1040 4330 5110 6110 73101075 4730 5120 6115 73201095 4820 5130 61501240 4910 5140 61601270 4920 5180 62101290 4921 5310 62501420 4923 5325 66101430 4925 5340 66151440 4927 5341 66251450 4931 5342 66951560 4933 53551615 49351620 4940 54201650 4960 54451660 4970 56701680 56751710 58201720 58551730 58651740 58951820 59301840 59351850 59401860 5945

5960

597559775985

5999

Material - powder, ore, solids, etc.

Alfalfa, ground

Alum, lumpy

Alum, pulverized

Alumina

Aluminum, oxide

Ammonia gas

Ammonium Nitrate

Ammonium Sulphate - dry

Ammonium Sulphate - wet

Andesite, solid

Antimony, cast

Apples

Arsenic

Asbestos - shredded

Asbestos rock

Ashes - wet

Ashes - dry

Asphalt, crushed

Babbitt

Bagasse

Bakelite, solid

Baking powder

This table is a data information resource for the specific gravity of many common general materials. While the data is extremely useful for design, actual individual samples will probably differ. Temperature and purity will often have a definite effect. As 1000kg of pure water @ 4°C = 1 cubic meter, those materials under 1000kg per cubic meter will float; more dense materials will obviously sink. Those materials have a specific gravity more than 1. Pure water at 4°C (the maximum density) was chosen as the accepted standard for specific gravity and given the value of 1. Some other standards set pure water at 60°F as sg = 1 so it is more correct to state the base used. The specific gravity of all other materials are compared to water as a fraction heavier or fraction lighter density, no matter how small or large the fraction is. For example, ammonium nitrate has a specific gravity (sg) of 0.73 while dry ammonium sulphate has a sg of 1.13 (1130 kilograms/cubic meter). As specific gravity is just a comparison, it can be applied across any units. The density of pure water is also 62.4 lbs/cu.ft (pounds per cubic foot) and if we know that a sample of ammonium nitrate has a sg of 0.73 then we can calculate that its density is 0.73 x 62.4 = 45.552 lbs/cu.ft. As general information, kg/cu.m divided by 16.01846 = lbs/cu.ft. Below the table, there are two converters to change designations and values of information. Set the quantity value you want in the appropriate field and click anywhere on the page. The answer will show in the opposite field.

Barium

Bark, wood refuse

Barley

Barite, crushed

Basalt, broken

Basalt, solid

Bauxite, crushed

Beans, castor

Beans, cocoa

Beans, navy

Beans, soy

Beeswax

Beets

Bentonite

Bicarbonate of soda

Bismuth

Bones, pulverized

Borax, fine

Bran

Brewers grain

Brick, common red

Brick, fire clay

Brick, silica

Brick, chrome

Brick, magnesia

Buckwheat

Butter

Cadmium

Calcium carbide

Caliche

Carbon, solid

Carbon, powdered

Carbon dioxide

Carbon monoxide

Cardboard

Cement - clinker

Cement, Portland

Cement, mortar

Cement, slurry

Chalk, solid

Chalk, lumpy

Chalk, fine

Charcoal

Chloroform

Chocolate, powder

Chromic acid, flake

Chromium

Chromium ore

Cinders, furnace

Cinders, Coal, ash

Clay, dry excavated

Clay, wet excavated

Clay, dry lump

Clay, fire

Clay, wet lump

Clay, compacted

Clover seed

Coal, Anthracite, solid

Coal, Anthracite, broken

Coal, Bituminous, solid

Coal, Bituminous, broken

Cobaltite ( cobolt ore )

Coconut, meal

Coconut, shredded

Coffee, fresh beans

Coffee, roast beans

Coke

Concrete, Asphalt

Concrete, Gravel

Concrete, Limestone with Portland

Copper ore

Copper sulfate, ground

Copra, medium size

Copra, meal, ground

Copra, expeller cake ground

Copra, expeller cake chopped

Cork, solid

Cork, ground

Corn, on the cob

Corn, shelled

Corn, grits

Cottonseed, dry, de-linted

Cottonseed, dry, not de-linted

Cottonseed, cake, lumpy

Cottonseed, hulls

Cottonseed, meal

Cottonseed, meats

Cottonwood

Cryolite

Cullet

Culm

Dolomite, solid

Dolomite, pulverized

Dolomite, lumpy

Earth, loam, dry, excavated

Earth, moist, excavated

Earth, wet, excavated

Earth, dense

Earth, soft loose mud

Earth, packed

Earth, Fullers, raw

Emery

Ether

Feldspar, solid

Feldspar, pulverized

Fertilizer, acid phosphate

Fish, scrap

Fish, meal

Flaxseed, whole

Flint - silica

Flour, wheat

Flue dust

Fluorspar, solid

Fluorspar, lumps

Fluorspar, pulverized

Fullers Earth - raw or burnt

Galena ( lead ore )

