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Chemical compound
Sodium fluorosilicate is a compound with the chemical formula Na2[SiF6]. Unlike other sodium salts, it has a low solubility in water. Sodium hexafluorosilicate
Sodium_fluorosilicate
Chemical compound
Ammonium fluorosilicate (also known as ammonium hexafluorosilicate, ammonium fluosilicate or ammonium silicofluoride) has the formula (NH4)2SiF6. It is
Ammonium_fluorosilicate
Phosphor with improved red band emission used in warmer white LED
or PSF are used for potassium fluorosilicate phosphors. Fluorosilicic acid Ammonium fluorosilicate Sodium fluorosilicate "44495 Potassium hexafluorosilicate
Potassium_fluorosilicate
Octahedric silicon compound
430 mg/kg. Ammonium fluorosilicate Sodium fluorosilicate Potassium fluorosilicate Urbansky, Edward Todd (2002). "Fate of Fluorosilicate Drinking Water Additives"
Hexafluorosilicic_acid
Hygroscopic chemical compound of variable Na2O/SiO2 ratio precursor of waterglass
boric acid, phosphoric acid, sodium fluorosilicate, and aluminium phosphate. Before application, an aqueous solution of sodium silicate is mixed with a curing
Sodium_silicate
Ionic compound (NaF)
protein sites. Sodium pyrophosphate and Sodium orthovanadate are also used for this purpose. Inorganic fluorides such as fluorosilicates and sodium fluoride
Sodium_fluoride
Chemical agent used in washing machines
Defense recognizes two "types" of laundry sours: type I is Sodium fluorosilicate and sodium bifluoride in powdered, crystal, or flake form; type II is
Laundry_sour
Ion of fluorine
adult with 4 grams of sodium fluoride is documented, and a dose of 120 g sodium fluoride has been survived. For sodium fluorosilicate (Na2SiF6), the median
Fluoride
Fluorosilicate glass (FSG) is a glass material composed primarily of fluorine, silicon and oxygen. It has a number of uses in industry and manufacturing
Fluorosilicate_glass
Chemical compound
Sodium hexametaphosphate (SHMP) is a salt of composition Na6[(PO3)6]. Sodium hexametaphosphate of technical grade is typically a mixture of metaphosphates
Sodium_hexametaphosphate
Addition of fluoride to a water supply to reduce tooth decay
adding one of three compounds to the water: sodium fluoride, fluorosilicic acid, or sodium fluorosilicate. Sodium fluoride (NaF) was the first compound used
Water_fluoridation
Chemical element with atomic number 4 (Be)
sintering process involves mixing beryl with sodium fluorosilicate and soda at 770 °C (1,420 °F) to form sodium fluoroberyllate, aluminium oxide and silicon
Beryllium
Chemical element with atomic number 9 (F)
requires about 23 kg (51 lb) of flux. Fluorosilicates consume the second largest portion, with sodium fluorosilicate used in water fluoridation and laundry
Fluorine
Group of chemical elements
beryl, sodium fluorosilicate, and soda at high temperatures to form sodium fluoroberyllate, aluminum oxide, and silicon dioxide. A solution of sodium fluoroberyllate
Alkaline_earth_metal
Na2S2O4 Sodium ferrocyanide – Na4[Fe(CN)6] Sodium fluoride – NaF Sodium fluorosilicate – Na2[SiF6] Sodium formate – HCOONa Sodium hydride – NaH Sodium hydrogen
List_of_inorganic_compounds
Latex foam rubber production technique
form carbonic acid (CO2+H2O→ H2CO3). Much like the addition of sodium fluorosilicate (Na2SiF6) in the Dunlop process, the carbonic acid lowers the pH
Talalay_process
sodium fluorosilicate 16893–85–9 Na2SiO3 sodium silicate 6834–92–0 Na2SnO3 sodium stannate 12058–66–1 Na2Te sodium telluride 12034–41–2 Na2Ti3O7 sodium metatitanate
List of CAS numbers by chemical compound
List_of_CAS_numbers_by_chemical_compound
percent ammonia UN 2673 6.1 2-Amino-4-chlorophenol UN 2674 6.1 Sodium fluorosilicate UN 2675 ? (UN No. no longer in use) Triethylenediamine (UN No. no
List of UN numbers 2601 to 2700
List_of_UN_numbers_2601_to_2700
compound fertilisers (NP). In the next years, the plant producing sodium fluorosilicate and 2nd plant producing phosphoric acid were opened. In the mid-70’s
Grupa_Azoty_POLICE
Bioactive glass biomaterial
Bioglass 45S5 or calcium sodium phosphosilicate, is a bioactive glass specifically composed of 45 wt% SiO2, 24.5 wt% CaO, 24.5 wt% Na2O, and 6.0 wt% P2O5
Bioglass_45S5
High-strength glass, made of silica and boron trioxide
borosilicate glass gas discharge tube (arc tube) and a metal cap. They include the sodium-vapor lamp that is commonly used in street lighting. Borosilicate glass
Borosilicate_glass
Glass colored with uranium oxide
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Uranium_glass
Melting points of chemical mixtures
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Liquidus_and_solidus
Glass object created by dripping molten glass into cold water
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Prince_Rupert's_drop
Variation of solubility of assorted substances
"Magnesium Sulfite" (PDF). srdata.nist.gov. Retrieved 2018-12-21. "CAS 7722-88-5 Sodium pyrophosphate(v) - Alfa Chemistry". www.alfa-chemistry.com. Retrieved 2025-06-28
Solubility_table
Opaque or translucent, milk white or colored glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Milk_glass
Deep blue glass coloured with cobalt
tests to filter out the undesired strong yellow light emitted by traces of sodium, and expand the ability to see violet and blue hues, similar to didymium
Cobalt_glass
Halide mineral
Distilling with sodium hydroxide (NaOH) produced ammonia (NH3). The anions of hexafluorosilicic acid (H2SiF6) precipitated as potassium fluorosilicate (K2SiF6)
