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Varietal and Leaf
- Armature
- Wire rod
- steel circle
- steel square
- hexagon
- beam (I-beam)
- channel
- bent channel RP
- bent channel NP
- steel corner
- hc steel sheet
- steel sheet
- galvanized sheet
- corrugated sheet
- PVL sheets
- steel in rolls
- galvanized roll
- steel strip
- steel brand
- steel profile
- steel key
- Larsen tongue and groove
Determining the weight of rolled metal
The rolled metal weight table allows you to quickly and conveniently calculate the cost of the required volume of metal before purchasing. Such tables contain weights and formulas for calculating the cost of rolled metal. Today, there are special websites that allow you to perform all the necessary calculations. Such sites are also called calculator sites. Weight of rolled metal, table, calculator provides the opportunity to calculate the volume of rolled metal, so that in the future you can select the most suitable transport in terms of dimensions. It is important to remember that the following metal products exist:
- Fittings;
- Pipe;
- Corner;
- Channel;
- Valve.
A calculator is used for all of the above products to calculate the weight of rolled metal. The most difficult calculation is for the corners. This is justified by the fact that there are several types of this product made from shaped rolled products. To simplify calculations, there is a special table that shows the values of the most popular sizes and volumes of products. In order to use this table correctly, you need to know the initial values, namely the length and weight of a linear meter.
Feet to Centimeters Calculator | How many cm in a foot
Convert ft to cm
1 Foot (ft) = 30.48 Centimeters (cm)
Feet A foot (denoted as "ft") is a unit of length. A foot is equal to 0.3048 m or 12 inches and is used in English and US units. The unit foot is derived from the English word "foot".
Centimeters The centimeter (denoted as “cm”) is a unit of length in the metric system, it occupies an equal position in importance and prevalence with the gram and second in SI. The centimeter (0.01 (or 1E-2) meters) is the most commonly used measure of length.
Distance and length calculator
Convert from
Convert to
| Basic units of length | |
| Centimeter | cm |
| Foot | ft |
| Inch | in |
| Kilometer | km |
| Meters | m |
| Mile (US) | mi |
| Millimeter | mm |
| Nautical mile | Nm |
| Yard | yd |
| Other units of measurement | |
| Elbow | |
| Angstrom | Å |
| Arpan | |
| Astronomical unit | au |
| Attometer | am |
| Barleycorn | |
| Caliber | cl |
| Cheyne | ch |
| Cloth Nail | cn |
| Cloth Span | cs |
| Cubit(Biblical) | cub. |
| Cubit(Greek) | cub. |
| Decimeter | dm |
| Decameter | dam |
| Exameter | Em |
| Famn | |
| Fathom | ftm |
| Femtometer | fm |
| Fermi | |
| Finger | fing. |
| Furlong | fur |
| Gigameter | Gm |
| Hand | |
| Palm | handb. |
| Hectometer | hm |
| Ken | |
| Kiloparsec | kpc |
| League | |
| Light year | ly |
| Link (chain link) | li |
| Long Elbow | lc |
| Reed | lr |
| Megameter | mm |
| Megaparsec | MPc |
| Micrometer | |
| Mil | |
