Stainless steel lamina is not only having a good corrosion resistance, but also having a good appearance, and other characteristics, immaculate increasingly wide excursion of applications.
Stainless smooth plate and stainless steel in the construction industry, construction industry stainless steel in the construction industry in the application of stainless steel in the construction business in fresh years, the application of spotless steel when a building material is increasingly widespread. More widely worn for many reasons, including better understanding about the material, in an attempt to renew certain design, conceived to produce a durable und so weiter maintenance-free structural materials.
Early, stainless brace used in construction are confined in some occasions in the past that refusal the appropriate materials occasions architects are seeking a designated function in the new material. In fact, many of these occasions, stainless steel has long been to exhaust its effect even after long-term pitiless flushing of the stainless steel, the manufacturers believe that the stainless encourage exterior applications in highly corrosive gas nor corrosion. Stainless steel with durable and almost no need to maintain the surface of these two characteristics, spurred compared with continually more emphasis on its application. Most construction materials prices rose rapidly in a certain proportion, while the prices of many materials far more than the stainless steel material. More soared a staggering cost for the maintenance and sponsor of internal and external structure of the building is in good condition. Today’s architects must carefully consider all of the buildings. If the storehouse for many years need to be replaced or repaired, then the architect’s design is a failure.
In recent years, the walls of the pool has a stainless steel plate. For a long rhythm the prime substantiality used in concrete a year to repair and brushing, eminently in the northern areas. Carbon steel plus the coating construction of swimming pools each year also requires a large township of scrub and brush both increased pool sum considerable expenses. When the pool made of unsullied gird (Type 304, 2B finish) do sidewall, to scour very simple, just submarine and soap will be suitable to quickly wash. Swimming pool now often used immaculate steel tank encompass and mixed compacted soil bottom, the bottom of the pool with concrete to non-slip. Some of the walls of the building with the Type 304 8 mirror suavity unsoiled steel materials. Interconnected stainless steel cover to make the walls are polished after polishing and a colorant having a consistent colors withered and reflective. In order to prevent the grease, a large area of the stainless steel plate exposed portion. Velvet foot installed in thick interlayer made of galvanized steel sheet and compressing board. Polished stainless steel plate with epoxy binder with galvanized steel fixed. Stainless steel can be obtained from a dry soft performance, create it right may be consumed as a roof boot material. It is so this cloth is snap to shape, durable appearance to and therefore the countless architects optional stainless steel not only simply as a protective layer, only as part of the overall design.
Yongping overlapping layer of the roof of some buildings (indoor ice-skating rink tube) stainless steel construction, not only the building is nice from a tailor point of view, yet also due to the reflective effect of the surface of stainless steel, indoor skating season has been extended and rabbits to unreasonable investment. For bout special structure, often so many problems to be solved due to the application of stainless steel. Such as a garage, garage not only need a protective effect on parked cars with good ventilation plus exhaust gas, while a true degree of sunlight entering the garage, the selection is both durable and maintenance-free design. In order to meet these demands, designers choose 6 * 10in (15 * 25cm) 201-type stainless firm grid plate, the grid plate is fixed in a vertical pillar, the inner and space interleaving conducive overlap layout. Skimmed finish to enhance the effectual of the building based juice, staggered outside the cell board, the peripheric a trip column grid plate using ordinary 2B finish, all innards the cell plates are 2D light Put degrees.
The nature of the difference of the 201 stainless steel plate and stainless brew plate 304
1, specifications. Used stainless harden sheet is divided into two models 201 and 304, is really different ingredients, 304 good quality, but the price is expensive, 201 worse. 304 for imports of stainless steel plate, 201 as domestic unsoiled steel plate.
2, 201 is composed of the 17Cr-4.5Ni-6Mn-N, the section Ni steels, 301 steel instead of steel. Magnetic posthumous cold for rail vehicles.
3, 304 consisting of 18Cr-9Ni, was the most widely used in stainless steel, heat resistant steel. For food production equipment, the past through boride equipment, nuclear.
4, 201 is high manganese, bright among dark surface is precisely bright, high manganese rust easily. 304 chromium containing plus rendering matte surface, no rust. Two kinds together we have had. The most important thing is the corrosion resistance of different 201 poor corrosion resistance, the price will be much cheaper. 201 nickel-containing, low price is higher than 304, afterward the corrosion resistance is not as good as 304.
5, the difference entre nous 201 and 304 problem is containing nickel. And 304 prices are more expensive, but the 304, then at least you vessel guarantee will not pauze during use. (Available syrup experiment)
6, stainless hilly not rust because of the formation of chromium-rich oxide protects the steel body, 201 materials belonging to high manganese than 304 hardness high-carbon low-nickel stainless steel surface.
7, the different components (mainly from carbon, manganese, nickel containing chromium-containing areas to distinguish between 201 and 304 stainless steel) steel, carbon (C), silicon (Si), manganese (Mn) phosphorus (P) sulfur (S) chromium (Cr) nickel (Ni), molybdenum (Mo), cupriferous (Cu) AISI (304) ≤ 0.08 ≤ 1.00 ≤ 2.00 ≤ 0.045 ≤ 0.03 18-20 8-10 steel AISI (201) ≤ 0.15 ≤ 1.00 5.5-7.5 ≤ 0.05 ≤ 0.03 16-18 3.5-5.5.