Bararite
Concrete which has been mechanically ground, honed, and polished
slab. There are many types of densifiers including, sodium, potassium, lithium, magnesium fluorosilicate and colloidal. The densifier is allowed to dry and
Polished_concrete
Microscopic spheres
improved somewhat by using a chemical treatment to remove some of the sodium. Sodium depletion has also allowed hollow glass microspheres to be used in chemically
Glass_microsphere
Type of glass
oxide; along with small quantities of fining agents (e.g., sodium sulfate (Na2SO4), sodium chloride (NaCl), etc.) in a glass furnace at temperatures locally
Soda–lime_glass
Lowering the temperature of a liquid below its freezing point without it becoming a solid
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Supercooling
Transparent non-crystalline solid material
glass processing. Sodium carbonate (Na2CO3, "soda") is a common additive and acts to lower the glass-transition temperature. However, sodium silicate is water-soluble
Glass
Semiconductor light source
white LEDs may use other phosphors like manganese(IV)-doped potassium fluorosilicate (PFS). PFS assists in red light generation, and is used in conjunction
Light-emitting_diode
and therefore have a substantial percentage of sodium ions in their internal structure. Since sodium is an alkali element, its selective removal from
Dealkalization
Type of glass produced in medieval Europe
mixture of alkaline sodium salts, sourced from the Wadi El Natrun area of Egypt. Post-Roman Islamic glassmakers reverted to using sodium-rich plant ash, while
Forest_glass
Brand of dish and other cookware pieces
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
CorningWare
Research of materials
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Materials_science
Type of glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Borate_glass
Science of using a material's refractive index for optical effects
lenses including optical glasses, plastics, germanium, zinc selenide, and sodium chloride. Certain optical fibres (graded-index fibres) are made with a radially-varying
Gradient-index_optics
first immersed in a sodium nitrate bath at 450 °C (842 °F), which enriches the surface with sodium ions. This leaves more sodium ions on the glass for
Chemically_strengthened_glass
Optical lenses that darken on exposure to certain wavelengths of light
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Photochromic_lens
Glass consisting of pure silica
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Fused_quartz
Electrode that is pH-sensitive
concentrations of lithium or sodium ions of 0.1 mol/L or more. Potassium ions usually cause a smaller error than sodium ions. Acidic error range – at
Glass_electrode
Fused coating on ceramic objects
high-temperature kiln. The resulting sodium vapor reacts with the alumina and silica in the clay body, forming a durable sodium-silicate glass coating. Though
Ceramic_glaze
Type of safety glass processed to increase its strength
of glass at least 0.1 mm thick into compression by ion exchange of the sodium ions in the glass surface with potassium ions (which are 30% larger), by
Tempered_glass
Glass with features that make it less likely to cause injury
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Safety_glass
Type of metal surface coating
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Industrial_porcelain_enamel
Class of glasses based on fluorides rather than oxides
ZBLAN glass group, composed of zirconium, barium, lanthanum, aluminum, and sodium fluorides. These materials' main technological application is as optical
Fluoride_glass
Type of plastic reinforced by glass fiber
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Fiberglass
Standards used to define surface quality
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Surface imperfections (optics)
Surface_imperfections_(optics)
Chemical element with atomic number 14 (Si)
using approximately the same method as Gay-Lussac (reducing potassium fluorosilicate with molten potassium metal), but purifying the product to a brown powder
Silicon
Red-colored glass made by adding gold to molten glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Cranberry_glass
Azerbaijani glass manufacturing company
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Inter_Glass
Ionic compound (KF)
carobbiite. Solutions of KF will etch glass due to the formation of soluble fluorosilicates, although HF is more effective. Potassium fluoride is prepared by reacting
Potassium_fluoride
2853 6.1 Magnesium fluorosilicate UN 2854 6.1 Ammonium fluorosilicate UN 2855 6.1 Zinc fluorosilicate UN 2856 6.1 Fluorosilicates, n.o.s. UN 2857 2 Refrigerating
List of UN numbers 2801 to 2900
List_of_UN_numbers_2801_to_2900
Type of optical glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Flint_glass
Method for producing solid materials from small molecules
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Sol–gel_process
Glass material used in lenses
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Thoriated_glass
Extremely durable glass-ceramic
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Zerodur
Processes relevant to the sol-gel process
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Mechanics_of_gelation
Type of glass commonly used in semiconductor device fabrication
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Phosphosilicate_glass
Glass containing one or more of sulfur, selenium and tellurium