| Mil(Swedish) | |
| Roman mile | |
| Nanometer | nm |
| Parsec | pc |
| Perch | |
| Petameter | Pm |
| Pike | |
| Picometer | pm |
| Plank | |
| Point | |
| Field | rd |
| Reed(Biblical) | |
| Genus | rd |
| Roman Actus | |
| Russian Arshin | |
| Span | |
| Terameter | Tm |
| Tweep | |
| Microinch | |
| Vara Conuquera | |
| Vara De Tarea | |
| Basic units of length | |
| Centimeter | cm |
| Foot | ft |
| Inch | in |
| Kilometer | km |
| Meters | m |
| Mile (US) | mi |
| Millimeter | mm |
| Nautical mile | Nm |
| Yard | yd |
| Other units of measurement | |
| Elbow | |
| Angstrom | Å |
| Arpan | |
| Astronomical unit | au |
| Attometer | am |
| Barleycorn | |
| Caliber | cl |
| Cheyne | ch |
| Cloth Nail | cn |
| Cloth Span | cs |
| Cubit(Biblical) | cub. |
| Cubit(Greek) | cub. |
| Decimeter | dm |
| Decameter | dam |
| Exameter | Em |
| Famn | |
| Fathom | ftm |
| Femtometer | fm |
| Fermi | |
| Finger | fing. |
| Furlong | fur |
| Gigameter | Gm |
| Hand | |
| Palm | handb. |
| Hectometer | hm |
| Ken | |
| Kiloparsec | kpc |
| League | |
| Light year | ly |
| Link (chain link) | li |
| Long Elbow | lc |
| Reed | lr |
| Megameter | mm |
| Megaparsec | MPc |
| Micrometer | |
| Mil | |
| Mil(Swedish) | |
| Roman mile | |
| Nanometer | nm |
| Parsec | pc |
| Perch | |
| Petameter | Pm |
| Pike | |
| Picometer | pm |
| Plank | |
| Point | |
| Field | rd |
| Reed(Biblical) | |
| Genus | rd |
| Roman Actus | |
| Russian Arshin | |
| Span | |
| Terameter | Tm |
| Tweep | |
| Microinch | |
| Vara Conuquera | |
| Vara De Tarea | |
Conversion result:
Commonly used distance and length calculators
kalkulator.pro
Measurement table
| 1 t | ton | 1 t = 10 c = 1,000 kg = 106 g | ||
| 1 c | hundredweight | 1 c = 100 kg = 105 g | ||
| 1 kg | kilogram | 1 kg = 1,000 g | ||
| 1 g | gram | 1 g = 1,000 kg | ||
| 1 mg | milligram | 1 mg = 0.001 g | ||
| 1 km | kilometer | 1 km = 1,000 m | ||
| 1m | meter | 1 m = 10 dm | ||
| 1 dm | decimeter | 1 dm = 10 cm = 0.1 m | ||
| 1 cm | centimeter | 1 cm = 10 mm = 0.01 m | ||
| 1 mm | millimeter | 1 mm = 1,000 microns = 10-3 m | ||
| 1 micron | micron | 1 μ = 1,000 mmk = 10-6 m | ||
| 1 mmk | millimicron | 1 mmk = 10 Å = 10-9 m | ||
| 1 Å | angstrom | 1 Å =1,000 X = 10-10 m | ||
| 1 X | X | 1 X = 0.001 Å = 10-13 m | ||
| 1 ha | hectare | 1 ha = 100a = 104 m2 | ||
| 1 a | ar | 1 a = 100 m2 = 102 m2 | ||
| 1 m2 | square meter | 1 m2 =100 dm2 | ||
| 1 dm2 | square decimeter | 1 dm2 = 100 cm2 = 0.01 m2 | ||
| 1 cm2 | square centimeter | 1 cm2 = 100 mm2 = 10-4 m2 | ||
| 1 mm2 | square millimeter | 1 mm2 = 0.01 cm2 = 10-6 m2 | ||
| 1 m3 | cubic meter | 1 m3 = 1,000 dm3 | ||
| 1 dm3 | cubic decimeter | 1 dm3 = 1,000 cm3 = 10-3 m3 | ||
| 1 cm3 | cubic centimeter | 1 cm3 = 1,000 mm3 = 10-6 m3 | ||
| 1 mm3 | cubic millimeter | 1 mm3 = 0.001 cm3 = 10-9 m3 | ||
| 1 l | liter | 1 l = 1 dm3 = 1000 cm3 | ||
| 24 hours | day | 24 hours = 86,400 seconds | ||
| 1 hour | hour | 1 hour = 60 minutes = 3,600 seconds | ||
| 1 min | minute | 1 min = 1/1 440 days = 60 sec | ||
| 1 sec | second | 1 sec = 1,000 ms | ||
