Lead ore, timbers, mica.
Feldspar & mica, quartz.
Quartz rocks, mica flakes, zinc ore concentrate.
Fresh seafood, frozen seafood, operculum, granite, mica.
Bentonite, barite, calcite(calcium carbonate), dolomite, limestone, mica, gypsum, kaolin, talc, feldspar.
Bentonite, barite, mica, ball clay, kaolin, mazon stone (olivine), chrome, gypsum, feldspar, calcium carbonate, potassium Feldspar, sodium feldspar, talc powder.
LDPE/FR refers to low-density polyethylene with flame retardant properties. LDPE (Low-Density Polyethylene) is a type of thermoplastic known for its flexibility, toughness, and chemical resistance. When it's treated with flame retardant additives, it becomes LDPE/FR, which is more suitable for applications where fire safety is a concern. A "mineral-filled thermoplastic core" likely refers to the addition of mineral fillers to the LDPE/FR matrix. Mineral fillers can enhance various properties of thermoplastics, such as stiffness, dimensional stability, and thermal conductivity. Common mineral fillers include calcium carbonate, talc, and mica. Combining LDPE/FR with a mineral-filled core can result in a composite material that offers improved fire resistance and mechanical properties compared to pure LDPE/FR. This composite could find applications in industries where both fire safety and structural integrity are crucial, such as construction, transportation, and electronics.
Acid corrosion inhibitor, ammonium biflouride, ammonium chloride, anti setting agent, anti sludge, barite, barium sulphate, bentonite, butyl glycol, calcium bromide, calcium carbonate, calcium chloride, caustic soda, cenosphere, citric acid, drag reducer agents, edta 4na , edta 4na 40% liquid, ferric chloride, formic acid, glacial acetic acid, glass bubbles sand, hematite, hydrofluoric acid, hydrogen sulphide scavenger, magnesium oxide, methanol, mica coarse, medium, fine, microsilica liquid, microsilica/silica fume, non emulsifier, oxygen scavenger, propylene glycol, retarder, scale inhibitor, silica (quartz) sand, silica flour, soda ash (sodium carboante), sodium bicarbonate, sodium erythorbate, sodium gluconate, sodium hypochlorite, sodium lignosulphonate, sodium metasilicate, sodium nitrate, sodium silicate, solvent naptha, starch, sulfolane, surfactant, triethylene glycol, vanadium inhibitors, viscoelastic diverting agent vda, viscoelastic surfactant ves, xanthan gum, xylene.Export
Mica powder , aluminium silicate , bitumin , salt.
Quartz, silica sand, potash feldspar, sodium feldspar, mica.
Chemical analysis for slag chrome: Sio2 35.76 Mgo 27.88 Al2o3 24.56 Cr2o3 5.58 Fe2o3 2.00 Cao 2.28 Tio2 0.45 So3 0.65 Na2o 0.18 Mno 0.13 K2o 0.09
type(A) type(B) type(C) sio2 67 73 63-67 al2o3 30-1 19-21 28-30 fe2o3 0.2 0.8 0.1 - 0.5 tio2 - 0.3 0.2 cao 0.2 0.56 0.7 mgo 0.4 0.3 - 0.7 0.9 -1 k2o 0.7 2 - 3.1 4.5 - 5 na2o 0.5 0.5 - 1 0.9 - 1.2 so3 0.01 - - color white to cream white to gray white to cream fired strenght 150 380 500 (kg/cm2) dry strenght 25 8 17.
CaSO4.2h2o 95.30% Silica Sio2 2.90% Aluminum Al2O3 12.46% sodium Na2O 0.1% Magnesium Mgo 2.61% Potassium k2O 0.05% Titanium TiO2 0.31% Manganese Mn2O3 0.02% Calcium CaO 0.94% Phosphorus P2O3 0.02% Sulfate SO2 0% Iron Fe2O3 2.69% L.O.I 13.41%
Silica - SiO2 - 97.2 Iron - Fe2O3 - 0.36 Aluminium - Al2o3 - 0.52 Calcium - CaO - 0.76 Magnesium - MgO - 0.25 Sodium - Na2O - 0.1 Potassium - K2O - 0.14 Sulphate - SO3 - 0.11 Chloride - CI - 0.01 Loss on ig - LOI - 0.22 Moisture - 0.1
Chemical analysis: Baso4 90% min Water soluble solids 0.1% max Moisture content 1% max Size 200 mesh Physical analysis : S.G 4.1 gr / cm 3 min
LOI 33.1 SiO2 25.3 Al2O3 5.02 Fe2O3 2.86 CaO 19.6 MgO 10.6 SO3 0.26 K2O 0.28 Na2O 1.50 CI 0.01 TIOZ 0.21 NiO 0.02 ZnO 0.01 P2O3 0.05 Cr2O3 0.03 MnO .....
Silica 64.94 Aluminum 12.46 Sodium 1.99 Magnesium 2.61 Potassium 0.26 Titanium 0.31 Manganese 0.02 Calcium 0.94 Phosphorus 0.02 Sulfate 0 Iron 2.69 L.O.I 13.41
Chemical analysis for chrome: Chrome cr 54% min Silicon si 4% max Carbon c 8% max Phosphorus p 0.030 % max Sulfur s 0.030 % max.
Bentonite, being the strongest natural sorbent, absorbs odor and has antibacterial effects. During cat litter bentonite production, various flavors and means can be used to further neutralization odors and bacteria. In this case, the additives enhance the natural properties of bentonite.
In the paper industry, the high surface area of bentonite with its other unique properties makes it ideal for various applications. Bentonite is used in retention systems and for the control of adhesion. Furthermore, it helps to improve the loop water treatment which reduces water consumption.