Garbage, household rubbish

Glass - broken or cullet

Glass, window

Glue, animal, flaked

Glue, vegetable, powdered

Gluten, meal

Gneiss, bed in place

Gneiss, broken

Granite, solid

Granite, broken

Graphite, flake

Grain - Maize

Grain - Barley

Grain - Millet

Grain - Wheat

Gravel, loose, dry

Gravel, with sand, natural

Gravel, dry 1/4 to 2 inch

Gravel, wet 1/4 to 2 inch

Gummite ( uranium ore )

Gypsum, solid

Gypsum, broken

Gypsum, crushed

Gypsum, pulverized

Halite (salt), solid

Halite (salt), broken

Hematite ( iron ore )

Hemimorphite ( zinc ore )

Hydrochloric acid 40%

Ice, solid

Ice, crushed

Ilmenite

Iridium

Iron ore - crushed

Iron oxide pigment

Iron Pyrites

Iron sulphate - pickling tank - dry

Iron sulphate - pickling tank - wet

Ivory

Kaolin, green crushed

Kaolin, pulverized

Lead, rolledtd>

Lead, red

Lead, white pigment

Leather

Lignite, dry

Lime, quick, lump

Lime, quick, fine

Lime, stone, large

Lime, stone, lump

Lime, hydrated

Lime, wet or mortar

Limonite, solid

Limonite, broken

Limestone, solid

Limestone, broken

Limestone, pulverized

Linseed, whole

Linseed, meal

Locust, dry

Magnesite, solid

Magnesium oxide

Magnesium sulphate, crystal

Magnetite, solid ( iron ore )

Magnetite, broken

Malachite ( copper ore )

Malt

Manganese, solid

Manganese oxide

Manure

Marble, solid

Marble, broken

Marl, wet, excavated

Mica, solid

Mica, broken

Mica - flake

Mica - powder

Milk, powdered

Molybdenum ore

Mortar, wet

Mud, packed

Mud, fluid

Nickel ore

Nickel, rolled

Nickel silver

Nitric acid, 91%

Nitrogen

Oak, red

Oats

Oats, rolled

Oil cake

Oil, linseed

Oil, petroleum

Oxygen

Oyster shells, ground

Paper, standard

Peanuts, shelled

Peanuts, not shelled

Peat, dry

Peat, moist

Peat, wet

Pecan wood

Phosphate rock, broken

Phosphorus

Pitch

Plaster

Platinum ore

Porcelain

Porphyry, solid

Porphyry, broken

Potash

Potassium chloride

Potatoes, white

Pumice, stone

Pyrite (fool's gold)

Quartz, solid

Quartz, lump

Quartz sand

Resin, synthetic, crushed

Rice, hulled

Rice, rough

Rice grits

Rip-Rap

Rock - soft - excavated with shovel

Rosin

Rubber, caoutchouc

Rubber, manufactured

Rubber, ground scrap

Rye

Salt cake

Salt, course

Salt, fine

Saltpeter

Sand, wet

Sand, wet, packed

Sand, dry

Sand, loose

Sand, rammed

Sand, water filled

Sand with Gravel, dry

Sand with Gravel, wet

Sandstone, solid

Sandstone, broken

Sawdust

Sewage, sludge

Shale, solid

Shale, broken

Shells - oyster

Sinter

Slag, solid

Slag, broken

Slag, crushed, 1/4 inch

Slag, furn. granulated

Slate, solid

Slate, broken

Slate, pulverized

Smithsonite ( zinc ore )

Snow, freshly fallen

Snow, compacted

Soap, solid

Soap, chips

Soap, flakes

Soap, powdered

Soapstone talc

Soda Ash, heavy

Soda Ash, light

Sodium

Sodium Aluminate, ground

Sodium Nitrate, ground

Soy beans, whole

Starch, powdered

Stone, crushed

Stone (common, generic)

