer medium, such as cold water, attempts to flow from the bottom to the top outside the coil, but is obstructed by the two plates and the coil, preventing a short path. Instead, it flows through the space formed by the two plates and the coil. The flow directions of the cooling liquid and the heat transfer medium are opposite, creating a complete counterflow, which results in a high heat transfer coefficient.
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Applications/Examples of results
- Pharmaceuticals: Pure steam generation equipment, injection water production equipment, medium sterilization, etc. - Food: Pure steam generation equipment, CIP water production, medium sterilization, etc. - Fine chemicals: Precise temperature control, slurry temperature control, temperature control of corrosive fluids, etc.
Detailed information
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"3-Stage Cooling Unit" ■ The production machine is an example. All products are made to order, so we will manufacture according to your desired specifications. 【Specifications】 3-Stage Cooling Unit Capacity: 2000L/h, 80℃→5℃ Material: Wetted parts SUS316L Finish: Wetted parts buffed #400 (excluding machined finish parts) + EP Coil section: BA pipe + EP 【Dimensions】 Dimensions: 2800W × 1300D × 2850H
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"2-Stage Cooling Unit" ■ The production machine is just an example. All products are made to order, so we will manufacture according to your desired specifications. 【Specifications】 2-Stage Cooling Unit Capacity: 5000L/h, 80℃→20℃ Material: Wetted parts SUS316L Finish: Wetted parts Buff #400 (excluding machined finish parts) + EP Coil section: BA pipe + EP 【Dimensions】 Dimensions: 2800W × 1150D × 2850H
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"Heating Unit" ■The production machine is just one example. All products are made to order, so we will manufacture according to your desired specifications. 【Specifications】 CIP UF Water Heating Unit 1. Capacity: 5000L/h, 20℃→80℃ Material: Wetted parts SUS316L Finish: Wetted parts Buff #400 (excluding machined finish parts) + EP Coil section: BA pipe + EP 2. Capacity: 6000L/h, 20℃→80℃ Material: Wetted parts SUS316L Finish: Wetted parts Buff #400 (excluding machined finish parts) + EP Coil section: BA pipe + EP 【Dimensions】 Dimensions: 2400W × 1200D × 2100H
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Company information
M Technique has consistently provided products and plants incorporating new technologies through a comprehensive production system that encompasses development, design, manufacturing, and sales, centered on dispersion and emulsification technology, stirring technology for poorly soluble substances, and aseptic preparation equipment technology. Our technology is utilized in various fields, including pharmaceuticals, food, cosmetics, fine chemicals, and electronic materials, and we aim for better manufacturing while valuing communication with everyone.