| 1 ms | millisecond | 1 ms = 1,000 μs = 10-3 s | ||
| 1 µsec | microsecond | 1 µsec = 0.001 msec = 10-6 sec | ||
| 1 at | technical atmosphere | 1 at = 1 kg/cm2 = 735.66 mm Hg. Art. | ||
| 1 mmHg Art. | millimeter of mercury | 1 mmHg Art. = 1.36 G/cm2 | ||
| Atmosphere pressure | = 760 mm Hg. Art. = 1.033 kg/cm2 | |||
| °C | Number of degrees on the centigrade scale | °C = 5 / 4° R = 5 / 9 (°F - 32) = °K - 273 | ||
| °R | Number of degrees of Reaumur | °R = 4 / 5° C = 4 / 9 (°F - 32) = 4 / 5° K - 218.4 | ||
| °F | Number of degrees Fahrenheit | °F = 9 / 5° C+32 = 9 / 4° R +32 = 9 / 5° K – 459.5 | ||
| °K | Kelvin number | °C +273 =5 / 4° R+273=5 / 9° F+255.2 | ||
| 0° | Absolute zero | K= – 273.2 °C | ||
| 1 ka | kiloampere | 1 ka = 1,000 a = 103 a | ||
| 1 a | ampere | 1 a = 1,000 mA | ||
| 1 ma | milliampere | 1 mA = 1,000 mA = 10-3 A | ||
| 1 mka | microampere | 1 mA = 0.001 mA = 10-6 A | ||
| 1 sq. | kilovolt | 1 kV = 1,000 V = 103 V | ||
| 1 in | volt | 1 V = 1,000 mV | ||
| 1 mv | millivolt | 1 mV = 1,000 µV = 10-3 V | ||
| 1 µV | microvolt | 1 µV = 0.001 mV = 10-6 V | ||
| 1 Mohm | mega | 1 Mohm = 1,000 kΩ = 10 6 ohms | ||
| 1 room | kiloohm | 1 com = 1,000 ohm = 10 3 ohm | ||
| 1 ohm | ohm | 1 ohm = 0.001 kom | ||
| 1 kW | kilowatt | 1 kW = 1,000 W = 103 W 1 kW = 102 kg/m in 1 sec = 1.36 l. With. (horsepower) | ||
| 1 watt | watt | 1 W = 1,000 mW 1 W = 1 J (joule) in 1 sec = 107 erg in 1 sec | ||
| 1 mW | milliwatt | 1 mW = 1,000 µW = 10-3 W | ||
| 1 µW | microwatt | 1 µW = 0.001 mW = 10-6 W | ||
| 1 kW × h | kilowatt-hour | 1 kW × h = 10 GW × h | ||
| 1 GW × h | hectowatt-hour | 1 GW × h = 100 W × h | ||
| 1 W × h | watt-hour | 1 watt × h = 3,600 watt × sec (watt-seconds) | ||
| 1 J | joule | 1 J = 1 W × sec | ||
| 1 erg | erg | 1 erg = 10-7 W × sec | ||
| 1 kg/m | kilogrammeter | 1 kg/m = 9.81 W × sec | ||
| 1 kcal | kilocalorie | 1 kcal = 1.16 W × h | ||
| 1 f | farad | 1 f =106 uF | ||
| 1 µF | microfarad | 1 µF = 106 pF = 10-6 f | ||
| 1 pf | picofarad | 1 pf = 10-6 µf = 10-12 f = 0.9 cm | ||
| 1 cm | centimeter | 1 cm = 1.11 pF = 1.11 × 10-6 µF = 1.11 × 10-12 f | ||
| 1 gn | Henry | 1 gn = 1000 mg | ||
| 1 instant | millihenry | 1 mgn = 1,000 μgn = 10-3 gn | ||
| 1 µH | microhenry | 1 μgn = 10-3 mgn = 10-6 gn = 1,000 cm | ||
| 1 cm | centimeter | 1 cm = 10-3 µgn = 10-6 mgn = 10-9 gn | ||
| 1 MHz | megahertz | 1 MHz = 1,000 kHz = 106 Hz | ||
| 1 kHz | kHz | 1 kHz = 1,000 Hz = 10 3 Hz | ||
| 1 Hz | hertz | 1 Hz = 10-3 kHz = 10-6 MHz | ||
calcsbox.com
Types of rolled metal by production method
The production of rolled metal is carried out in rolling mills (blank, sheet, section, pipe rolling and others). Depending on the temperature of the billet deformation process, a distinction is made between hot rolling (above recrystallization temperatures), warm and cold rolling (below recrystallization temperatures). For steel billets, regardless of the planned profile, the first stage of deformation is hot rolling. Softer non-ferrous metals and alloys can be immediately processed at temperatures below the threshold of recrystallization processes.