Sugar, brown

Sugar, powdered

Sugar, granulated

Sugar, raw cane

Sugarbeet pulp, dry

Sugarbeet pulp, wet

Sugarcane

Sulphur, solid

Sulphur, lump

Sulphur, pulverized

Taconite

Talc, solid

Talc, broken

Tanbark, ground

Tankage

Tar

Tobacco

Trap rock, solid

Trap rock, broken

Turf

Turpentine

Walnut, black, dry

Water, pure

Water, seatd>

Wheat

Wheat, cracked

Wood chips - dry

Wool

Zinc oxide

kg/cu.m lbs/cu.ft. lbs/cu.in. Liquid Temp

256 15.9816 0.0092 1,1,2-Trichlorotrifluoroethane 25 C

881 54.9990 0.0318 1,2,4-Trichlorobenzene 20 C

753 47.0083 0.0272 1,4-Dioxane 20 C

961 59.9933 0.0347 2-Methoxyethanol 20 C

1522 95.0154 0.0550 Acetic Acid 25 C

0.77 0.0481 0.0000 Acetone 25 C

730 45.5724 0.0264 Acetonitrile 20 C

1130 70.5436 0.0408 Alcohol, ethyl 25 C

1290 80.5321 0.0466 Alcohol, methyl 25 C

2771 172.9879 0.1001 Alcohol, propyl 25 C

6696 418.0177 0.2419 Ammonia (aqua) 25 C

641 40.0163 0.0232 Analine 25 C

5671 354.0290 0.2049 Automobile oils 15 C

360+/-40 22.4741 0.0130 Beer (varies) 10 C

1600 99.8848 0.0578 Benzene 25 C

810 (+/-80) 50.5667 0.0293 Benzil 25 C

610 (+/-40) 38.0811 0.0220 Brine 15 C

721 45.0106 0.0260 Bromine 25 C

7272 453.9762 0.2627 Butyric Acid 20 C

120 7.4914 0.0043 Butane 25 C

1362 85.0269 0.0492 20 C

721 45.0106 0.0260 20 C

This table is a data information resource for the specific gravity of many common general materials. While the data is extremely useful for design, actual individual samples will probably differ. Temperature and purity will often have a definite effect. As 1000kg of pure water @ 4°C = 1 cubic meter, those materials under 1000kg per cubic meter will float; more dense materials will obviously sink. Those materials have a specific gravity more than 1. Pure water at 4°C (the maximum density) was chosen as the accepted standard for specific gravity and given the value of 1. Some other standards set pure water at 60°F as sg = 1 so it is more correct to state the base used. The specific gravity of all other materials are compared to water as a fraction heavier or fraction lighter density, no matter how small or large the fraction is. For example, ammonium nitrate has a specific gravity (sg) of 0.73 while dry ammonium sulphate has a sg of 1.13 (1130 kilograms/cubic meter). As specific gravity is just a comparison, it can be applied across any units. The density of pure water is also 62.4 lbs/cu.ft (pounds per cubic foot) and if we know that a sample of ammonium nitrate has a sg of 0.73 then we can calculate that its density is 0.73 x 62.4 = 45.552 lbs/cu.ft. As general information, kg/cu.m divided by 16.01846 = lbs/cu.ft. Below the table, there are two converters to change designations and values of information. Set the quantity value you want in the appropriate field and click anywhere on the page. The answer will show in the opposite field.

This table is a data information resource for the specific gravity of many common liquids. While the data is extremely useful for design, actual individual samples will probably differ. Temperature and purity will often have a definite effect. As 1000kg of pure water @ 4°C = 1 cubic meter, those materials under 1000kg per cubic meter will float; more dense materials will obviously sink. Those materials have a specific gravity more than 1. Pure water at 4°C (the maximum density) was chosen as the accepted standard for specific gravity and given the value of 1. Some other standards set pure water at 60°F as sg = 1 so it is more correct to state the base used. The specific gravity of all other materials are compared to water as a fraction heavier or fraction lighter density, no matter how small or large the fraction is. For example, acetic acid has a specific gravity (sg) of 1.0491 while acetone has a sg of 0.785 (784.58 kg/cu.m). As specific gravity is just a comparison, it can be applied across any units. The density of pure water is also 62.4 lbs/cu.ft (pounds per cubic foot) and if we know that a sample of ethyl alcohol has a sg of 0.785 then we can calculate that its density is 0.785 x 62.4 = 49 lbs/cu.ft. As general information, kg/cu.m divided by 16.01846 = lbs/cu.ft. Below the table, there are two converters to change designations and values of information. Set the quantity value you want in the appropriate field and click anywhere on the page. The answer will show in the opposite field.

