UTBILDNINGSMATERIAL CONDRY - IdéTrading
UTBILDNINGSMATERIAL CONDRY - IdéTrading
UTBILDNINGSMATERIAL CONDRY - IdéTrading
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Chandra Byggref ab page 3 of 3<br />
Testing and consultants for building and refractory materials<br />
6. Results<br />
The results show that the water absorption of the plates coated with Florosil is 1.4 times less than the<br />
normal concrete with respect to the weight at room temperature and 1.8 times less than the normal<br />
concrete with respect to the dry weight<br />
The results show that the water absorption of the plates coated with Creom CR is 1.8 times less than<br />
the normal concrete with respect to the weight at room temperature and 2.03 times less than the<br />
normal concrete with respect to the dry weight<br />
The results show that the water absorption of the plates coated with Condry “CON “ is 4.37 times less<br />
than the normal concrete with respect to the weight at room temperature and 4.26 times less than the<br />
normal concrete with respect to the dry weight<br />
The results sow that the water absorption of the plates coated with <strong>CONDRY</strong> “CON” is 3.2 times less<br />
than the concrete coated with Florosil with respect to the weight at room temperature and 2.4 times<br />
less with respect to the dry weight<br />
The results sow that the water absorption of the plates coated with <strong>CONDRY</strong> “CON” is 2.43 times less<br />
than the concrete coated with Creom with respect to the weight at room temperature and 2.10 times<br />
less with respect to the dry weight<br />
The results show that the vapor transmission of the plates coated with Florosil is 1.6 times less than<br />
the normal concrete<br />
The results show that the vapor transmission of the plates coated with Creom CR is 2.04 time less<br />
than the normal concrete<br />
The results sow that the vapor transmission of the plates coated with <strong>CONDRY</strong> CON is 5.5 times less<br />
than the normal concrete<br />
The results show that the vapor transmission of the plates coated with <strong>CONDRY</strong> CON is 3.8 times<br />
less than the concrete coated with Florosil.<br />
The results show that the vapor transmission of the plates coated with <strong>CONDRY</strong> CON is 2.3 times<br />
less than the concrete coated with Creom.<br />
Furthermore, the surface of Florosil treated concrete is too soft, it can be scratched away whereas the<br />
surface treated with Condry is hard.<br />
Dr.Satish Chandra<br />
Rtd. Ass Prof<br />
Chalmers Technical University<br />
KARL GUSTAVSGATAN 22B, Tel.+46 31-454920<br />
S-411 25 GOTHENBURG, SWEDEN Org. nr: 5562375435<br />
© IdéTrading AB. Materialet får ej kopieras utan tillstånd från IdéTrading. Senast uppdaterad: 2012-04-19.<br />
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