firebrick 23% alumina conversion
Amount: 1 cubic foot (cu ft - ft3) of volume
Equals: 8.29 stones (st) in mass
Converting cubic foot to stones value in the firebrick 23% alumina units scale.
TOGGLE : from stones into cubic feet in the other way around.
CONVERT : between other firebrick 23% alumina measuring units - complete list.
Conversion calculator for webmasters.
Standard firebrick 23% alumina content
Fire Bricks Volume vs. Weight Converter
This standard/medium duty firebrick (23% alumina Al2O3 content) volume versus weight conversion tool is based on the firebrick mass of 1.86 g/cm3 corresponding to 1,860 kg/m3 - 116.12 lbs/cu-ft
Standard type, or in other words, medium duty refractory firebrick is useful for varieties of applications. Different alumina content in firebricks (e.g. in between 38% High Duty and 17% Low Duty firebricks alumina content mark) reflects in different bulk densities plus a few other physical properties and chemical compositions - for the complete list of these, read page refractory firebricks and an article which talks also about additional dense mass stores more heat.
Convert firebrick 23% alumina measuring units between cubic foot (cu ft - ft3) and stones (st) but in the other reverse direction from stones into cubic feet.
|conversion result for firebrick 23% alumina:|
|1 cubic foot||cu ft - ft3||=||8.29||stones||st|
Converter type: firebrick 23% alumina measurements
This online firebrick 23% alumina from cu ft - ft3 into st converter is a handy tool not just for certified or experienced professionals.
First unit: cubic foot (cu ft - ft3) is used for measuring volume.
Second: stone (st) is unit of mass.
firebrick 23% alumina per 8.29 st is equivalent to 1 what?
The stones amount 8.29 st converts into 1 cu ft - ft3, one cubic foot. It is the EQUAL firebrick 23% alumina volume value of 1 cubic foot but in the stones mass unit alternative.
How to convert 2 cubic feet (cu ft - ft3) of firebrick 23% alumina into stones (st)? Is there a calculation formula?
First divide the two units variables. Then multiply the result by 2 - for example:
8.2940004765449 * 2 (or divide it by / 0.5)
1 cu ft - ft3 of firebrick 23% alumina = ? st
1 cu ft - ft3 = 8.29 st of firebrick 23% alumina
Other applications for firebrick 23% alumina units calculator ...
With the above mentioned two-units calculating service it provides, this firebrick 23% alumina converter proved to be useful also as an online tool for:
1. practicing cubic feet and stones of firebrick 23% alumina ( cu ft - ft3 vs. st ) measuring values exchange.
2. firebrick 23% alumina amounts conversion factors - between numerous unit pairs.
3. working with - how heavy is firebrick 23% alumina - values and properties.
International unit symbols for these two firebrick 23% alumina measurements are:
Abbreviation or prefix ( abbr. short brevis ), unit symbol, for cubic foot is:
cu ft - ft3
Abbreviation or prefix ( abbr. ) brevis - short unit symbol for stone is:
One cubic foot of firebrick 23% alumina converted to stone equals to 8.29 st
How many stones of firebrick 23% alumina are in 1 cubic foot? The answer is: The change of 1 cu ft - ft3 ( cubic foot ) unit of firebrick 23% alumina measure equals = to 8.29 st ( stone ) as the equivalent measure for the same firebrick 23% alumina type.
In principle with any measuring task, switched on professional people always ensure, and their success depends on, they get the most precise conversion results everywhere and every-time. Not only whenever possible, it's always so. Often having only a good idea ( or more ideas ) might not be perfect nor good enough solution. If there is an exact known measure in cu ft - ft3 - cubic feet for firebrick 23% alumina amount, the rule is that the cubic foot number gets converted into st - stones or any other firebrick 23% alumina unit absolutely exactly.
Oven info & galleries
- Home Page
- Oven building CDrom details
- Pizza ovens
- New gallery
- Oven meals
- Vintage forum
- Rectangle shape vs. round igloo
- Building details
- Refractory concrete
- Heat resistant mortar
- Concrete cladding layer
- Thermal insulation
- Saving money & time
- Good thermometer
- Oven building 1
- Building oven 2