After hot rolling, products with low surface quality (scale is present) and dimensional parameters are obtained. To remove scale, various methods of mechanical and chemical treatment are used. Cold deformation technologies (rolling, broaching) make it possible to obtain products of precise shape and size.
Profile pipe weight 1 meter | TABLE
Square
| Pipe parameters | Length | MP weight. |
| Weight of square profile | ||
| Profile 15×15x1.0 | 6m | 0.479 kg/m |
| Profile 15×15x1.2 | 6m | 0.501 kg/m |
| Profile 15×15x1.5 | 6m | 0.605 kg/m |
| Profile 20×20x1.2 | 6m | 0.689 kg/m |
| Profile 20×20x1.5 | 6m | 0.841 kg/m |
| Profile 20×20x2 | 6m | 1.08 kg/m |
| Profile 25×25x1.2 | 6m | 0.877 kg/m |
| Profile 25×25x1.5 | 6m | 1.07 kg/m |
| Profile 25×25x2 | 6m | 1.39 kg/m |
| Profile 30×30x1.5 | 6m | 1.31 kg/m |
| Profile 30×30x2 | 6m | 1.70 kg/m |
| Profile 40×40x1.5 | 6m | 1.78 kg/m |
| Profile 40×40x2 | 6m | 2.33 kg/m |
| Profile 40×40x2.5 | 6m | 2.85 kg/m |
| Profile 40×40x3 | 6m | 3.36 kg/m |
| Profile 40×40x4 | 6m | 4.30 kg/m |
| Profile 50×50x2.5 | 6m | 3.64 kg/m |
| Profile 50×50x3 | 6m | 4.31 kg/m |
| Profile 50×50x3.5 | 6m | 4.94 kg/m |
| Profile 50×50x4 | 6m | 5.56 kg/m |
| Profile 60×60x2 | 6m | 3.59 kg/m |
| Profile 60×60x2.5 | 6m | 4.43 kg/m |
| Profile 60×60x3 | 6m | 5.25 kg/m |
| Profile 60×60x3.5 | 6m | 6.04 kg/m |
| Profile 60×60x4 | 6m | 6.82 kg/m |
| Profile 80×80x3 | 12m | 7.13 kg/m |
| Profile 80×80x4 | 12m | 9.33 kg/m |
| Profile 80×80x5 | 12m | 11.44 kg/m |
| Profile 80×80x6 | 12m | 13.46 kg/m |
| Profile 100×100x3 | 12m | 9.02 kg/m |
| Profile 100×100x4 | 12m | 11.84 kg/m |
| Profile 100×100x5 | 12m | 14.58 kg/m |
| Profile 100×100x6 | 12m | 17.22 kg/m |
| Profile 100×100x7 | 12m | 17.3 kg/m |
| Profile 100×100x8 | 12m | 22.25 kg/m |
| Profile 120×120x4 | 12m | 14.35 kg/m |
| Profile 120×120x5 | 12m | 17.72 kg/m |
| Profile 120×120x6 | 12m | 20.99 kg/m |
| Profile 120×120x8 | 12m | 27.27 kg/m |
| Profile 140×140x5 | 12m | 20.86 kg/m |
| Profile 140×140x6 | 12m | 24.76 kg/m |
| Profile 150×150x5 | 12m | 22.43 kg/m |
| Profile 150×150x6 | 12m | 26.64 kg/m |
| Profile 150×150x8 | 12m | 34.81 kg/m |
| Profile 160×160x4 | 12m | 19.38 kg/m |
| Profile 160×160x5 | 12m | 24.00 kg/m |
| Profile 160×160x6 | 12m | 28.53 kg/m |
| Profile 160×160x8 | 12m | 37.32 kg/m |
| Profile 180×180x5 | 12m | 27.14 kg/m |
| Profile 180×180x6 | 12m | 32.30 kg/m |
| Profile 180×180x8 | 12m | 42.34 kg/m |
| Profile 180×180x10 | 12m | 52.03 kg/m |
| Profile 200×200x6 | 12m | 36.06 kg/m |
| Profile 200×200x8 | 12m | 47.37 kg/m |
| Profile 200×200x10 | 12m | 58.31 kg/m |
| Profile 200×200x12 | 12m | 68.89 kg/m |
| Profile 250×250x6 | 12m | 45.48 kg/m |
| Profile 250×250x8 | 12m | 59.93 kg/m |
| Profile 250×250x10 | 12m | 74.01 kg/m |
| Profile 250×250x12 | 12m | 87.73 kg/m |
| Profile 300×300x6 | 12m | 54.90 kg/m |
| Profile 300×300x8 | 12m | 72.49 kg/m |
| Profile 300×300x10 | 12m | 89.71 kg/m kg/m |