n-Butyl Acetate

n-Butyl Alcohol

3780 235.9777 0.1366 20 C

240 14.9827 0.0087 Caproic acid 25 C

609 38.0186 0.0220 Carbolic acid 15 C

2883 179.9798 0.1042 Carbon disulfide 25 C

1954 121.9843 0.0706 Carbon tetrachloride 25 C

3011 187.9706 0.1088 Carene 25 C

1281 79.9702 0.0463 Castor oil 25 C

577 36.0209 0.0208 Chloride 25 C

593 37.0198 0.0214 Chlorobenzene 20 C

801 50.0048 0.0289 Chloroform 20 C

721 45.0106 0.0260 Chloroform 25 C

961 59.9933 0.0347 Citric acid 25 C

721 45.0106 0.0260 Coconut oil 15 C

593 37.0198 0.0214 Cotton seed oil 15 C

689 43.0129 0.0249 Cresol 25 C

9787 610.9826 0.3536 Creosote 15 C

881 54.9990 0.0318 Crude oil, 48° API 60 F

849 53.0013 0.0307 Crude oil, 40° API 60 F

256 15.9816 0.0092 Crude oil, 35.6° API 60 F

432 26.9689 0.0156 Crude oil, 32.6° API 60 F

1922 119.9866 0.0694 Crude oil, California 60 F

2403 150.0144 0.0868 Crude oil, Mexican 60 F

2050 127.9773 0.0741 Crude oil, Texas 60 F

2803 174.9856 0.1013 Cumene 25 C

2563 160.0029 0.0926 Cyclohexane 20 C

657 41.0152 0.0237 Cyclopentane 20 C

865 54.0002 0.0313 Decane 25 C

8650 540.0020 0.3125 Diesel fuel oil 20 to 60 15 C

1201 74.9760 0.0434 Diethyl ether 20 C

1442 90.0211 0.0521 20 C

2146 133.9704 0.0775 Dichloromethane 20 C

80 4.9942 0.0029 Diethylene glycol 15 C

1.98 0.1236 0.0001 Dichloromethane 20 C

n-Butyl Chloride

o-Dichlorobenzene

1.25 0.0780 0.0000 Dimethyl Acetamide 20 C

689 43.0129 0.0249 20 C

1415 (+/-125) 88.3356 0.0511 Dimethyl Sulfoxide 20 C

1506 94.0165 0.0544 Dodecane 25 C

2162 134.9693 0.0781 Ethane -89 C

1442 90.0211 0.0521 Ether 25 C

2499 156.0075 0.0903 Ethylamine 16 C

1442 90.0211 0.0521 Ethyl Acetate 20 C

1121 69.9818 0.0405 Ethyl Alcohol 20 C

208 12.9850 0.0075 Ethyl Ether 20 C

1522 95.0154 0.0550 Ethylene Dichloride 20 C

641 40.0163 0.0232 Ethylene glycol 25 C

1201 74.9760 0.0434 Fluorine refrigerant R-12 25 C

6856 428.0062 0.2477 Formaldehyde 45 C

2162 134.9693 0.0781 Formic acid 10% concentration 20 C

913 56.9967 0.0330 Formic acid 80% concentration 20 C

641 40.0163 0.0232 Freon - 11 21 C

1089 67.9841 0.0393 Freon - 21 21 C

1826 113.9935 0.0660 Fuel oil 60 F

1073 66.9852 0.0388 Furan 25 C

1362 85.0269 0.0492 Furforol 25 C

1602 100.0096 0.0579 Gasoline, natural 60 F

1746 108.9992 0.0631 Gasoline, Vehicle 60 F

769 48.0071 0.0278 Gas oils 60 F

1506 94.0165 0.0544 Glucose 60 F

1105 68.9829 0.0399 Glycerin 25 C

1346 84.0281 0.0486 Glyme 20 C

833 52.0025 0.0301 Glycerol 25 C

6295 392.9841 0.2274 Heptane 25 C

513 32.0256 0.0185 Hexane 25 C

352 21.9746 0.0127 Hexanol 25 C

561 35.0221 0.0203 Hexene 25 C

432 26.9689 0.0156 Hydrazine 25 C

N,N-Dimethylformamide

610 (+/-40) 38.0811 0.0220 Iodine 25 C

2243 140.0259 0.0810 Ionene 25 C

2403 150.0144 0.0868 Isobutyl Alcohol 20 C

2371 148.0167 0.0857 Iso-Octane 20 C

