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Glass-Fused-to-Steel tanks showcase numerous notable advantages in the field of storage tanks, making them an ideal tank solution:

Corrosion Resistance: Utilizing Glass-Fused-to-Steel technology, Glass-Fused-to-Steel tanks combine the strength of steel with the corrosion resistance of glass, performing exceptionally well in harsh environments and effectively combating corrosion.

Water Impermeability: Glass-Fused-to-Steel tanks exhibit outstanding water impermeability for liquids and steam, ensuring the safety and integrity of stored substances.

Impact Resistance and Wear Resistance: They provide excellent impact resistance and wear resistance, maintaining structural integrity when facing external pressure and physical wear.

Long-Lasting Color: The coating on the tank's surface maintains its color durability, resisting fading or chalking, and exhibits good resistance to graffiti, facilitating easy cleaning.

Cost-Effective: Adopting a modular bolted connection design, Glass-Fused-to-Steel tanks are quicker and more cost-effective to install on-site, reducing overall project costs and equipment requirements.

Long Service Life: The design life of Glass-Fused-to-Steel tanks exceeds 30 years.

Minimal Maintenance Requirements: GFS tanks require minimal maintenance during use, reducing operating costs and enhancing long-term economic viability.

Wide Applications: Suitable for various industries, including bioenergy, municipal sewage, landfill leachate, and industrial wastewater treatment, meeting the diverse needs of different sectors.

These advantages make GFS tanks a reliable choice for long-term use in challenging conditions, earning widespread recognition from engineers, contractors, and clients globally.

The installation of Glass-Fused-to-Steel tanks is a process that emphasizes the stability of the foundation, ensuring the tank body and the stored products can be securely supported on the ground. Here are the brief installation steps:

Preparation Phase: Clean and prepare the installation site, creating a level surface.Start by applying a solid foundation of sand or crushed stone, followed by constructing a circular concrete wall or a complete concrete pad.Foundation work can be completed by the customer or professional tank installation personnel, preferably before the delivery of all tanks.

Construction Phase: Once the foundation is prepared, tank panels are erected layer by layer, starting from the bottom.Ensure the steel plates are clean and dry during bonding, promptly replacing any loose bolts.After completing the assembly of the bottom layer, secure it to the foundation using reinforcement bars.Proceed to assemble the second layer, connecting it to the bottom layer using a jack. Wind braces are installed after connecting every two layers to ensure the overall tank structure is stable.Add accessories such as valves, doors, or manhole covers as needed, and finally, install the roof of the tank.

Testing and Maintenance: After completing the tank assembly, conduct a leak test to ensure the integrity and safety of the tank.Regular maintenance is crucial, including inspections, cleaning, leak monitoring, and damage checks, to extend the tank's lifespan and maintain its proper functioning.

GFS tanks offer advantages over traditional concrete or welded storage solutions, with rapid installation, lower transportation costs, and the ability to be assembled in almost any weather conditions, reducing weather-related delays.

Glass-Fused-to-Steel tanks represent a versatile storage solution applicable to a wide range of industries. Their characteristics and advantages make them an ideal choice for various sectors. Here are the primary application areas for enamel-assembled tanks:

Water and Wastewater Treatment: GFS tanks are widely used in water and wastewater treatment for storing clean water, process water, and wastewater. Their impermeability and corrosion resistance ensure the safe storage and processing of liquids.

Biogas Storage: For the storage of bio-gases, such as in the field of bioenergy, GFS tanks provide an ideal solution. The glass-fiber reinforced structure offers excellent sealing and corrosion resistance, ensuring the safe storage and management of bio-gases.

Firewater Applications: GFS tanks serve as reliable storage for firefighting water, ensuring an ample water supply in emergency situations to support firefighting efforts, thereby protecting lives and property.

Agricultural Applications: Used for storing liquid fertilizers, pesticides, irrigation water, etc., enamel-assembled tanks provide reliable liquid storage containers for agriculture, supporting the needs of modern agricultural production.

Mining Industry: GFS tanks can be employed for storing mining liquids, treating wastewater, and handling other liquid substances, providing a safe and durable storage solution for the mining industry, meeting its specific requirements.

The diverse applications of GFS tanks, coupled with their corrosion resistance, impact resistance, and cost-effectiveness, make them the preferred storage solution across various industries. They meet high standards for storage in different fields.

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Catégorie          Spécification

Couleur de revêtement       Noir bleu, Olive gris, Vert forêt, Bleu cobalt, Beige désert, etc.

Épaisseur du revêtement                                0,25-0,45mm

Résistant à l'acidité et à l'alcalinité      PH standard : 3~11, PH spécial : 1~14

接着力                                               3450N/cm²

Härte                                             6.0 (Mohs)

Service Life                                               ≥30 ans

Service Life                                               ≥30 ans

Durchlässigkeit                                            Gasflüssigkeit undurchlässig

Facile à nettoyer                                        Lisse, brillant, inerte, anti-adhérence

Résistance à la corrosion                             Excellente, adaptée aux environnements difficiles