Examples of using Flame temperature in English and their translations into Czech
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Official
Its flame temperature is high.
I have confirmed these are the most up-to-date lists on flash points and flame temperatures for flammable chemicals.
The flame temperature and intensity depends on the fuel gases used and oxygen mixing ratio.
And a telltale sign is when shellac is burned into potassium perk-er-lorate We calculate flame temperature and burn patterns, or ammonium perchlorate.
The flame temperature doesn't rise above 390 degrees, and that's just not hot enough to generate superheated smoke.
Or ammonium perchlorate, which is considered a high-temperature accelerant fire. into potassium perk-er-lorate and a telltale sign is when shellac is burned We calculate flame temperature and burn patterns.
The maximum hydrocarbon flame temperature is 3,200 degrees Celsius, but that can only be achieved with pure oxygen combustion.
Into potassium perk-er-lorate which is considered a high-temperature accelerant fire. orammonium perchlorate, We calculate flame temperature and burn patterns, and a telltale sign is when shellac is burned.
What will be the flame temperature can be about a class hořlavosti. Čím lower class the higher the temperature, but not vždycky.
Or ammonium perchlorate, which is considered a high-temperature accelerant fire. and a telltale sign is when shellac is burned We calculate flame temperature and burn patterns, into potassium perk-er-lorate.
And a telltale sign is when shellac is burned We calculate flame temperature and burn patterns, or ammonium perchlorate, into potassium perk-er-lorate which is considered a high-temperature accelerant fire.
It is widely combined with a fuel gas for cutting, welding, brazing and glass blowing, offering much higher flame temperatures and thus greater efficiency than just air.
We calculate flame temperature and burn patterns, and a telltale sign is when shellac is burned or ammonium perchlorate, into potassium perk-er-lorate which is considered a high-temperature accelerant fire.
Arson investigations consider seven points of data-- fuel, burn rate, scorch marks,smoke patterns, flame temperature, igniter, and, uh, oh, point of origin-- to create what's called a fire signature.
We calculate flame temperature and burn patterns, into potassium perk-er-lorate which is considered a high-temperature accelerant fire. or ammonium perchlorate, and a telltale sign is when shellac is burned.
Which is considered a high-temperature accelerant fire. orammonium perchlorate, We calculate flame temperature and burn patterns, and a telltale sign is when shellac is burned into potassium perchlorate.
We calculate flame temperature and burn patterns, and a telltale sign is when shellac is burned into potassium perk-er-lorate or ammonium perchlorate, which is considered a high-temperature accelerant fire.
Which is considereda high-temperature accelerant fire. We calculate flame temperature and burn patterns, or ammonium perchlorate, into potassium perk-er-lorate and a telltale sign is when shellac is burned.
Maximum temperature of the flame- up to 1350 C.
Třídy chemicals are determined by the temperature of an outbreak and not according to the temperature of the flame retardant.
Application- Limitations of use Do not use against flames or temperatures<- 20 C or> 80 C.
Do not use against flames or temperatures<- 25 C or> 100 C Do not use in heavy-duty cut applications.
Do not use against flames or temperatures<- 25 C or> 100 C Poor versus aromatic hydrocarbons, chlorinated solvents and many ketones.
Do not use against chemicals; the glove is not liquidproof Do not use against flames or temperatures<- 25 C or> 100 C.
Do not use against chemicals; the glove is not liquidproof Do not use against flames or temperatures<- 25 C or> 100 C Hand protection- medium duty cut risks.
Do not use against flames or temperatures<- 25 C or> 100 C Hand protection- medium to heavy duty(cut) applications This glove should not be used as a chemical resistant product.
Below -25 C,use the glove only for short contact Do not use against flames or temperatures> 90 C Do not use as a chemical resistance glove; the knitwrist or safety cuff are not liquidproof Hand protection.
Do not use against chemicals;the glove is not liquidproof Do not use against flames or temperatures<- 25 C or> 100 C Do not use for heavy duty mechanical applications Hand protection- medium to heavy duty(cut) applications.