2265 (+/-325) 141.3994 0.0818 Isopropyl Alcohol 20 C

3604 224.9904 0.1302 Isopropyl Myristate 20 C

529 33.0244 0.0191 Kerosene 60 F

641 40.0163 0.0232 Linolenic Acid 25 C

513 32.0256 0.0185 Linseed oil 25 C

465 29.0290 0.0168 Methane -164 C

240 14.9827 0.0087 Methanol 20 C

160 9.9885 0.0058 Methyl Isoamyl Ketone 20 C

721 45.0106 0.0260 Methyl Isobutyl Ketone 20 C

721 45.0106 0.0260 20 C

673 42.0140 0.0243 20 C

561 35.0221 0.0203 20 C

320 19.9770 0.0116 Methyl Ethyl Ketone (MEK) 20 C

673 42.0140 0.0243 MEK 25 C

192 11.9862 0.0069 Milk 15 C

593 37.0198 0.0214 Naphtha 15 C

641 40.0163 0.0232 Naphtha, wood 25 C

416 25.9700 0.0150 Napthalene 25 C

1602 100.0096 0.0579 Ocimene 25 C

1602 100.0096 0.0579 Octane 15 C

753 47.0083 0.0272 Olive oil 20 C

2899 180.9787 0.1047 Oxygen (liquid)

737 46.0094 0.0266 Palmitic Acid 25 C

1522 95.0154 0.0550 Pentane 20 C

1249 77.9725 0.0451 Pentane 25 C

1442 90.0211 0.0521 Petroleum Ether 20 C

1602 100.0096 0.0579 Petrol, natural 60 F

2002 124.9808 0.0723 Petrol, Vehicle 60 F

1730 108.0004 0.0625 Phenol 25 C

Methyl n-Propyl Ketone

Methyl t-Butyl Ether

N-Methylpyrrolidone

-183 C

1522 95.0154 0.0550 Phosgene 0 C

673 42.0140 0.0243 Phytadiene 25 C

4005 250.0240 0.1447 Pinene 25 C

737 46.0094 0.0266 Propane -40 C

2563 160.0029 0.0926 Propane, R-290 25 C

1233 76.9737 0.0445 Propanol 25 C

961 59.9933 0.0347 Propylene Carbonate 20 C

721 45.0106 0.0260 Propylene 25 C

593 37.0198 0.0214 20 C

721 45.0106 0.0260 Propylene glycol 25 C

1390 86.7749 0.0502 Pyridine 25 C

593 37.0198 0.0214 Pyrrole 25 C

1735 (+/-285) 108.3125 0.0627 Rape seed oil 20 C

3204 200.0192 0.1158 Resorcinol 25 C

1602 100.0096 0.0579 Rosin oil 15 C

1442 90.0211 0.0521 Sabiname 25 C

650 (+/-80) 40.5782 0.0235 Sea water 25 C

7500 (+/-100) 468.2098 0.2710 Silane 25 C

481 30.0279 0.0174 Sodium Hydroxide (caustic soda) 15 C

1615 (+/-325) 100.8212 0.0583 Sorbaldehyde 25 C

2579 161.0017 0.0932 Soya bean oil 15 C

561 35.0221 0.0203 Stearic Acid 25 C

641 40.0163 0.0232 Sulphuric Acid 95% conc. 20 C

625 39.0175 0.0226 Sugar solution 68 brix 15 C

2867 178.9810 0.1036 Sunflower oil 20 C

1858 115.9912 0.0671 Styrene 25 C

2691 167.9937 0.0972 Terpinene 25 C

1650 103.0062 0.0596 Tetrahydrofuran 20 C

641 40.0163 0.0232 Toluene 20 C

760 47.4453 0.0275 Toluene 25 C

600 37.4568 0.0217 Triethylamine 20 C

760- 800 #VALUE! #VALUE! Trifluoroacetic Acid 20 C

780- 800 #VALUE! #VALUE! Turpentine 25 C

n-Propyl Alcohol

1522 95.0154 0.0550 Water, pure 4 C

1922 119.9866 0.0694 Water, sea 77 F

1682 105.0039 0.0608 Whale oil 15 C

2002 124.9808 0.0723 20 C

3890 - 6400 #VALUE! #VALUE!

2787 173.9868 0.1007

1290-1600 #VALUE! #VALUE!

1602 100.0096 0.0579

1121 69.9818 0.0405

2323 145.0202 0.0839

1506 94.0165 0.0544

5095 - 5205 #VALUE! #VALUE!

3395 - 3490 #VALUE! #VALUE!

