What is the density of 316l stainless steel plate?

According to the test, 316L stainless steel has excellent corrosion resistance, especially pitting resistance, due to the addition of Mo; it also has good high-temperature strength; it has excellent work hardening properties (weak magnetism after processing); and it is non-magnetic in the solid solution state. 316L stainless steel grade: 00Cr17Ni14Mo2
Density Steel type
Density (g/cm3) Steel Grade
7.93 201,202,206,301,302,304,304L,305,321
7.98 309S,310S,316,316L,347
7.75 405,410,420
7.70 409,430,434
The density of 316l stainless steel plate is 7.98, which is measured in g/cm3.

316l stainless steel plate calculation formula: length*width*thickness*density
The above are several commonly used stainless steel density tables, for reference only. If you only have an estimate, you can calculate it based on the general steel density of 7850kg/m3.

Length*Width*Thickness*Density
In this way, the total amount can be calculated

[Density of 316l stainless steel plate] 1. 316L stainless steel
1. Overview Add Mo (2~3%), excellent pitting corrosion resistance, excellent high temperature creep strength. 2. Characteristics 1) Cold-rolled products have good gloss and beautiful appearance; 2) Due to the addition of Mo, corrosion resistance, especially pitting corrosion resistance is excellent; 3) Excellent high-temperature strength; Reprinted from “I Want Stainless Steel‘ 4) Excellent processing Hardening (weak magnetism after processing) 5) Non-magnetic in solid solution state; 6) Compared with 304 stainless steel, the price is higher. 3. Scope of application: pipes, heat exchangers, food industry, chemical industry, etc. 4. Chemical composition %C ≤0.03Si≤1.00Mn≤2.00P≤0.035S≤0.03Ni:12.0-15.0Cr:16.0-18.0Mo:2.0-3.05, heat treatment melting point: 1375~14500C; solution treatment: 1010~11500C. 7. Use status 1 ) Annealing solid solution state: NO.1, 2B, N0.4, HL and other surface states [1] [Density of 316L stainless steel plate] 2. 316L stainless steel plate
. Product name: 316L stainless steel plate According to the test: 316L stainless steel has excellent corrosion resistance, especially pitting corrosion resistance due to the addition of Mo; it also has good high-temperature strength; excellent work hardening (weak magnetism after processing); solid solution state Non-magnetic. 316L stainless steel grade: 00Cr17Ni14Mo2316L stainless steel chemical composition C≤0.08Si≤1.00Mn≤2.00P≤0.035S≤0.03Ni:10.0-14.0Cr:16.0-18.5Mo:2.0-3.0
[Density of 316L stainless steel plate] 3. Mechanical properties of 316L stainless steel
Tensile strength (Mpa) 620 MIN Yield strength (Mpa) 310 MIN Elongation (%) 30 MIN Area reduction (%) 40 MIN The density of 316L stainless steel is 8.03 g/cm3. This value is generally used for austenitic stainless steel. 316L contains chromium Amount (%) 16–18 .1. Characteristics: Due to the addition of Mo, its corrosion resistance, atmospheric corrosion resistance and high temperature strength are particularly good, and can be used under harsh conditions; it has excellent work hardening properties (non-magnetic); Excellent high-temperature strength; non-magnetic in solid solution state; cold-rolled products have good gloss and beautiful appearance; compared with 304L stainless steel, the price is higher. 2.Uses: Seawater equipment, chemicals, dyes, papermaking, oxalic acid, fertilizer and other production equipment; photography, food industry, coastal area facilities, ropes, CD rods, bolts, nuts 4101. Characteristics: As a martensitic steel It represents steel. Although it has high strength, it is not suitable for use in harsh corrosive environments. It has good workability and is hardened (magnetic) according to the heat treatment surface. 2. Usage: Knife blades, mechanical parts, training devices, bolts, nuts, pump rods, Class 1 tableware (knives and forks).
[Density of 316l stainless steel plate] The difference and identification between 316L stainless steel and 304L stainless steel
The two most commonly used stainless steels now are 304 and 316L (or 1.4308 and 1.4408 corresponding to the German/European standards). The main difference in chemical composition between 316L and 304 is that 316L contains Mo, and it is generally recognized that 316 has better corrosion resistance. , more corrosion resistant than 304 in high temperature environments. Therefore, in high-temperature environments, engineers generally choose parts made of 316L material. But as the saying goes, there are no absolutes. In a concentrated sulfuric acid environment, no matter how high the temperature is, never use 316L! Otherwise, this matter would be a big deal. Anyone who studies mechanics has learned about threads. Remember that in order to prevent threads from seizing at high temperatures, you need to apply a dark solid lubricant: molybdenum disulfide (MoS2). From it, two points can be drawn. The conclusion is not: [1] Mo is indeed a substance that can withstand high temperatures (do you know what crucible is used to melt gold? Molybdenum crucible!). [2]: Molybdenum can easily react with high-valent sulfide ions to form sulfide. Therefore, no stainless steel is super corrosion-resistant. After all, stainless steel is just a piece of steel with more impurities (but these impurities are more corrosion-resistant than steel^^). Steel can react with other substances.