| Profile 300×300x12 | 12m | 106.6 kg/m |
Rectangular
| Pipe parameters | Length | Weight of 1 linear meter |
| Weight of rectangular profile | ||
| Profile 20x10x1.2 | 6m | 0.501 kg/m |
| Profile 20x10x1.5 | 6m | 0.605 kg/m |
| Profile 25x10x1.5 | 6m | 0.723 kg/m |
| Profile 28x25x1.2 | 6m | 0.934 kg/m |
| Profile 28x25x1.5 | 6m | 1.15 kg/m |
| Profile 28x25x2 | 6m | 1.48 kg/m |
| Profile 30x15x1.5 | 6m | 0.959 kg/m |
| Profile 30x20x1.5 | 6m | 1.08 kg/m |
| Profile 30x20x2 | 6m | 1.39 kg/m |
| Profile 40x20x1.5 | 6m | 1.31 kg/m |
| Profile 40x20x2 | 6m | 1.70 kg/m |
| Profile 40x25x1.5 | 6m | 1.43 kg/m |
| Profile 40x25x2 | 6m | 1.86 kg/m |
| Profile 40x25x2.5 | 6m | 2.27 kg/m |
| Profile 50x25x1.5 | 6m | 1.67 kg/m |
| Profile 50x20x2 | 6m | 2.02 kg/m |
| Profile 50x25x2 | 6m | 2.17 kg/m |
| Profile 50x30x2 | 6m | 2.32 kg/m |
| Profile 50x30x2.5 | 6m | 2.86 kg/m |
| Profile 50x40x2.0 | 6m | 2.65 kg/m |
| Profile 50x40x2.5 | 6m | 3.25 kg/m |
| Profile 50x40x3.5 | 6m | 4.39 kg/m |
| Profile 60x30x2 | 6m | 2.65 kg/m |
| Profile 60x30x2.5 | 6m | 3.25 kg/m |
| Profile 60x30x3 | 6m | 3.83 kg/m |
| Profile 60x40x2 | 6m | 2.96 kg/m |
| Profile 60x40x3 | 6m | 4.30 kg/m |
| Profile 60x40x3.5 | 6m | 4.94 kg/m |
| Profile 60x40x4 | 6m | 5.56 kg/m |
| Profile 80x40x2 | 6m | 3.59 kg/m |
| Profile 80x40x2.5 | 6m | 4.43 kg/m |
| Profile 80x40x3 | 6m | 5.25 kg/m |
| Profile 80x40x4 | 6m | 6.82 kg/m |
| Profile 80x60x3 | 6m | 6.19 kg/m |
| Profile 80x60x4 | 6m | 8.07 kg/m |
| Profile 100x50x3 | 12m | 6.66 kg/m |
| Profile 100x50x4 | 12m | 8.70 kg/m |
| Profile 100x50x5 | 12m | 10.65 kg/m |
| Profile 100x60x3 | 12m | 7.13 kg/m |
| Profile 100x60x4 | 12m | 9.33 kg/m |
| Profile 100x60x5 | 12m | 11.44 kg/m |
| Profile 100x80x4 | 12m | 10.59 kg/m |
| Profile 100x80x5 | 12m | 13.01 kg/m |
| Profile 120x60x3 | 12m | 8.07 kg/m |
| Profile 120x60x4 | 12m | 10.59 kg/m |
| Profile 120x60x5 | 12m | 13.00 kg/m |
| Profile 120x80x4 | 12m | 11.84 kg/m |
| Profile 120x80x5 | 12m | 13.01 kg/m |
| Profile 120x80x6 | 12m | 17.22 kg/m |
| Profile 140x60x4 | 12m | 11.84 kg/m |
| Profile 140x60x5 | 12m | 14.58 kg/m |
| Profile 140x100x4 | 12m | 14.35 kg/m |
| Profile 140x100x5 | 12m | 17.72 kg/m |
| Profile 140x100x6 | 12m | 20.99 kg/m |
| Profile 150x100x5 | 12m | 18.50 kg/m |
| Profile 150x100x6 | 12m | 21.93 kg/m |
| Profile 150x100x8 | 12m | 28.53 kg/m |
| Profile 160x80x5 | 12m | 17.72 kg/m |
| Profile 160x120x5 | 12m | 20.86 kg/m |
| Profile 160x120x6 | 12m | 24.76 kg/m |
| Profile 180x100x6 | 12m | 24.76 kg/m |
| Profile 180x100x8 | 12m | 32.29 kg/m |
| Profile 200x120x5 | 12m | 24.00 kg/m |
| Profile 200x120x6 | 12m | 28.53 kg/m |
| Profile 200x160x5 | 12m | 27.14 kg/m |
| Profile 200x160x6 | 12m | 32.30 kg/m |
| Profile 230x160x8 | 12m | 46.11 kg/m |
The calculation table was shown above.
Sale
