Manufacturer of Ceramic Cross Ring Tower Packing - Ceramic Berl Saddle Ring with 1″/1.5″/2″ – Kelley
Manufacturer of Ceramic Cross Ring Tower Packing - Ceramic Berl Saddle Ring with 1″/1.5″/2″ – Kelley Detail:
Application
Ceramic berl ring can be used in the drying towers, absorption towers, cooling towers, scrubbers and regeneration towers in the chemical metallurgy, gas and oxygen industries.
Technical Data
SiO2 + Al2O3 | >92% | CaO | <1.0% |
SiO2 | >76% | MgO | <0.5% |
Al2O3 | >17% | K2O+Na2O | <3.5% |
Fe2O3 | <1.0% | Other | <1% |
Physical & Chemical Properties
Water absorption | <0.5% | Moh’s hardness | >6.5 scale |
Porosity (%) | <1 | Acid resistance | >99.6% |
Specific gravity | 2.3-2.40 g/cm3 | Alkali resistance | >85% |
Firing temperature | 1280~1320℃ | Softening point | >1400℃ |
Acid-resisting strength, %Wt. Loss (ASTMc279) | <4 |
Dimension And Other Physical Properties
Size |
Specific Surface |
Void Volume |
Number per |
Bulk Density |
|
(mm) |
(inch) |
(m2/m3) |
% | N/m3 | (Kg/m3) |
10 |
3/8 |
250 |
50 | 105000 |
950 |
15 |
3/5 |
225 |
58 |
83950 |
725 |
25 |
1 |
206 |
61 |
43250 |
640 |
38 |
1-1/2 |
110 |
72 |
12775 |
620 |
50 |
2 |
95 |
72 |
7900 |
650 |
Product detail pictures:
Related Product Guide:
We always get the job done being a tangible workforce making sure that we can easily give you the very best quality as well as finest selling price for Manufacturer of Ceramic Cross Ring Tower Packing - Ceramic Berl Saddle Ring with 1″/1.5″/2″ – Kelley, The product will supply to all over the world, such as: European, Norway, Puerto Rico, Wide selection and fast delivery to suit your needs! Our philosophy: Good quality, great service, keep improving. We've been looking forward that more and more oversea friends join in our family for further development near the future!
By John biddlestone from Myanmar - 2017.10.25 15:53
Managers are visionary, they have the idea of "mutual benefits, continuous improvement and innovation", we have a pleasant conversation and Cooperation.
By Lesley from Georgia - 2017.06.25 12:48