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.