These products are sold in 6 meter lengths. However, if necessary, they are cut into fragments of 1 meter, 2 meters, and so on. Accordingly, when calculating weight, you should focus on 1 linear meter of the product.
You should indicate several basic values for the weight of the profile pipe:
- With a minimum cross-section of 1 centimeter and a minimum thickness of 1 mm, the weight of 1 linear meter of the product will be 269 grams;
- By increasing the size to 2 centimeters and the thickness to 1.5 mm, the weight of the product will increase and amount to 841 grams;
- If it is equal to 10 centimeters, and the size of the walls reaches 8 mm, the weight of the product will be equal to 22 kilograms;
- With a maximum size of 18 centimeters and a maximum thickness of 1.4 cm, the mass of the products will reach 70 kilograms per 1 linear meter.
The described characteristics comply with GOST standards.
Types of rolled metal by material of manufacture
Types of non-ferrous metals and alloys used in the production of rolled metal:
- Aluminum and alloys based on it belong to the category of lightweight materials. Most often, it is not the metal itself that is used, but alloys based on it: duralumin, manganese and magnesium-containing. In duralumin alloys, the main alloying component is copper. Aluminum and its alloys are characterized by the following advantages: low weight (the density of aluminum is approximately 3 times lower than that of steel), ease of processing, and corrosion resistance, which is increased by cladding—coating the surface with high-frequency aluminum. The main areas of application of these materials are aircraft manufacturing, mechanical engineering, and construction.
- Copper and alloys based on it . The most popular types of copper alloys are brass (whose main components are copper and zinc) and bronze (whose main components are copper and tin). These materials are characterized by high thermal and electrical conductivity, resistance to the appearance and development of corrosion, resistance to low and high temperatures, and ultraviolet radiation.
The following types of steel are used in the production of rolled steel:
- Undoped . Steels belonging to this category are often called “black”. They contain: iron, carbon, standard impurities, alloying components, the total amount of which does not exceed 1%. Depending on the percentage of carbon, these steels are divided into low-carbon (C up to 0.25%), medium-carbon (C - 0.25-0.6%), high-carbon (C - 0.6-2.0%).
- Low alloyed . Low-alloy steel grades contain alloying elements, the total percentage of which is no more than 2.5%. Additives present in the composition serve to improve the required qualities of the metal - strength, toughness, resistance to low and high temperatures.
- Alloyed . The composition contains alloying additives - more than 2.5% of the total amount of all components. This category includes the following brands: stainless (at least 13% chromium), heat-resistant, heat-resistant, acid-resistant.
