Barite is a mineral composed of barium sulfate (BaSO4). It receives its name from the Greek word "barys" which means "heavy." This name is in response to barite's high specific gravity of 4.5, which is exceptional for a nonmetallic mineral. The high specific gravity of barite makes it suitable for a wide range of industrial, medical, and manufacturing uses. Barite also serves as the principal ore of barium. Most barite produced is used as a weighting agent in drilling muds. This is what 99% of the barite consumed in the United States is used for. These high-density muds are pumped down the drill stem, exit through the cutting bit and return to the surface between the drill stem and the wall of the well. This flow of fluid does two things: 1) it cools the drill bit; and, 2) the high-density barite mud suspends the rock cuttings produced by the drill and carries them up to the surface. Barite is also used as a pigment in paints and as a weighted filler for paper, cloth and rubber. The paper used to make some playing cards has barite packed between the paper fibers. This gives the paper a very high density that allows the cards to be "dealt" easily to players around a card table. Barite is used as a weighting filler in rubber to make "anti-sail" mudflaps for trucks. Barite is the primary ore of barium, which is used to make a wide variety of barium compounds. Some of these are used for x-ray shielding. Barite has the ability to block x-ray and gamma-ray emissions. Barite is used to make high-density concrete to block x-ray emissions in hospitals, power plants, and laboratories. Barite compounds are also used in diagnostic medical tests. If a patient drinks a small cup of liquid that contains a barium powder in a milkshake consistency, the liquid will coat the patient's esophagus. An x-ray of the throat taken immediately after the "barium swallow" will image the soft tissue of the esophagus (which is usually transparent to x-rays) because the barium is opaque to x-rays and blocks their passage. A "barium enema" can be used in a similar way to image the shape of the colon.
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Lowest Prices for Light Naphtha. Product specifications as below: Density @ 15DC MAX 700 Kg/m3 Test Method - ASTM D1298 I.B.P MIN 35 DC Test Method - ASTM D86 10% Evaporated temp MAX 60 DC Test Method - ASTM D86 50% Evaporated temp MIN 85 DC Test Method - ASTM D86 95% Evaporated temp MAX 125 DC Test Method - ASTM D86 F.B.P MAX 150 DC Test Method - ASTM D86 Residue MAX 1.5 % Vol Test Method ASTM D86 Loss Max 1 % Vol Test Method ASTM D86 Total Sulphur MAX 0.03 % Wt Test Method ASTM D1266 Corrosion 3 HRS No 1 strip 50 DC Test Method ASTM D13 Vapour Pressure MAX 75 K.Pa Test Method ASTM D32 Mercaphtan Content MAX 25 PPM Test Method ASTM D322 Colour, Saybolt 20 min Test Method D156 Paraffins Content MIN 70 % VolTest Method ASTM D131 Oleffins Content MAX 2 % VolTest Method ASTM D131 Naphthense Content MIN 10 % VolTest Method ASTM D131 Aromatics Content MIN 5 % Vol Test Method ASTM D131 Lead (PB) P.P.B MAX 40 UopTest Method 350-68T C/H Ratio MAX 5.5Gum Existent (air jet) MAX 3 Mg/100mlTest Method ASTM D381g
Density @ 15 DC - Max 970 Kg/M3. Test Method - D1298 Kinematic Viscosity @ 50 DC - Max 280 CST. Test Method D-445 Visco.Rodwood1@37.7 DC - MAX 2500 SECS Pour Point - MAX 24 DC. Test Method D-97 Flash Point - MIN 65 DC. Test Method D-93 Sulphur Total - Max 3.5 Wt%. Test Method D-1552 Carbon Residue (Conradson) - MAX 15 WT%. Test Method D-189 Ash - MAX 0.05 WT%. Test Method D-482 Water & Sediment - MAX 0.5 VOL% Test Method D-1796 Calorific Value (Higher) - MIN 41.8 MJ/KG
