High-efficiency and energy-saving steam-liquid hybrid heater DN10-500, precise temperature control, the preferred solution for industrial heating!

Detailed Introduction to Steam-Liquid Mixing Heater (Gas-Liquid Mixer)

I. Product Principle

The steam-liquid mixing heater (gas-liquid mixer) is an innovative thermal energy exchange device. Its working principle is based on the direct contact and mixing of steam and liquid phases. When steam is injected at high speed into the mixing chamber through a specially designed nozzle, it creates intense turbulence, allowing the steam and water (or other liquids) to mix thoroughly. The heat from the steam is rapidly transferred to the water, raising its temperature quickly, while the steam itself condenses into water, releasing latent heat and further enhancing heating efficiency.

II. Product Description

1. Production Process

The steam-liquid mixing heater employs advanced manufacturing processes to ensure stable product quality and performance. During production, we strictly control the quality of raw materials and use high-precision processing equipment to ensure the accuracy and reliability of every component. Additionally, we implement a rigorous quality control system, conducting thorough inspections and tests at every production stage to guarantee product stability and reliability.

1. Product Advantages

• High Efficiency and Energy Savings: Direct mixing heating method ensures high thermal efficiency and significant energy savings.
• Precise Control: Intelligent control system enables accurate regulation of temperature, flow, and other parameters.
• Stable and Reliable: Made from high-quality materials to ensure stable operation in complex environments.
• Easy Operation: User-friendly interface and intelligent control system reduce operational complexity.
• Environmentally Friendly and Pollution-Free: Uses clean steam energy as the heat source, with no pollutant emissions.

1. Common Materials

The steam-liquid mixing heater is primarily manufactured using corrosion-resistant and high-temperature-resistant materials such as stainless steel and carbon steel. These materials offer excellent mechanical properties and chemical stability, making them suitable for various complex working environments.

1. Product Specifications

We offer a variety of models and specifications of steam-liquid mixing heaters to meet different customer needs. Specific parameters include heating power, flow rate, pressure, etc., and can be customized according to actual working conditions.

III. Product Function

The steam-liquid mixing heater is mainly used for fluid heating and temperature control in industrial production. By adjusting the mixing ratio and flow rate of steam and water, precise control of fluid temperature can be achieved to meet various process requirements. Additionally, the device offers advantages such as energy efficiency, environmental friendliness, safety, and reliability, providing a stable and dependable heat source for industrial production.

IV. Product Features and Performance Characteristics

1. High Efficiency and Energy Savings: Utilizes advanced heat exchange technology for efficient energy conversion and transfer.
2. Precise Control: Intelligent control system ensures accurate regulation of temperature, flow, and other parameters.
3. Stable and Reliable: Made from high-quality materials to ensure stable operation in complex environments.
4. Easy Operation: User-friendly interface and intelligent control system reduce operational complexity.
5. Environmentally Friendly and Pollution-Free: Uses clean steam energy as the heat source, with no pollutant emissions.

V. Product Application Areas

The steam-liquid mixing heater is widely used in industries such as chemical, petroleum, power, pharmaceutical, and food processing for fluid heating and temperature control. Specific applications include chemical reaction kettles, evaporators, crystallizers, boiler feedwater systems, circulating water systems, medicinal liquid heating, insulation, and sterilization.

VI. Usage Instructions (Detailed Introduction)

1. Installation and Debugging

• Ensure the device model and specifications match your requirements.
• Follow the installation instructions to ensure the device is securely installed and all pipelines are correctly connected.
• After installation, perform debugging and trial runs to ensure the device operates normally and meets production needs.

1. Operation and Maintenance

• Adhere to operational procedures and safety regulations to ensure safe operation.
• Regularly inspect and maintain the device, such as cleaning filters and checking pipeline connections.
• If any abnormalities or malfunctions occur, stop the device immediately and contact professionals for repair.

1. Precautions

• Do not place flammable, explosive, or corrosive materials near the device.
• Do not arbitrarily modify the device's control parameters or structure.
• During operation, avoid touching or operating high-temperature or electrical components.

VII. Purchasing Information

1. Delivery Time: Based on order volume and production schedule, we will deliver within the agreed timeframe. For special circumstances or requirements, please contact us in advance to discuss solutions.
2. Shipping Methods: We offer various shipping options, including land and sea transport. We will recommend suitable methods based on your needs and cargo characteristics to ensure safe and timely delivery.
3. After-Sales Service: We provide comprehensive after-sales support, including installation guidance and maintenance. For any questions or needs, feel free to contact our customer service or after-sales team. We are committed to offering high-quality service support.
4. Billing System: We provide legal invoices and tax certificates in accordance with national laws, regulations, and tax policies. If needed, please inform us in advance and provide relevant documentation for the issuance of appropriate bills.