1201 74.9760 0.0434

919 57.3713 0.0332

593 37.0198 0.0214

2307 144.0213 0.0833

22154 1383.0293 0.8004

2500 (+/-400) 156.0699 0.0903

400 24.9712 0.0145

2400 149.8271 0.0867

1200 74.9136 0.0434

1290 80.5321 0.0466

1842 114.9923 0.0665

1025 63.9887 0.0370

352 21.9746 0.0127

11389 710.9922 0.4115

3684 229.9847 0.1331

4085 255.0183 0.1476

945 58.9944 0.0341

801 50.0048 0.0289

849 53.0013 0.0307

1201 74.9760 0.0434

o-Xylene

2691 167.9937 0.0972

1538 96.0142 0.0556

481 30.0279 0.0174

1540 96.1391 0.0556

3796 236.9766 0.1371

2467 154.0098 0.0891

2611 162.9994 0.0943

1554 97.0131 0.0561

1394 87.0246 0.0504

753 47.0083 0.0272

513 32.0256 0.0185

705 44.0117 0.0255

3011 187.9706 0.1088

1940 121.1103 0.0701

1121 69.9818 0.0405

5046 315.0116 0.1823

3284 205.0135 0.1186

3750 - 3960 #VALUE! #VALUE!

336 20.9758 0.0121

7609 475.0145 0.2749

1922 119.9866 0.0694

400 24.9712 0.0145

2563 160.0029 0.0926

1570 98.0119 0.0567

2243 140.0259 0.0810

2883 179.9798 0.1042

1602 100.0096 0.0579

520 32.4625 0.0188

986 61.5540 0.0356

449 28.0302 0.0162

1600 99.8848 0.0578

2403 150.0144 0.0868

1906 118.9877 0.0689

1730 108.0004 0.0625

1600 99.8848 0.0578

8666 541.0008 0.3131

8442 527.0170 0.3050

1506 94.0165 0.0544

1.26 0.0787 0.0000

705 44.0117 0.0255

432 26.9689 0.0156

304 18.9781 0.0110

785 49.0060 0.0284

942 58.8072 0.0340

881 54.9990 0.0318

1.43 0.0893 0.0001

849 53.0013 0.0307

1201 74.9760 0.0434

641 40.0163 0.0232

272 16.9804 0.0098

400 24.9712 0.0145

801 50.0048 0.0289

1121 69.9818 0.0405

753 47.0083 0.0272

1762 109.9981 0.0637

2339 146.0190 0.0845

1153 71.9795 0.0417

849 53.0013 0.0307

2600 162.3127 0.0939

2403 150.0144 0.0868

2547 159.0040 0.0920

1650 103.0062 0.0596

1281 79.9702 0.0463

2002 124.9808 0.0723

769 48.0071 0.0278

641 40.0163 0.0232

2400 - 5015 #VALUE! #VALUE!

2643 164.9971 0.0955

1554 97.0131 0.0561

1201 74.9760 0.0434

561 35.0221 0.0203

753 47.0083 0.0272

577 36.0209 0.0208

689 43.0129 0.0249

1602 100.0096 0.0579

1600-1780 #VALUE! #VALUE!

