Flat-Bottom Steel Grain Silo Manufacturer in Thailand
The maintenance work of rust removal for flat-bottom steel grain silo is one of the most critical tasks during their usage. Timely and quality rust removal not only extends the service life of the silo but also effectively ensures the safety of the stored grain.
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Two Common Rust Removal Methods for Flat-Bottom Steel Grain Silo
The maintenance work of rust removal for flat-bottom steel grain silo is one of the most critical tasks during their usage. Timely and quality rust removal not only extends the service life of the silo but also effectively ensures the safety of the stored grain. Currently, there are two commonly used methods for rust removal on silo bodies: high-pressure water blasting and mechanical rust removal. Today, we will provide a detailed introduction to these two methods.
Method One: High-Pressure Water Rust Removal
Process
This method utilizes the impact function of high-pressure water jets, which can be executed from various angles without the need to climb onto the silo. It is important to understand that regular water is not sufficient for rust removal; a specially designed additive must be mixed with the water. When this additive-laced water is ejected under high pressure, it leverages the abrasive properties of the additive to erode and remove the rust from the steel surface.
Advantages
High-pressure water jetting does not produce dust pollution and is less likely to cause damage to other parts of the steel plate. Moreover, due to the function of the additive, it significantly improves the rate of rust removal.
Precautions
One must learn to handle the high-pressure water gun firmly and adopt the correct method. Do not use a pulsating operation mode, as it is inconvenient to control the water jet position, which may lead to an excessive water landing area and damage the normal body of the silo.
Method Two: Mechanical Rust Removal
Process
Mechanical rust removal employs devices like wind wheels and steel wires, which can be powered by small wind or motorized mechanisms. These devices are utilized to eliminate rust from the silo body’s affected areas effectively. Suitable rust removal devices include steel wire brushes, rotary rust removers, and chipping hammers, etc. This method is suitable for rust removal operations even in areas with minor rust or where rust occurs in damaged spots.
Advantages
Semi-mechanized operation also improves work efficiency, saving labor and resources, and is flexible and lightweight. Since it is a forceful rust removal method, the rust removal is quite thorough.
Precautions
One must learn to handle the mechanical devices well, maintain a level operation posture to avoid shaking. If the intensity is too low, it will be ineffective for removing the electrolytic skin from the rusted areas of the silo body. Hence, it is crucial to be aware of and navigate the operational challenges that may arise.
Conclusion
The above are the two commonly used rust removal methods for flat-bottom steel grain silo. We hope the following explanation will be helpful for everyone. It will assist in the maintenance and rust-proofing of flat-bottom steel grain silo in the future. By adhering to these methods, operators can significantly prolong the lifespan of their steel grain silo. This approach also guarantees the maintenance of high-quality grain storage conditions.
Regular and meticulous rust removal work is essential for the long-term, stable operation of flat-bottom steel grain silo. Implementing these rust removal measures significantly cuts down on maintenance costs and enhances economic efficiency. Moreover, it offers robust safeguarding for the secure production of grain. This article aims to equip practitioners with a comprehensive toolkit of rust removal methods. By doing so, it ensures that the maintenance of grain silos becomes more adept, efficient, and cost-effective.