Essential details
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Product Introduction
Titanium Exchanger
1. Equipment Purpose: Facilitate heat transfer between different media, applicable for heating, cooling, condensation, evaporation, and other heat exchange processes to meet the process temperature requirements of industries such as chemical engineering and energy.
2. Main Products
(1) Heat Exchangers: Achieve heat exchange through the temperature difference between the media on both sides of the tube wall, widely used in fields like refrigeration and HVAC.
(2) Condensers: Cool and condense gaseous media into liquid state, commonly used in refrigeration cycles and chemical distillation processes.
(3) Evaporators: Enable liquid media to absorb heat and vaporize, playing a crucial role in processes such as seawater desalination and food concentration.
(4) Heaters: Heat up the media to meet the temperature requirements of chemical reactions, material preheating, and other processes.
3. Applicable Fields: Cover a wide range of industries, including chemical engineering, petrochemicals, metallurgy, fertilizers, light industry, salt production, alkali production, marine engineering, pharmaceuticals, pesticides, electronics, and many others.
4. Structural Types
(1) Fixed Tube - Sheet Type: Compact and simple structure, with rigid connection between the tube bundle and the shell, suitable for working conditions where the shell-side medium is clean and the temperature difference is small.
(2) Floating Head Type: One - end tube sheet can move freely inside the shell, effectively compensating for thermal expansion, and facilitating the extraction of the tube bundle for cleaning and maintenance. It is suitable for situations with large temperature differences and where the shell - side medium is prone to scaling.
(3) U - Tube Type: The tube bundle is U - shaped with only one tube sheet, and the tube pass is at least two - pass. It can expand and contract freely, suitable for high - temperature and high - pressure conditions with clean tube - side media.
5. Materials
(1) Titanium and Titanium Alloys: Pure titanium has good corrosion resistance; titanium alloys with added elements such as molybdenum and nickel perform better in specific corrosive media.
(2) Composite Materials: Including titanium - steel composite, titanium alloy - steel composite, stainless steel - steel composite, nickel - steel composite, etc., combining the advantages of different materials to meet diverse needs.
6. Heat Transfer Area: Ranging from 6 to 1000 square meters, customizable according to the actual process heat load.
7. Technical Characteristics
(1) Corrosion Resistance: Excellent tolerance to various acidic, alkaline, and saline corrosive media.
(2) Pressure Test: The hydraulic test pressure is 1.25 times the design pressure, not exceeding 7.84MPa.
(3) Operating Temperature: For titanium materials, the operating temperature ranges from - 196℃ to 200℃; for composite materials, it is from - 40℃ to 200℃.
(4) Vessel Categories: Divided into atmospheric pressure, Class I, and Class II.
8. Equipment Features
(1) Strong Corrosion Resistance: Can operate stably in harsh corrosive environments with a long service life.
(2) Lightweight: Easier for transportation, installation, and maintenance compared to traditional metal-based equipment.
(3) High Heat Exchange Efficiency: Good heat conduction performance ensures rapid and effective heat exchange.
1. Equipment Purpose: Facilitate heat transfer between different media, applicable for heating, cooling, condensation, evaporation, and other heat exchange processes to meet the process temperature requirements of industries such as chemical engineering and energy.
2. Main Products
(1) Heat Exchangers: Achieve heat exchange through the temperature difference between the media on both sides of the tube wall, widely used in fields like refrigeration and HVAC.
(2) Condensers: Cool and condense gaseous media into liquid state, commonly used in refrigeration cycles and chemical distillation processes.
(3) Evaporators: Enable liquid media to absorb heat and vaporize, playing a crucial role in processes such as seawater desalination and food concentration.
(4) Heaters: Heat up the media to meet the temperature requirements of chemical reactions, material preheating, and other processes.
3. Applicable Fields: Cover a wide range of industries, including chemical engineering, petrochemicals, metallurgy, fertilizers, light industry, salt production, alkali production, marine engineering, pharmaceuticals, pesticides, electronics, and many others.
4. Structural Types
(1) Fixed Tube - Sheet Type: Compact and simple structure, with rigid connection between the tube bundle and the shell, suitable for working conditions where the shell-side medium is clean and the temperature difference is small.
(2) Floating Head Type: One - end tube sheet can move freely inside the shell, effectively compensating for thermal expansion, and facilitating the extraction of the tube bundle for cleaning and maintenance. It is suitable for situations with large temperature differences and where the shell - side medium is prone to scaling.
(3) U - Tube Type: The tube bundle is U - shaped with only one tube sheet, and the tube pass is at least two - pass. It can expand and contract freely, suitable for high - temperature and high - pressure conditions with clean tube - side media.
5. Materials
(1) Titanium and Titanium Alloys: Pure titanium has good corrosion resistance; titanium alloys with added elements such as molybdenum and nickel perform better in specific corrosive media.
(2) Composite Materials: Including titanium - steel composite, titanium alloy - steel composite, stainless steel - steel composite, nickel - steel composite, etc., combining the advantages of different materials to meet diverse needs.
6. Heat Transfer Area: Ranging from 6 to 1000 square meters, customizable according to the actual process heat load.
7. Technical Characteristics
(1) Corrosion Resistance: Excellent tolerance to various acidic, alkaline, and saline corrosive media.
(2) Pressure Test: The hydraulic test pressure is 1.25 times the design pressure, not exceeding 7.84MPa.
(3) Operating Temperature: For titanium materials, the operating temperature ranges from - 196℃ to 200℃; for composite materials, it is from - 40℃ to 200℃.
(4) Vessel Categories: Divided into atmospheric pressure, Class I, and Class II.
8. Equipment Features
(1) Strong Corrosion Resistance: Can operate stably in harsh corrosive environments with a long service life.
(2) Lightweight: Easier for transportation, installation, and maintenance compared to traditional metal-based equipment.
(3) High Heat Exchange Efficiency: Good heat conduction performance ensures rapid and effective heat exchange.
Titanium coil
1. Equipment use: used for heat exchange, can be used as a heater or cooler, and is also suitable for fluid transportation in highly corrosive environments.
2. Main products: heating titanium coil, cooling titanium coil, corrosion-resistant conveying titanium coil.
3. Applicable fields: chemical, food, pharmaceutical, marine engineering, etc.
4. Structural type: spiral, ring.
5. Material: pure titanium, titanium alloy.
6. Technical characteristics: corrosion resistance, good heat conduction, can withstand a certain pressure, working temperature -196℃ - 200℃.
7. Equipment features: strong corrosion resistance, high heat exchange efficiency, long life, customizable.
1. Equipment use: used for heat exchange, can be used as a heater or cooler, and is also suitable for fluid transportation in highly corrosive environments.
2. Main products: heating titanium coil, cooling titanium coil, corrosion-resistant conveying titanium coil.
3. Applicable fields: chemical, food, pharmaceutical, marine engineering, etc.
4. Structural type: spiral, ring.
5. Material: pure titanium, titanium alloy.
6. Technical characteristics: corrosion resistance, good heat conduction, can withstand a certain pressure, working temperature -196℃ - 200℃.
7. Equipment features: strong corrosion resistance, high heat exchange efficiency, long life, customizable.