1073 66.9852 0.0388

945 58.9944 0.0341

1522 95.0154 0.0550

481 30.0279 0.0174

705 44.0117 0.0255

1442 90.0211 0.0521

801 50.0048 0.0289

1201 74.9760 0.0434

1201 74.9760 0.0434

1922 119.9866 0.0694

2082 129.9750 0.0752

1602 100.0096 0.0579

1442 90.0211 0.0521

1682 105.0039 0.0608

1922 119.9866 0.0694

1650 103.0062 0.0596

2020 126.1045 0.0730

2323 145.0202 0.0839

1410 (+/-40) 88.0234 0.0509

210 13.1099 0.0076

721 45.0106 0.0260

2675 166.9948 0.0966

1586 99.0108 0.0573

800 49.9424 0.0289

1890 (+/-290) 117.9889 0.0683

2114 131.9727 0.0764

1762 109.9981 0.0637

1185 73.9771 0.0428

961 59.9933 0.0347

2691 167.9937 0.0972

1370 (+/-802) 85.5263 0.0495

1362 85.0269 0.0492

4300 268.4403 0.1553

160 9.9885 0.0058

481 30.0279 0.0174

801 50.0048 0.0289

160 9.9885 0.0058

160 9.9885 0.0058

368 22.9735 0.0133

2400 149.8271 0.0867

1080 67.4222 0.0390

432 26.9689 0.0156

977 60.9921 0.0353

1153 71.9795 0.0417

1201 74.9760 0.0434

753 47.0083 0.0272

561 35.0221 0.0203

1602 100.0096 0.0579

2515 157.0064 0.0909

721 45.0106 0.0260

801 50.0048 0.0289

849 53.0013 0.0307

961 59.9933 0.0347

208 12.9850 0.0075

561 35.0221 0.0203

272 16.9804 0.0098

2002 124.9808 0.0723

1314 82.0304 0.0475

961 59.9933 0.0347

2803 174.9856 0.1013

2691 167.9937 0.0972

1746 108.9992 0.0631

881 54.9990 0.0318

961 59.9933 0.0347

1153 71.9795 0.0417

320 19.9770 0.0116

2883 179.9798 0.1042

1746 108.9992 0.0631

400 24.9712 0.0145

865 54.0002 0.0313

609 38.0186 0.0220

1000 62.4280 0.0361

1026 64.0511 0.0371

769 48.0071 0.0278

673 42.0140 0.0243

380 (+/-140) 23.7226 0.0137

1314 82.0304 0.0475

400 24.9712 0.0145

ENGLISH METRIC

lb/in^3 kg/m^3

STAINLESS STEEL 0.289 8000

STEEL 0.284 7870

ALUMINUM 0.0975 2700

kg/cu.m lbs/cu.ft. lbs/cu.in.

1564 97.6374 0.0565

1454 90.7703 0.0525

1033.6 64.5256 0.0373

964.6 60.2180 0.0348 ENGLISH Dimension Inches

1049.1 65.4932 0.0379

784.58 48.9797 0.0283 RECTANGLE LENGTH 7.15

782.2 48.8312 0.0283 WIDTH 10.12

785.06 49.0097 0.0284 THICKNESS 0.38

786.51 49.1002 0.0284

799.96 49.9399 0.0289

823.35 51.4001 0.0297 CIRCLE RADIUS 20

1018.93 63.6097 0.0368 THICKNESS 0.25

910 (+/-30) 56.8095 0.0329

1010 63.0523 0.0365

873.81 54.5502 0.0316

1079.64 67.3997 0.0390 TUBE/WASHER OD RADIUS 6.5

1230 76.7864 0.0444 ID RADIUS 5.25

3120.4 194.8002 0.1127 LENGTH 0.75

959 59.8684 0.0346

599.09 37.4000 0.0216

879.6 54.9116 0.0318

809.7 50.5479 0.0293

This table is a data information resource for the specific gravity of many common liquids. While the data is extremely useful for design, actual individual samples will probably differ. Temperature and purity will often have a definite effect. As 1000kg of pure water @ 4°C = 1 cubic meter, those materials under 1000kg per cubic meter will float; more dense materials will obviously sink. Those materials have a specific gravity more than 1. Pure water at 4°C (the maximum density) was chosen as the accepted standard for specific gravity and given the value of 1. Some other standards set pure water at 60°F as sg = 1 so it is more correct to state the base used. The specific gravity of all other materials are compared to water as a fraction heavier or fraction lighter density, no matter how small or large the fraction is. For example, acetic acid has a specific gravity (sg) of 1.0491 while acetone has a sg of 0.785 (784.58 kg/cu.m). As specific gravity is just a comparison, it can be applied across any units. The density of pure water is also 62.4 lbs/cu.ft (pounds per cubic foot) and if we know that a sample of ethyl alcohol has a sg of 0.785 then we can calculate that its density is 0.785 x 62.4 = 49 lbs/cu.ft. As general information, kg/cu.m divided by 16.01846 = lbs/cu.ft. Below the table, there are two converters to change designations and values of information. Set the quantity value you want in the appropriate field and click anywhere on the page. The answer will show in the opposite field.

