Optimizing steel materials, knowing how to optimize saving steel, will make the factory cost much cheaper. Composite steel accounts for the majority, so when I know how to optimize the steel savings, the cost of making the factory will be much cheaper.
Through this article, BIC shares the experience of building factories that are sometimes different from other construction units, but investors can refer to the latest information on building factories.
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Iron boxes come in many brands and varieties. For example, steel grade 1, type 2, grade 3...the best grade and the highest price in the price list is grade 1 steel. Usually, grade 2 steel will be cheaper than grade 1 steel, which is pretty similar to grade 1 steel, with few slight errors. To optimize costs should use type 2.
Grade 3 steel is usually a liquidated steel of normal size, not enough to be bent or dented. In general, it is worse than type 2 but the optimal requirements are not high, use type 3. For parts that do not need aesthetics but ensure functionality, you should use type 3. In general, depending on the project and the project, it needs aesthetics and accuracy. If you have high accuracy, you should use type 1. Depending on different needs, use different types of steel.
Steel has standard thickness but different thickness. Depending on the bearing capacity, we use different sizes and different thicknesses. Which is the main force, use the thicker type. Which part doesn't matter, use the thinner one.
That's a cost-optimized way, so when using bigger, it only costs more or the factory is heavier. The factory floor is partly using sturdy steel, the density of thick steel is thick, especially the structural part.
When building the factory, it is necessary to design a balance to avoid cutting excess steel. Avoid wasting materials in the process of making quickly to keep up with the worker's unnoticed progress. Make use of excess materials to pour the foundation but still ensure the quality of the work.
