Re: Oven Build in SC
Again I'm a little confused to say the least. I have found this product, lee's double strength hydrated lime (Lee Double Strength Hydrated Lime?, 50 lb. - 5027659 | Tractor Supply Company) (LIMESTONE). It does not say it is a Type"S" but again I'm not sure. The second link mentions masonry. I couldn't find my camera connector to attach the picture of the bag (this link shows the product) but the chemical make up on the bag reads as follows:
Minimum Guaranteed Chemical Analysis
Calcium (ca)- 29%
Magnesium (mg)- 16%
Calcium Oxide (CaO)- 40%
Calcium Hydroxide (Ca(OH2)- 53%
Magnesium Oxide (MgO)- 26%
Magnesium Hydroxide (Mg(OH2)- 38%
Maximum Moisture Content- 1%
Total Calcium Carbonate Equivalent (CCE)- 137%
Eff. Neutralizing Value (ENV)- 133%
Relative Neutralizing Power (RNV)- 135%
Effective Calcium Carbonate Equivalent (ECCE)- 134%
Index Zone- 100 or more
Derived from Dolomitic Limestone- F 1358
and I'm trying to compare it to this:
Parameter Type S
Calcium & Magnesium Oxides (nonvolatile basis), min. %- 95%
Carbon Dioxide (as-received basis), max. %- 5%
Unhydrated Oxides (as-received basis), max. %- 8%
Plus 30 Mesh Residue, max. % on, (or no pops or pits)- 0.5%
Plasticity (Emley Units), min.- 200
Air Content - Minimum (%)
Air Content - Maximum (%)- 7%
Water Retention (%) min.- 85%
I'm not a chemist but doesn't this add up to more than 100% (LOL)
So my question since this is all Greek to me- are there any chemist out there (LOL)!!
Anyway I'm on a quest for answers!! And some Type "S" lime which I'm finding hard to locate
Thanks All
Again I'm a little confused to say the least. I have found this product, lee's double strength hydrated lime (Lee Double Strength Hydrated Lime?, 50 lb. - 5027659 | Tractor Supply Company) (LIMESTONE). It does not say it is a Type"S" but again I'm not sure. The second link mentions masonry. I couldn't find my camera connector to attach the picture of the bag (this link shows the product) but the chemical make up on the bag reads as follows:
Minimum Guaranteed Chemical Analysis
Calcium (ca)- 29%
Magnesium (mg)- 16%
Calcium Oxide (CaO)- 40%
Calcium Hydroxide (Ca(OH2)- 53%
Magnesium Oxide (MgO)- 26%
Magnesium Hydroxide (Mg(OH2)- 38%
Maximum Moisture Content- 1%
Total Calcium Carbonate Equivalent (CCE)- 137%
Eff. Neutralizing Value (ENV)- 133%
Relative Neutralizing Power (RNV)- 135%
Effective Calcium Carbonate Equivalent (ECCE)- 134%
Index Zone- 100 or more
Derived from Dolomitic Limestone- F 1358
and I'm trying to compare it to this:
Parameter Type S
Calcium & Magnesium Oxides (nonvolatile basis), min. %- 95%
Carbon Dioxide (as-received basis), max. %- 5%
Unhydrated Oxides (as-received basis), max. %- 8%
Plus 30 Mesh Residue, max. % on, (or no pops or pits)- 0.5%
Plasticity (Emley Units), min.- 200
Air Content - Minimum (%)
Air Content - Maximum (%)- 7%
Water Retention (%) min.- 85%
I'm not a chemist but doesn't this add up to more than 100% (LOL)
So my question since this is all Greek to me- are there any chemist out there (LOL)!!
Anyway I'm on a quest for answers!! And some Type "S" lime which I'm finding hard to locate
Thanks All
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