Stainless steel plate
Thickness X Width X Length X Specific Gravity / Density
Example:
The weight of 304/2B board 2.0×1.22×2.44 is calculated as follows:
2.0×1.22×2.44×7.93=47.21 kg/sheet
Remarks: Different materials may have different density/specific gravity.
In the past, there was a formulation in the physics community: near the surface of the earth, the magnitude of the gravitational force on an object is called "weight". Objects on the surface of the earth, in addition to the earth's gravitational effect on it, will also be affected by the inertial centrifugal force due to the rotation of the earth. The combined force of these two forces is called the weight of the object. It is customary to think that the gravitational force on an object is its own weight. There are many explanations for weight, for example, weight is gravity; the weight of an object is the gravitational force of the earth on the object; weight is the magnitude of the gravitational force on the object. Weight is the force with which a vertical suspension is taut or pressed against a horizontal support when the object is at rest. Some of the above-mentioned methods emphasize that weight is gravity, which is a vector, and their essence is gravity. Some emphasize that gravity is not a vector, and weight is the magnitude of gravity, a scalar. Others use the law of measurement as the definition of weight. These different definitions are just different interpretations, not right or wrong.
Under Earth's gravity, weight and mass are equivalent, but in different units of measurement. The weight of a substance with a mass of 1 kilogram when subjected to an external force of 9.8 Newtons is called the weight of 1 kilogram. Mass units are generally used instead of weight, implicitly multiplying the acceleration due to gravity. In China, jin and liang were used as weight units. Pounds, ounces, carats[3], etc. are also used as units of weight.
Commonly used mass units are: microgram (ug), milligram (mg), gram (g), kilogram (kg), ton (t), etc.
Weight(kg) = length(m)*width(m)*thickness(mm)*density
The density is 7.93kg/dm3, not kg/m3.
To get the final unit is kg, convert all units of length to dm.
Board size: 0.41cm×380mm×380mm,
Weight: 0.041dm×3.8dm×3.8dm×7.92kg/dm3 = 4.69kg
Calculation method of stainless steel plate weight:
Angle steel: weight per meter=0.00785*(side width+side width-side thickness)*side thickness
Round steel: weight per meter = 0.00617*diameter*diameter (rebar and round steel are the same)
Flat steel: weight per meter=0.00785*thickness*edge width Calculation formula of theoretical weight of stainless steel profile 0
The theoretical weight of stainless steel profiles is calculated according to the specific gravity of stainless steel: 7.75 tons of M32 for chromium stainless steel, 7.93 tons of M33 for chromium-nickel stainless steel, and 7.87 tons of M3 for iron.
Simple calculation formula: stainless round steel straight 0.00609 (chrome stainless) × × = kg m diameter 0.00623 (chrome nickel stainless) stainless steel pipe (outer diameter - wall thickness) × wall thickness × 0.02491 = kgm (applicable to 301 , 304, 321) such as §57 × 3.5 (57-3.5) × 3.5 × 0.02491 = 4.66kgm (outer diameter - wall thickness) × wall thickness × 0.02507 = kgm (applicable to 316, 316L99S) such as §89 × 4 (89 -4)×4×0.02507=8.52kgm.
Calculation formula of theoretical weight of stainless steel plate Theoretical weight weight of steel product (kg) = thickness (mm) × width (mm) × length (mm) × density value density steel grade.
7.93201,202,301,302,304,304L,305,3217.75405,410,4207.98309S,310S,316S,316L,347.
Steel pipes (including seamless steel pipes and welded steel pipes) (kgm) W=0.02466×S(D–S)D=outer diameter S=wall thickness Such as: seamless steel pipes with an outer diameter of 60mm and a wall thickness of 4mm, find the weight per m. Weight per m=0.02466×4×(60–4)=5.52kg