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Bacon ipsum dolor amet beef flank rump pork loin tongue corned beef landjaeger kielbasa swine beef ribs shank porchetta bresaola pig shoulder. Strip steak salami swine turkey sausage, ball tip alcatra corned beef jerky capicola. Landjaeger beef ribs ham, jowl biltong filet mignon ham hock sirloin doner ribeye porchetta chicken venison short ribs. Venison t-bone shankle, turkey picanha cupim kevin swine.
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Al98BA is sintered beta phase Alumina material with typical Al2O3 content of 98% min.
Al98 is a fired smelter grade Alumina material with Al2O3 98% minimum and Na2O typically ranging between 1 - 1.5% max. Material comes in the form of fine beige to white colored powder and particle sizing 100% pass 200 mesh.
AL97 is smelter grade Alumina pre-mixed with Cryolite through firing process and with typical Al2O3 content of 97%, F content 1.3% and Na2O3 0.9%. It comes in the fine powder form in particle size of 100% pass 200 mesh.
Al94 is Alumina based fused material with typical Al2O3 content ranging around 94%. Material excels with high bulk density and higher melting point to other comparable raws.
Al94G is fused Alumina material with typical Al2O3 content of 94%.
CAl98F is fine Calcined Alumina base material with moisture content of 12% and balance of Calcined Alumina with typical content of 98%.
VS77 is Vanadium slag type material with typical Al2O3 content of 77%
AlphaBeta94G is Alpha Beta phase Alumina base material with typical Al2O3 content of 94% and Na2O content of around 4%.
SAl94 is a lumpy sintered Alumina material with typical Al2O3 content of 96% and with guaranteed content of 94% minimum.
AL90BL is spherical Alumina raw material with typical Alumina content ranging from 90-98%
SAl99 is a lumpy sintered Alumina material with typical Alumina content of 99% and with guaranteed content of 98%.
ALCNZ is Alumina Carbon refractory nozzle cullet material with typical Al2O3 content of 70% minimum.
ALCPL is Alumina carbon refractory plate cullet material with typical minum Al2O3 content 70% minimum.
AL90SL is a mixture of Calcined and Fused Alumina powder of typical Al2O3 minimum content of 90% min.
ATZR95PL is Tabular Alumina material with typical Al2O3 content of 95%
TABAL90PL is Tabular Alumina material with typical Al2O3 content of 92%.
TABAL95PL is Tabular Alumina material with typical Al2O3 content of 95%.
ALSPL88 is Alumina spinel based material with typical Alumina content of 89%.
TAL90EL is Tabular Alumina material with typical Al2O3 content of 92%.
AZS27POP is Alumina Zircon Silicate base material with typical ZrO2 content of 27%.
AZS27S is Alumina Zircon Silicate base material with typical ZrO2 content of 27%.
AZS41F is Alumina Zircon Silicate base material with typical ZrO2+HfO2 content of 41%.
AZS35F is Alumina Zircon Silicate material with ZrO2+HfO2 content around 35%.
AZSF33 is carefully re-processed Alumina Zircon Silicate fine material with ZrO2 content of minimum 33% and particle sizing pass 325 mesh.
AZS35L is a lumpy Alumina Zircon Silicate material which comes with ZrO2 content at 35% minimum and Na2O of 1.6% max
AZS40G is Alumina Zircon Silicate material with ZrO2 content of 39% minimum, which serves as a great substitute in applications for production of sintered AZS refractories and where the Fused Zircon mullite is required.
DZ65 is fused and isostatically pressed Zircon based material with typical Zircon content of 65% and above. The material excels with high density and serves as a great substitute in applications for Zircon based shaped cast refractories.
DZ69 is Fused isostatically pressed material with dense structure.
TZB58 is sintered Zircon brick material with typical Zircon content from 56-60%. The material comes in green, yellow, orange and red randomly sized cullet form.
TZB65 is Zircon Silicate brick material which has been carefully sorted in order to achieve only yellow to red range colors of material, meanwhile guaranteeing minimum ZrO2 content of 64%.
TZB60 is a sintered Zircon brick based material with typical ZrO2 content ranging from 60-65%
.
Zr58 is a sintered Zircon Silicate material with typical ZrO2+HfO2 content of around 58%.
Zr65 is a sintered Zircon Silicate material with typical ZrO2+HfO2 content of around 65%.
ZR65F is Zircon Silicate based material with typical ZrO2 content of 65% and guaranteed content of 64% minimum.
DZr65 is dense fused Zircon Silicate material with typical ZrO2+HfO2 content of around 65%.
DZr69 is fused dense Zircon Silicate material with typical ZrO2+HfO2 content ranging from 65 - 68%.
ZR65SL is a Zircon Silicate base material with typical ZrO2+HfO2 content of 63%.
SiC97F800 is a fused Silica Carbide based raw material with SiC content of 97% min and particle sizing pass 325 mesh with D50 at 6-10 microns.
SiC95GR is fine powdered Green Silica carbide material with typical SiC content of 95%.
SiC80 is plate-shaped and random lumpy sized material of Silica Carbide content ranging from 80-85%.
SiC70 is randomly sized lumpy SiC base material with typical SiC content of around 75% and guaranteed SiC content of 70% minimum.
AlCr1050 is Alumina Chrome material with typical Cr2O3 content ranging from 10 - 50% with average WBA at 30%.
Cr85F is a Sintered Chrome oxide powder material with typical Cr2O3 content of 85%.
Y2O399 is Yttrium oxide powder material with typical Y2O3 content of 99%.