886.2 55.3237 0.0320

921.06 57.4999 0.0333

956.3 59.6999 0.0345

1260.97 78.7198 0.0456

1584.39 98.9103 0.0572

856.99 53.5001 0.0310

956.14 59.6899 0.0345

1559.88 97.3801 0.0564

1105.8 69.0329 0.0399

1489.2 92.9677 0.0538

1464.73 91.4401 0.0529

1659.51 103.5998 0.0600

924.27 57.7003 0.0334

925.87 57.8002 0.0334

1023.58 63.9000 0.0370

1066.83 66.6000 0.0385

790 49.3181 0.0285

825 51.5031 0.0298

847 52.8765 0.0306

862 53.8129 0.0311

915 57.1216 0.0331

973 60.7424 0.0352

873 54.4996 0.0315

860.19 53.6999 0.0311

778.5 48.6002 0.0281

745.4 46.5338 0.0269

726.28 45.3402 0.0262

885 (+/-65) 55.2488 0.0320

714 44.5736 0.0258

1305.8 81.5184 0.0472

1326 82.7795 0.0479

1120 69.9193 0.0405

1326 82.7795 0.0479

941.5 58.7759 0.0340

948.7 59.2254 0.0343

1100.4 68.6957 0.0398

754.63 47.1100 0.0273

570.26 35.6002 0.0206

72.72 4.5398 0.0026

680.78 42.4997 0.0246

900.6 56.2226 0.0325

789.2 49.2682 0.0285

713.3 44.5299 0.0258

1253 78.2223 0.0453

1096.78 68.4698 0.0396

1310.95 81.8400 0.0474

812.14 50.7003 0.0293

1025 63.9887 0.0370

1221 76.2246 0.0441

1490 93.0177 0.0538

1370 85.5263 0.0495

890.13 55.5690 0.0322

1416.03 88.3999 0.0512

1154.93 72.0999 0.0417

711.22 44.4000 0.0257

737.22 46.0232 0.0266

890 55.5609 0.0322

1395 (+/-45) 87.0870 0.0504

1259.37 78.6199 0.0455

869.1 54.2562 0.0314

1126.1 70.3001 0.0407

679.5 42.4198 0.0245

654.83 40.8797 0.0237

810.53 50.5997 0.0293

671.17 41.8998 0.0242

794.52 49.6003 0.0287

4927.28 307.6001 0.1780

932.27 58.1997 0.0337

801.6 50.0423 0.0290

691.9 43.1939 0.0250

785.4 49.0309 0.0284

853.2 53.2635 0.0308

817.15 51.0130 0.0295

898.64 56.1003 0.0325

929.07 58.0000 0.0336

464.54 29.0003 0.0168

791.3 49.3993 0.0286

888 55.4360 0.0321

800.8 49.9923 0.0289

808.2 50.4543 0.0292

740.5 46.2279 0.0268

1030.4 64.3258 0.0372

804.9 50.2483 0.0291

802.52 50.0997 0.0290

1035 (+/-15) 64.6130 0.0374

664.77 41.5002 0.0240

959.51 59.9003 0.0347

820.15 51.2003 0.0296

797.72 49.8000 0.0288

917.86 57.3001 0.0332

860 (+/-60) 53.6881 0.0311

1140 71.1679 0.0412

850.58 53.1000 0.0307

626.2 39.0924 0.0226

624.82 39.0062 0.0226

640 39.9539 0.0231

711.22 44.4000 0.0257

737.22 46.0232 0.0266

1072.28 66.9403 0.0387

1377.59 86.0002 0.0498

823.35 51.4001 0.0297

856.99 53.5001 0.0310

583.07 36.3999 0.0211

493.53 30.8101 0.0178

804.13 50.2002 0.0291

1200.6 74.9510 0.0434

514.35 32.1098 0.0186

803.7 50.1734 0.0290

965.27 60.2599 0.0349

978.73 61.1001 0.0354

965.91 60.2998 0.0349

920 57.4337 0.0332

1268.66 79.1999 0.0458

980 61.1794 0.0354

812.14 50.7003 0.0293

1025.18 63.9999 0.0370

717.63 44.8002 0.0259

1250 78.0350 0.0452

895.43 55.8999 0.0323

926 (+/-2) 57.8083 0.0335

890.63 55.6002 0.0322

1839 114.8050 0.0664

1338 83.5286 0.0483

920 57.4337 0.0332

903.44 56.3999 0.0326

847.38 52.9002 0.0306

888 55.4360 0.0321

866.9 54.1188 0.0313

862.27 53.8298 0.0312

727.6 45.4226 0.0263

1489 92.9553 0.0538

868.2 54.2000 0.0314

1000 62.4280 0.0361

1021.98 63.8001 0.0369

925 57.7459 0.0334

880.2 54.9491 0.0318

Weight km Weight lbs conversion

VOLUME27.49604 1 1

SS 7.946356 1 8000

STEEL 7.808875 1 7870

AL 2.680864 1 2700 5940

VOLUME 314 0

SS 90.746 0

STEEL 89.176 0

AL 30.615 0 0

VOLUME34.58906 0

SS 9.996239 0

STEEL 9.823294 0

AL 3.372434 0 0