1. General Introduction
The Stainless Steel Reactor Liquor Preparation System is designed to meet the high - demand requirements of various industries such as pharmaceuticals, chemicals, and food. It offers a reliable and efficient way to prepare and process liquid mixtures with precise control over the reaction conditions.

2. Construction Material

- Stainless Steel Grade: Made of high - quality stainless steel, typically 304 or 316L. Stainless steel 304 provides good corrosion resistance in general chemical environments, while 316L offers enhanced resistance to more corrosive substances, especially those containing chlorides. This ensures the long - term durability of the system and prevents contamination of the processed liquids.

- Quality and Finish: The interior and exterior of the reactor and associated components are carefully polished to a smooth finish. This not only improves the aesthetics but also reduces the likelihood of material buildup and facilitates easy cleaning.

The stainless steel hemispherical concentrator features core components including a concentration tank, condenser, vapor-liquid separator, and liquid receiver, all crafted from premium stainless steel. Its compact structure ensures ease of operation and maintenance. Operating based on the principles of vacuum evaporation and condensation, it is highly efficient and safe. This concentrator is widely used in food concentration, chemical purification, and laboratory research among other fields. Technical specifications vary by model and can be customized to meet specific needs.

This brief version captures the key characteristics and applications of the stainless steel hemispherical concentrator for quick understanding.

Brief Introduction of 10T Stainless Steel Mixing Tank
Definition & Application: A 10-ton capacity mixing tank made of stainless steel, primarily used for blending two or more materials in dairy, beverage, and chemical industries.

Structural Features:

Material: SUS304/316 stainless steel, resistant to corrosion and high temperatures.
Mixing System: Efficient mixer with various shapes, powered by a motor.
Jacket & Insulation: Optional jacket and insulation layer to meet temperature requirements.
Seal & Drain: Sealed design to prevent contamination, with a drain for easy cleaning.
Performance Advantages:

Efficient Mixing: Achieves uniform blending in a short time.
Corrosion Resistance: Suitable for a variety of corrosive materials.
Easy Operation: Rational design reduces labor intensity.
Convenient Maintenance: Regular cleaning and inspection ensure stable operation.
Application Fields: Mixing of dairy and beverage ingredients, chemical raw material reactions and blending.

Pequeña Tanque de Acero Inoxidable - Resumen
Material: Acero inoxidable 304, 316L, resistente a la corrosión, alta temperatura y fácil de limpiar.

Estructura: Incluye cuerpo del tanque, tapa, entradas y salidas, personalizable según necesidades.

Aplicaciones: Industria alimentaria (mermeladas, salsas de soja, etc.), química (emulsiones, etc.), elaboración de bebidas y lácteos (vino, leche, etc.), así como tratamiento de agua y medio ambiente.

Ventajas:

Excelente sellado, evita contaminación.
Resistencia a la corrosión, prolonga la vida útil.
Tolera altas temperaturas, amplio espectro de usos.
Fácil de limpiar, cumple con normas de higiene.
Mantenimiento: Revisa periódicamente el sellado, limpieza interior, integridad del cuerpo y accesorios, evitando excesos de presión o cambios de temperatura.

El pequeño tanque de acero inoxidable, por sus excelentes características y amplio campo de aplicación, se ha convertido en un equipo de almacenamiento indispensable en varias industrias.

The beer fermentation tank is a core equipment in beer production, made of stainless steel and equipped with functions such as stirring, defoaming, and cooling. It utilizes yeast to convert sugars in malt extract into alcohol and carbon dioxide through controlled conditions of temperature and pressure. Beer fermentation tanks are categorized into small-scale, pilot-scale, and large-scale types, with the choice depending on production scale, process requirements, and budget. Before use, cleaning and sterilization are necessary. During fermentation, monitoring and adjustment are required. After fermentation, timely processing and maintenance of the equipment are essential.

The core principle of the extraction separator lies in exploiting the significant solubility differences between the solvent and the target component. When the solvent is fully contacted and mixed with the mixture containing the target component, the target component tends to dissolve in the solvent, while other components in the mixture may remain in the original mixture or exist in the solvent with lower solubility. Through this differential dissolution behavior, we can achieve effective separation of the target component.