Spodumene is stabilizer additive for refractories and ceramics with typical Li2O content of 5%
HZ90G(3-5) is High Zirconia fused material crushed to grain sizes of 3-5 mm with typical ZrO2 content in the range of 90-94%.
HZ90G is fused Silica stabilized High Zirconia raw material with typical cumulative ZrO2+HfO2 content of 90% minimum.
HZ90G(0-1) is a fused Silica stabilized High Zirconia refractory raw material with typical cumulative ZrO2+HfO2 content of 90% minimium.
CER99.7 is Cerium oxide material with typical CeO2 content of 99.97%.
ZR58GD40 is Zirconia and Gadolinium compound material with typical ZrO2 content of 58% and Gd2O3 content of around 40%.
ZML20 is a fused Zircon mullite material with typical ZrO2 content of around 20%.
FML73G(3-5) is a Fused mullite phase material with typical Al2O3 content of around 73%.
FML73F is a fine Fused Mullite material
FML73 is fused Alumina mullite material with Alumina content of 73% minimum.
SML70 is sintered mullite material with typical Al2O3 content around 70%.
SML70G is sintered mullite material with typical Al2O3 content around 70%.
ZML33DT is fused Zircon mullite material which comes in the form of fine powder -100 mesh with ZrO2+HfO2 content of 31% minimum.
ZML33F is fused Zircon mullite material with typical ZrO2 content of 33%.
ZML18 is a porous sintered Zircon mullite material with typical Zircon content of 18%.
FML73G(0-3) is a fused mullite phase material with typical Al2O3 content of around 73%.
SAG77G is sintered mullite based material with typical Al2O3 content of 77%.
ZML826 is sintered Zircon mullite material with typical ZrO2 content ranging from 8-26%
Y94L is Yttrium stabilized chemical Zirconia material with ZrO2+HfO2 cumulative content of 94% and Y2O3 of around 5.5%.
Y94P is Yttrium stabilized chemical Zirconia material with ZrO2+HfO2 cumulative content of 94% and Y2O3 content typically around 5.5%. It comes in a form of powder ranging from 0-1 mm.
YZR90YL is Yttrium stabilized Zirconia material with typical ZrO2 content of 90% and Y2O3 content of 8%.
YZR90Y is Yttrium stabilized chemical Zirconia material with ZrO2+HfO2 cumulative typical content of 90%.
YZR90L is a lumpy Yttrium stabilised Zirconia material with typical ZrO2+HfO2 content of 91% and Y2O3 content of 8%.
YZr93W is Yttrium stabilized chemical Zirconia material with ZrO2+HfO2 cumulative content of 90% minimum and Y2O3 content typically around 7%
YZR90F is Yttrium stabilized Zirconia material with typical ZrO2+HfO2 content of 91% and Y2O3 content of 8%.
Ni5 is nickel mill scale material with typical Ni content ranging around 5%.
NZ95 is Magnesia stabilized Zirconia material with ZrO2 content of 95% minimum and MgO content of 2.4%. Materials come in a random lumpy form.
NZ94 is Magnesia stabilized Zirconia material with typical ZrO2 content of 97%.
CaZr95BDS is Magnesia stabilized Zirconia material with typical ZrO2 content of 95%
SG95(0-5) is Magnesia stabilized Zirconia material obtained crushing SG95 grade with ZrO2 95% minimum and MgO content ranging around 1.8%.
CaZr95F is Magnesia stabilized Zirconia material with ZrO2 content of 95%.
CaZr95F is Magnesia stabilized Zirconia material with typical ZrO2 content of 95%.
MZR99 is Magnesia stabilized Zirconia material with typical ZrO2 content of 97%.
W95 grade is a sintered lumpy magnesia stabilized Zirconia material with ZrO2 content of 96% minimum.
ZR90CR is Magnesia stabilized Zirconia material with typical ZrO2 content of 94%.
ZR90CRG is Magnesia stabilized Zirconia material with typical ZrO2+HfO2 cumulative content of 94% minimum and MgO content of 2.3%.
Z2R0.5F is fused Zirconia material with Zirconia content of 97% minimum and SiO2 max 2.5% and particle size range from 0 - 0.5 mm
HZF90 is electro fused Zirconia material which comes in the form of a fine powder pass 325 mesh.
GR90ZR is a Calcined Zirconia type material with typical ZrO2 content of 90%.
Zr90 is Zirconia material with typical cumulative ZrO2+HfO2 content above 90% which comes in the sizing of 0 to 3 mm and typical moisture content of max 5%.
HZF98 is fine fused Zirconia material with typical ZrO2 content of 98% minimum.
CaZr85 is a Calcium stabilized Zirconia containing lumpy and powdered material with an average cumulative ZrO2+HfO2 content of 85%.
CaZr95B is Calcia stabilized Zirconia material with typical ZrO2+HfO2 of 96% and CaO content of 2.80%.
AZ40 is semi-fused Alumina Zirconate material with typical Zircon content in the area between 10 to 30%. It has fused and unfused portion.
SiO99 is fused Silica material without crystoballite and SiO2 content of 99.7% minimum.
FM97 is a Fused Magnesia brick material which was obtained from surplus inventories with typical MgO content of 97%.
MgO76 is sintered Magnesia raw materials with typical MgO content of 76%.
MgCr20 is Magnesia Chrome material with typical Chrome content of around of 20%
MAGAL80 is Magnesia Spinel base material with typical MgO content of around 80%.
MGC90 is Magnesia carbon cullet material with typical MgO content of 90% min.
C99 is a Graphite powder material with typical C content of 99%.
ZrO26CRF is Alumina Zircon Silicate base material with typical ZrO2 content of 26% minimum.
