Dark Green GFS Bolted Steel Storage Tank Modular Design For Food Industry

Product Specification

GFS Bolted Steel Tank for Food Industry Storage

Product Overview

The GFS bolted tank, also known as a GFS tank, is an advanced storage solution constructed from glass-fused-to-steel (GFS) plates, specialized sealing materials, self-locking screws, and other components. This innovative design offers superior durability and performance across a wide range of industrial applications.

The primary material used in the construction of GFS bolted steel tank for food industry storage is the glass-fused-to-steel plate, which can achieve a thickness of up to 20 mm, with the most commonly utilized steel plate thickness ranging from 3 to 13 mm. Prior to the fusion process, the steel plates undergo rigorous pretreatment procedures to ensure optimal bonding between the glass and steel layers. Initially, the steel plates may contain surface oils, rust, and oxide scale. To prepare these surfaces for enameling, they undergo shot blasting, sandblasting, and other cleaning methods. This thorough pretreatment ensures that the steel plate surfaces are entirely clean and free from contaminants.

Once the steel plates have been meticulously cleaned, they are subjected to a high-temperature enameling process. In an electric furnace, the plates are heated to approximately 900°C for a second enameling cycle. During this process, a 0.3 mm thick enamel coating is applied to both sides of the steel plate. The high temperature facilitates seamless fusion between the enamel and steel, creating an exceptionally strong bond. This robust binding not only enhances the structural integrity of the tank but also provides critical protection against corrosion.

The enamel coating on the GFS bolted steel tank for food industry storage serves multiple functions. Firstly, it acts as a barrier against corrosion, significantly extending the tank's lifespan. Secondly, the coating exhibits excellent resistance to strong acids and alkalis, making the tank suitable for storing aggressive chemicals. Additionally, the enamel layer possesses remarkable wear resistance, ensuring that the tank remains durable even under harsh operating conditions. These features make GFS tanks ideal for industries such as water treatment, chemical processing, and food storage, where reliability and longevity are essential.

Main Technical Parameter

Advantages:

• Aesthetic Flexibility: The product offers customizable colors to match various environments, enhancing visual appeal.
• Durability: Built with high-quality materials, it provides exceptional wear resistance and a service life exceeding 30 years.
• Cost Efficiency: Standardized manufacturing reduces costs and installation time, ensuring consistent quality and lower expenses.
• Minimal Site Requirements: Requires minimal preparation and no large installation equipment, allowing for flexible placement in diverse locations.
• Easy Maintenance: Designed for simple maintenance, reducing long-term operational costs.
• Climate Resilience: Can be installed under most weather conditions, ensuring project schedules are not delayed by climate changes.
• Modular Design: Easily expandable, disassemblable, and relocatable, providing adaptability for changing needs.

Why Choose Our GFS Bolted Steel Tank For Food Industry Storage ?

- High-efficiency and high-precision machine

- Plate surface is smoothness, does not distort

- There is no limit to steel plate thickness in terms of ECPC anti-corrosion process.

So far, there is plate thickness limit for LIPP tank, for large tank construction, the steel plate must reach a certain thickness to satisfy strength requirement.

- Full coverage anti-corrosion processed: bolt hole, flanges, pipe fitting, ladder, platform, accessories.

- Double layer anti-corrosion for both inside and outside of the steel plate

- Strong resistance to shock, flexible for bent/collision, coating not effected during transportation and installation.

- Color is diverse for customized

- Poison free and pollution free of ECPC process

- A high resistance to aggressive materials and corrosive liquids (PH: 1~14)

- Highly resistant to atmospheric corrosion and UV light

- High durability and extended life usage (More over 30 years)

- Easy installation, maintenance and cleaning

- Operational duty time considerably reduced

- Short manufacturing times

- Expandability and the ability to relocate

- High cost effective, minimal maintenance expense

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