Structure (Expanded):
The structure of the extraction separator typically includes the following key components:

Extraction Container: Used to hold the mixture and solvent, serving as the main site for the extraction process to occur. The extraction container needs to be able to withstand certain pressures and temperatures to ensure the smooth progress of the extraction process.
Mixing Device: Used to promote sufficient contact and mixing between the mixture and

Stainless Steel Precision Filter is a compact, corrosion-resistant device made of high-quality stainless steel for high-precision filtration. It operates based on physical filtration principles, effectively separating impurities from fluids. Its applications span industries such as industrial cleaning, petrochemicals, food & pharmaceuticals, biotechnology, and air compression systems. Future trends include higher filtration accuracy, smart control integration, modular design, and enhanced energy efficiency and environmental protection. In summary, the Stainless Steel Precision Filter plays a crucial role in various industries, offering reliable and eco-friendly filtration solutions.

Stainless Steel Reactor is a commonly used reaction equipment in the chemical and other industries. It mainly consists of a stainless steel tank body, jacket, and mixing system. It features corrosion resistance, high temperature tolerance, excellent thermal conductivity, ease of cleaning and maintenance, etc. During operation, the refrigerant valve should be closed and any remaining refrigerant drained before feeding materials. After processing, timely cleaning is required. Meanwhile, regular technical inspections are necessary according to pressure vessel requirements, and attention should be paid to defects and hazards in the mixing, transmission, and sealing parts. In general, the Stainless Steel Reactor is an indispensable piece of equipment in the chemical and other industries.

Stainless steel tanks, also known as "SS tanks," are storage devices made from stainless steel materials. They are characterized by corrosion resistance, high strength, good sealing performance, and ease of cleaning and maintenance. Based on their shapes, they can be divided into vertical and horizontal types. In terms of usage, they can be categorized into various types such as brewing, food, pharmaceutical, dairy, chemical, and petroleum tanks. These tanks are widely used in industries like food and pharmaceutical production, brewing and dairy production, and the chemical industry, for storing and transporting various sensitive materials.

When using stainless steel tanks, it is important to ensure that their structures are intact and tightly sealed, and to conduct regular maintenance and inspections to ensure their normal operation and extend their service life.

Tube sterilizer, an efficient food processing equipment used for sterilization and cooling of dairy products, juices, beverages, and other products. The working principle is based on the high-pressure pump transporting materials to the heating tube, which is heated to high temperature through a heat exchanger and maintained for several seconds to kill microorganisms. The equipment consists of steam, materials, hot water, and cooling systems, with a compact structure and high degree of automation. Features include small temperature difference, accurate sterilization, high thermal efficiency, automation, strong safety, and inner wall polishing. Suitable for high-temperature instant sterilization of food and beverages, such as milk, juice, etc., and can also be used for new product development.

Plate frame filter is a device that uses a combination of porous plates and filter screens for filtration. It is made of corrosion-resistant stainless steel material and has a flexible and customizable filter layer that can be replaced according to different filtration needs. The equipment has good sealing and is easy to maintain and clean. Widely used in fields such as chemical engineering, food and beverage, pharmaceuticals, oil and gas, environmental monitoring and governance, and scientific research. Technical parameters include the number of filter layers, filtration pressure, pore size, and water flow rate.

The jacketed kettle is a type of food processing equipment composed of an inner and an outer double-layered kettle body, with a heating medium (such as steam, hot water, or thermal oil) circulating in the interlayer for heating. It comes in various types including fixed, tiltable, and stirring models. The jacketed kettle boasts a large heating surface area, uniform heating, short boiling time for liquid materials, and easy temperature control. It is widely used in food processing fields such as candy, pharmaceuticals, dairy products, and beverages, as well as in cooking in restaurants or kitchens. When using the jacketed kettle, it is necessary to ensure the quality of the heating medium, regularly inspect and maintain the equipment, and comply with operating procedures and safety regulations.