Single-to-Two Dual-Stage Water Bath Sterilization Pot – Product Introduction

The 1-to-2 dual-layer water-bath sterilization pot is a standardized sterilization equipment tailored for the food processing industry. It features a “one main, two auxiliary” dual-layer tank structure and is specifically designed to provide stable and uniform sterilization treatment for various types of sealed-packaged foods. This equipment efficiently supports large-scale, mass-production scenarios, helping enterprises optimize their production layouts, standardize production processes, and ensure consistent product quality—thus aligning with the hygiene and standardization requirements of the food processing industry.

I. Core Product Structure

The equipment features a one-to-two dual-layer integrated tank design, consisting of one main heating and water-storage tank (with an upper layer for preheating and a lower layer for heat storage) paired with two independent sterilization tanks. The main tank is responsible for centralized heating and maintaining a constant water temperature, while the two sterilization tanks simultaneously carry out sterilization operations. This dual-layer, interconnected, and one-to-two collaborative design enables the recycling and reuse of hot water, significantly improving energy utilization efficiency. The tank body adopts a sealed design, complemented by precision sealing components, ensuring stable temperature and pressure during operation and reducing energy and water resource losses. Additionally, the tank boasts a compact structure with smooth welds, making it easy to clean and maintain on a daily basis.

II. Operational Advantages

The equipment features user-friendly and intuitive operation, allowing users to pre-set and store multiple sets of sterilization process parameters. Once started, the main tank and two working tanks operate in coordinated fashion, automatically completing the entire process—including heating, maintaining constant temperature, cooling, and pressure relief—thus reducing the need for manual intervention and lowering operational complexity. Throughout the entire process, key parameters such as temperature, pressure, and sterilization time for each tank are displayed in real time. The system also supports data recording and traceability, meeting the standardized production requirements of the food processing industry. Moreover, the two sterilization working tanks can independently configure their own parameters, offering flexible adaptation to different specifications and varying sterilization processes, thereby enhancing production flexibility.

III. Core Performance Features

- One-primary-two-secondary synergy for highly efficient capacity enhancement: Adopting a “one primary, two secondary” design, the main tank provides centralized hot water supply, while the two working tanks operate either simultaneously or in alternating fashion, eliminating waiting time associated with single-tank operation. This approach not only ensures effective sterilization but also significantly boosts sterilization capacity per unit of time, making it well-suited to meet the demands of batch and large-scale production.

- Dual-layer synergy for uniform sterilization and quality protection: The dual-layer structure of the main tank enables synergistic preheating and heat storage. Hot water is circulated to supply two working tanks, and a turbulent flow design within the tanks ensures an even temperature distribution throughout each sterilization chamber, minimizing local temperature differences. This not only guarantees stable sterilization performance but also reduces damage to food packaging, maximizing the preservation of the product’s original taste and texture, and making it compatible with various types of sealed packaging.

— Energy-efficient and highly efficient, with broad compatibility: The main tank features double-layer thermal storage plus hot-water circulation reuse, reducing waste of water resources and energy. Compared to multiple standalone sterilization pots, this design optimizes energy consumption patterns and lowers long-term operating costs for enterprises. The equipment is compatible with the installation and operational conditions commonly found in most food processing facilities, requiring no complex modifications for immediate deployment and catering to the needs of food processing enterprises of various sizes.

- Safe and reliable, compliant with standards: The main body is made of food-grade stainless steel, which is corrosion-resistant, easy to clean, and fully meets hygiene standards for food production. Each tank is equipped with multiple protective mechanisms, including overtemperature alarms, overpressure relief valves, dry-run protection, and safety interlocks for the door, ensuring standardized operating procedures and reducing operational risks.

- Durable and easy to maintain: The tank is made from high-quality materials and features a robust structure, perfectly suited for long-term, continuous production needs. The equipment design takes maintenance convenience into account, with key components being easily disassembled and inspected, thereby reducing downtime for maintenance. The “one-to-two plus double-layer” compact structure optimizes pipeline layout, further enhancing maintenance efficiency and ensuring uninterrupted production.

IV. Scope of Application

Widely used for sterilization treatment of various sealed packaged foods, covering:

- Vacuum-packed products: meat, braised foods, soybean products, poultry and egg products, etc.;

- Canned goods: fruit canned goods, vegetable canned goods, meat canned goods, mixed-grain canned goods, etc.;

- Sauce and seasoning category: hot pot base, chili sauce, broad bean paste, compound seasonings, etc.;

- Others: beverages, dairy products, pet food, deeply processed and sealed agricultural products, and more.

V. Product Value

This equipment features a one-to-two collaborative design that boosts production capacity; dual-layer interconnection optimizes energy consumption and sterilization effectiveness; user-friendly operation simplifies the production process; uniform sterilization ensures product quality; energy-efficient and durable design reduces operating costs; and multi-layered safety protections guarantee production safety. It is tailored to meet the standardized,规范化, and scaled production needs of food processing enterprises, helping companies solidify their product quality foundation, rationally control production costs, enhance market competitiveness, and align with industry development trends.

Product Parameters