Tri-sodium phosphate

Salts Tris, Sodium Phosphate, Sodium Chloride... 

Marine diesels Again a wide number of formulations are in use. The inhibitors commonly employed include nitrites, borates and phosphates. Typical formulations include a 1 1 nitrite borax mixture at 1250-2000 p.p.m. and pH 8-5-9-0 and 1250-2 000 p.p.m. of nitrite with addition of tri-sodium phosphate to give phenolphthalein alkalinity. 

It is found, however, that in sensitive situations this mode of conditioning may still lead to undesirably high amounts of acidicity or alkalinity. This is caused by the precipitation from solutions of tri-sodium phosphate of material with an excess of sodium so that the residual solute is... 

Tri-sodium Phosphate.. Trl-aodlum l lios. (anhydrous) Di-sodium Phonphala. , Di-sodium l hus. (anliydroua)... 

V. A. Gorodilov, V. N. Shevchenko, S. I. Tipikin, A. D. Makurov, G. A. Makeev, and V. F. Fomichev. Method for high temperature seam oil deposit development— by pumping aluminium chloride and tri-sodium phosphate as sediment forming material. Patent RU 2094599-C, 1997. 

Dissolve the macromolecule to be modified at a concentration of l-10mg/ml in a buffered solution having a pH between 6.5 and 7.5. Avoid amine-containing buffers such as glycine and Tris. Sodium phosphate buffer at a concentration of 0.1M works well. The addition of an equal volume of a saturated solution of sodium acetate may be done to prevent tyrosine derivatization. 

Most HPLC applications involving biomolecules utilize aqueous mobile phases. Critical parameters include both ionic strength and pH. Common solutes include TRIS, sodium phosphate, sodium acetate, and sodium chloride. Slightly alkaline pHs are preferable, for stability reasons. Specific examples of mobile phases include 50 mM TRIS, 25 mM KC1, and 5 mM MgCl2 (pH 7.2) for nucleotides, and 50 mM NaH2P04 (pH 7.0) and 20 mMTRIS and 0.1 M sodium acetate (pH 7.5) for both peptides and amino acids. All of these mobile phases are suitable for reverse phase or ion exchange applications. 

Acetone-Pis an unstable, white powder or crystalline mass with a melting point of 90 to 93 Celsius. The solid is insoluble in water, but soluble in ether and tetrahydrofuran. It is quite unstable and is rarely used in military or commercial explosives. However it can be utilized as a primary explosive in blasting caps or detonators when desensitized with appropriate materials. To do so, it should be mixed with gum Arabic, carbon black, tri sodium phosphate, chalk, or silicon dioxide powder, and then mixed with a small amount of paraffin s or saturated oils prior to use. Acetone-P can also be slurried with 10% water and 5% hexane for use in blasting caps or detonators. Pure acetone-P should not be used by itself, as it will decay over time potentially leading to explosions. Acetone-P is rather volatile, and a small sample left out in the open will completely evaporate after several days—partly due to decomposition. Acetone-P can also be used in initiating compositions when mixed with sulfur nitride or other primary explosives, and then added to a small amount of a saturated oil. The sulfur nitride and other primary explosives can be replaced by bari urn chromate, copper perchlorate, or lead chromate. Even when acetone-P has been successfully desensitized, it should be used withi n 2 weeks of preparation. ... 

Antisal 4 Caswell No. 898 CCRIS 7086 Dri-Tri EINECS 231-509-8 Emulsiphos 440/660 EPA Pesticide Chemical Code 076406 HSDB 583 NSC 215202 Nutrifos STP Oakite Phosphoric acid, trisodium salt Sodium orthophosphate Sodium orthophosphate, tertiary Sodium orthophosphate, tribasic Sodium phosphate Sodium phosphate (Na3PO<) Sodium phosphate, tribasic Sodium tertiary phosphate Tertiary sodium phosphate Tribasic sodium orthophosphate Tribasic sodium phosphate Trinatriumphosphat Trisodium orthophosphate Tri-sodium phosphate Tromete TSP TSP-0. Inorganic salt For pH adjustment in food systems cleaning compounds, water treatment, textiles. Water softening agent subject... 

Oils or light greases (a) Sodium hydroxide, carbonate or tri sodium phosphate with or without detergents or (b) Solvent - water emulsions, e.g. kerosene - water Alkalis are also used for the removal of biological deposits Useful for non-ferrous systems which may be attacked by alkalis... 

The most common compound is sodium chloride, but it occurs in many other minerals. It makes up many salt compounds with nonmetal materials. Among the many compounds that are of the greatest industrial importance are common salt (NaCl), soda ash (Na2C03), baking soda (NaHCOj), caustic soda (NaOH), Chile saltpeter (NaNOj), di- and tri-sodium phosphates, sodium thiosulfate (hypo, Na2S203.), and borax (Na2B407.). 

Tri-sodium phosphate and borate/boric acid have been identified as good candidates for containment sump pH control based on the above considerations. They have high buffer capacities at high pH values (i.e., high pKa values) and, being solid, are easy to handle. Phosphate has two useful buffer... 

Beet Sugar Liquors R Glucose R Refined R Tri-Sodium Phosphate RX... 

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