Commonly used steel density tables, density tables of various metals

Name Grade Density.

G CM3) gray cast iron HT100 white cast iron S15, P08, J13 and other malleable cast iron KT30-6 cast steel, ZG45, ZG35CRMNSI and other industrial pure iron ordinary carbon steel Q195, Q215, Q235, Q255, high-quality carbon steel 05F, 08F, 15F

85 carbon tool steel T7, T8, T9, T10, T12, T13, T7A, T8A, T9A, T10A,

T11A, T12A, T13A, easy-cut steel Y12, spring steel wire, A, low-carbon high-quality steel wire ZD, manganese steel 20Mn, 60Mn, chromium steel 15CRA

20cr、30cr、40cr

Chromium-vanadium steel, chromium-nickel steel, 12CrNi3A, 20CrNi3A

Chromium-nickel-molybdenum steel, chromium-nickel-tungsten steel, chromium-molybdenum, aluminum steel, chromium-manganese-silicon steel, chromium-manganese-silicon steel, silicon manganese steel, high-strength alloy steel, GC-4, high-speed tool steel, W9CR4V

Bearing steel stainless steel 0cr cr cr cr 13

cr14、cr17

cr17ni2、cr
cr18、cr25、cr28

0cr18ni
cr18ni9

1cr18ni9ti、2cr18ni9

cr18ni11nb

1cr23ni18、cr17ni3mo2ti

1cr18ni11si4a1ti

2cr13ni4mn9

3cr13ni7si2

1. Generally, but the alloy steel of the first grid, such as various stainless steels, should be calculated according to different alloy compositions. 2. Steel structure is a structure mainly composed of steel materials, which is one of the main types of building structures. The structure is mainly composed of steel beams, steel columns, steel trusses and other components made of section steel and steel plates, etc., and the components or components are usually connected by welds, bolts or rivets.

Because of its light weight and simple construction, it is widely used in large-scale factories, venues, super high-rise buildings and other fields. 3. Density is the mass of a substance per unit volume.

The density table of various metals is as follows:

Metal Density Table 01

Metal Density Table 02

Metal Density Table 03

The density of steel is:

Density, g cm3) 1 1000 w (weight, kg) f (cross-sectional area mm) l (length, m).

The unit of measurement for calculating the theoretical weight of steel is kilograms (kg).

The density of ordinary carbon steel is gram cubic centimeters, and the steel grade is slightly different, such as manganese steel.

Steel looks inconspicuous, but steel is an important material that supports all aspects of people's construction, and good steel means that the life of the building may be longer. The density of the steel that does not pass is different, and its role is also very different, what is the density of the steel, and Tuba Rabbit will share it with you today.

Density table of various types of steel.

Grey cast iron. White cast iron.

Malleable iron. Cast steel industry pure iron.

Ordinary carbon steel.

High-quality carbon steel.

Carbon tool steel.

Easy-cut steel manganese steel.

15cra chrome steel.

20cr, 30cr, 40cr chromium steel.

38cra chrome steel.

Chromium vanadium, chromium-nickel, chromium-nickel-molybdenum, chromium-manganese, silicon, chromium-manganese, silicon-manganese, silicon-chromium steel, chromium-nickel-tungsten steel, chromium-molybdenum, aluminum steel.

Tungsten 9 high-speed pants to remove cherry tool steel.

Tungsten 18 high-speed tool steel.

High-strength alloy steel.

Bearing Yulu steel.

Stainless steel. 0cr
cr
cr
cr
cr13、 cr17ni2、cr
cr18、cr25、cr28 0cr18ni
cr18ni9、cr18ni9ti、2cr18ni9 cr14、cr17

4-4 tin bronze.

1cr18ni11si4a1ti

7 aluminum-bronze. 19-2 aluminium bronze.

Aluminium bronze, aluminium bronze.

10-4-4 aluminum-bronze.

Beryllium bronze 3-1 silicon bronze.

1-3 silicon bronze.

1 Beryllium Bronze. Cadmium bronze, chromium bronze.

Manganese bronze 5 manganese bronze.

Cupronickel B5, B19, B30, BMN3-12BZN15-20

ba113-3

Pure aluminum, anti-rust aluminum, LF2, LF43

lf3lf5、lf10、lf11

lf6lf21

Duralumin LY1, LY2, LY4, LY6, LY3LY7, LY8, LY10, LY11, LY14, LY9, LY12LY16, LY17

Forged aluminum LD2, LD30

LD4 is free to claim

Steel is already ubiquitous in people's lives, the density of steel is different, its use is different, today I will introduce to you the density of steel, as well as the calculation method.

The density of steel is:

Calculation of the theoretical weight of steel.

The unit of measurement for calculating the theoretical weight of steel is kilograms (kg).

The basic formula is: w (weight, kg) = f (cross-sectional area mm2) l (length, m) (density, g cm3) 1 1000

The formula for calculating the theoretical weight of various steels is as follows:

Round steel wire rod (kg m) w = diameter mm

For round steel with a diameter of 100mm, find the weight per m.