Gallium(III) sulphide on its own is not a known glass former; however, with sodium or lanthanum sulphides it forms a glass, gallium lanthanum sulphide (GLS)
Chalcogenide_glass
Optical filter glass
filter materials have largely replaced it. Wood's glass is special barium-sodium-silicate glass incorporating about 9% nickel oxide. It is a very deep violet-blue
Wood's_glass
Device that amplifies an optical signal
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Optical_amplifier
Clear glass with microscopic metal particles sensitive to UV light
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Photosensitive_glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Optofluidics
Collection of information about glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Glass_database
Method used to apply surface coatings
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Chemical_vapor_deposition
Material made by fusing powdered glass to a substrate by firing
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Vitreous_enamel
Reversible transition in amorphous materials
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Glass_transition
Optical coating that reduces reflection
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Anti-reflective_coating
Surface reactive glass-ceramic biomaterial
processes, which occurs once the bioactive glass reacts with body fluids. Sodium (Na) is released from the surface of the bioactive glass and induces an
Bioactive_glass
Type of glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Crown_glass_(optics)
Process for relieving stress in manufactured glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Annealing_(glass)
Type of metal fluoride glass
For ZBLAN, Tg ranges from 250 to 300 °C, depending on composition; mainly sodium content. Beyond Tg, molten glass becomes prone to devitrification. This
ZBLAN
Phase-changing material
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
AgInSbTe
Construction element consisting of at least two glass plates
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Insulated_glazing
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Glass-coated_wire
Material
burn the organic residues and to form the anatase phase. In that case, sodium might diffuse from the glass into the nascent titanium dioxide, causing
Self-cleaning_glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Ultra_low_expansion_glass
Industry dealing with chemicals from fluorine
flux for glass. Fluorosilicates are the next most significant inorganic fluorides formed from HF. The most common one, that of sodium, is used for water
Fluorochemical_industry
Material used in dentistry as a filling material
readily.[citation needed] The glass filler is generally a calcium alumino fluorosilicate powder, which upon reaction with a polyalkenoic acid gives a glass polyalkenoate-glass
Glass_ionomer_cement
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Glass_batch_calculation
Germanium-antimony-tellurium material
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
GeSbTe
Phosphor oxide based glass in which SiO2 is replaced by P2O5 as network former
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Phosphate_glass
Translucent polycrystalline solid
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Glass-ceramic
Type of glass containing boron and phosphorus
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Borophosphosilicate_glass
Machinable glass-ceramic material
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Macor
Physical properties of common glasses
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
List of physical properties of glass
List_of_physical_properties_of_glass
Laboratory storage container
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Reagent_bottle
Variety of glass in which lead replaces the calcium content
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Lead_glass
Brand of glass
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Foturan
Chemical element with atomic number 82 (Pb)
lead and cathodes of pure lead are placed in an electrolyte of lead fluorosilicate (PbSiF6). Once electrical potential is applied, impure lead at the anode
Lead
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Calculation of glass properties
Calculation_of_glass_properties
Chemical compound
is obtained by sintering zirconium ore concentrates with potassium fluorosilicate at 600–700 °C. Potassium hexafluorozirconate is used as an intermediate
Potassium_hexafluorozirconate
Airtight seal which joins glass and metal surfaces
treatment stabilizes the oxide layer by forming a thin protective layer of sodium borate on its surface, so the oxide does not grow too thick during subsequent
Glass-to-metal_seal
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Tellurite_glass
Use of ions to cause chemical changes
Chalcogenide glass Cobalt glass Cranberry glass Crown glass Flint glass Fluorosilicate glass Fused quartz GeSbTe Gold ruby glass Lead glass Milk glass Phosphosilicate
Ion_implantation
Chemical element with atomic number 90 (Th)
concentrated nitric acid containing a small quantity of catalytic fluoride or fluorosilicate ions; if these are not present, passivation by the nitrate can occur
Thorium
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SODIUM FLUOROSILICATE
SODIUM FLUOROSILICATE
SODIUM FLUOROSILICATE
SODIUM FLUOROSILICATE
SODIUM FLUOROSILICATE
SODIUM FLUOROSILICATE
SODIUM FLUOROSILICATE
SODIUM FLUOROSILICATE
SODIUM FLUOROSILICATE
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