Weight per m = rebar (kg m) w = section diameter mm

The rebar with a cross-sectional diameter of 12mm is known as the weight per m. Weight per m =

Square steel (kg m) w = edge width mm

Square steel with a side width of 20mm, find the weight per m.

Weight per m = flat bar (kg m) w =

b = side width mmd = thick mm side width 40mm, thickness 5mm flat bar, find the weight per m.

Weight per m = hexagonal steel (kg m) w = distance to the opposite side in mm

For the hexagonal steel with a distance of 50mm from the first huibian, find the weight per m. Weight per m =

Octagonal steel (kg m) w = distance to the opposite side mm

For octagonal steel with a distance of 80mm on the opposite side, find the weight per m. Weight per m =

Equilateral angle bar (kg m) =

b = side width d = edge thickness r = inner arc radius r = end arc radius.

Find the weight per m of 20mm4mm equilateral angle steel.

From the metallurgical product catalog, it is found that the r of 4mm20mm equilateral angle steel is, r is, and the weight per m is =

Unequal angle steel (kg m) w=

b = long side width b = short side width d = side thickness r = inner arc radius r = end arc radius.

Find the weight per m of 30mm, 20mm, 4mm unequal angles.

From the metallurgical product catalog, it is found that the r of 30204 unequal angle steel is, r is, then the weight per m =

Channel steel (kg m) w =

H = Height B = Leg Length D = Waist Thickness T = Average Leg Thickness R = Inner Arc Radius R = End Arc Radius.

Find the weight per m of 80mm43mm5mm channel steel. From the metallurgical product catalog, it is found that the channel steel t is 8, r is 8, and r is 4, then the weight per m is =

I-beam (kg m) w=

H = Height B = Leg Length D = Waist Thickness T = Average Leg Thickness R = Inner Arc Radius R = End Arc Radius.

Find the weight per m of 250mm, 118mm, 10mm I-beam.

From the manual of metal materials, it is found that the I-beam t is 13, r is 10, and r is 5, then the weight per m is =

Steel plate (kg m2) w = thickness.

For steel plates with a thickness of 4mm, find the weight per m2. Weight per m2 =

Steel pipes (including seamless steel pipes and welded steel pipes (kg m) w = outer diameter s = wall thickness.

For seamless steel pipes with an outer diameter of 60mm and a wall thickness of 4mm, find the weight per m.

Weight per m =

Steel plays a very important role in construction. It is precisely because of the different densities and materials of different steels that the scope of application in decoration buildings is also different. In actual production, steel often contains different alloying elements according to different uses, so the application is also different.

What is the density of steel filial piety, today Rilong will introduce it to you.

Density of various types of steel:

1.Material name = steel bright Zen material.

Material density = 2Material Name: Grey Cast Iron (HT200).

Material density = 4Material name = gray cast iron (HT250).

Material density = 5Material name = industrial pure iron.

Material density = 6Material Name = Cast Steel.

Material density = 7Material name = mild steel (containing carbon.

Material density = 8Material Name = Medium Carbon Steel (Contains Carbon.

Material density = 9Material name = high carbon steel (1% carbon).

Material density = 10Material name = high speed steel (containing tungsten 9%)

Material density = 11Material name = high speed steel (18% tungsten).

Material density = 12Material Name = Stainless Steel (1Cr18Ni9) Material Density =

13.Material name = stainless steel (1cr13).

Material density = 14Material name = stainless steel (1cr17).

Material density = 15Material name = pure copper (copper).

Material density = 16Material Name = Industrial Pure Aluminum.

Material density = 17Material name = zinc-copper alloy.

Material density = 18Material name = castable aluminum alloy.

Material density = 19Material name = aluminum-nickel alloy.

Material density = 20Material name = nickel-copper alloy.

Material density = 21Material name = cast zinc.

Material density = 22Material name = zinc plate.

Material density = 23Material Name = Lead Plate.

Material density = theoretical weight calculation of steel:

The unit of measurement for calculating the weight of steel is kilograms (kg). The basic formula is:

w(weight, kg) = f(cross-sectional area mm2) l(length, m) density, g cm3) 1 1000

The theoretical density of the liquid void of steel is that the density of different steels is different. The density of low-carbon steel is, the density of medium-carbon steel is, and the density of high-carbon steel is, usually the more carbon content, the lower the density. The density of high speed steel containing 9% tungsten is, and the density of high speed steel containing 18% tungsten is.

Steel refers to the material of ingots, billets or steel that is processed by pressure to produce a certain flammable shape, size and performance. Most of the steel processing is through pressure processing, so that the processed billets, ingots, etc. produce plastic deformation.

Depending on the processing temperature of the steel, the steel can be divided into cold working and hot working.

According to the different cross-sectional shapes, steel is generally divided into four categories: profiles, plates, pipes and metal products.