CAS 18282-10-5

Óxido de estaño (SnO2)

Descripción:

Óxido de estaño (SnO2), también conocido como óxido de estaño, es un polvo blanco e inodoro que exhibe una serie de propiedades interesantes. Es un compuesto inorgánico utilizado principalmente como semiconductor y en diversas aplicaciones como sensores de gas, recubrimientos conductores transparentes y como catalizador en reacciones químicas. SnO2 tiene una estructura cristalina tetragonal y es conocido por su alta estabilidad y resistencia a la corrosión. Es un semiconductor de amplio bandgap, lo que le permite conducir electricidad bajo ciertas condiciones, haciéndolo útil en dispositivos electrónicos. Además, el óxido de estaño se caracteriza por su alto índice de refracción y excelente transparencia óptica en el espectro visible, lo que es beneficioso para aplicaciones en óptica y fotovoltaica. El compuesto también es no tóxico y respetuoso con el medio ambiente, lo que contribuye a su atractivo en diversas aplicaciones industriales. Su capacidad para absorber luz UV y sus propiedades fotocatalíticas mejoran aún más su utilidad en la remediación ambiental y tecnologías de conversión de energía.

Fórmula: O₂Sn

InChI: InChI=1S/2O.Sn

Clave InChI: InChIKey=XOLBLPGZBRYERU-UHFFFAOYSA-N

SMILES: [Sn](=O)=O

Sinónimos:

• At-Snno 200N
• Cp 004
• Cxf 303Ip
• Dioxido De Estano
• Dioxyde d'etain
• Eps 12
• Eps 12A
• Eps 8
• His 30Mh
• Hx 405Mh
• Nalco SN 20
• Nanotek SN
• Nanotek SnO2
• Nanotek SnO₂
• Nanotek Tin Oxide
• Nyacol SN 15
• Nyacol SN 15CG
• Ov-Sn
• P 3001
• QF-Ti 1125P
• S 1
• S 1 (tin compound)
• S 1S
• S 2000
• S 2000 (oxide)
• S 3976
• S 8
• S 8 (oxide)
• SAM 05 (catalyst)
• SH (oxide)
• SH-S (oxide)
• SN 38 (oxide)
• Sam 05
• Sh-S
• Sn 38
• SnO₂
• Stannic anhydride
• Stannic dioxide
• Stannic oxide
• Stannic oxide (SnO2)
• Stannic oxide (SnO₂)
• Suncolloid HX 305M5
• Suncolloid HX 405MH
• T 10
• T 10 (oxide)
• T 1186
• Tego RL
• Tin (Iv) Oxide
• Tin Dioxide
• Tin dioxide (SnO2)
• Tin dioxide (SnO₂)
• Tin oxide
• Tin oxide (SnO₂)
• Zinn(Iv)-Oxid
• Zinndioxid
• Tin oxide (SnO2)
• C.I. 77861
• TinoxidePURATREMmeshoffwhitepowder
• Tinoxidewhitepowder

Tin(IV) Oxide

CAS: 18282-10-5

Fórmula: SnO₂

Pureza: >99.5%

Forma y color: White to Almost white powder to crystal

Peso molecular: 150.71

Ref: 3B-T4006

Tin(IV) oxide, 99.9% (metals basis)

CAS: 18282-10-5

It is employed in the manufacture of white enamels and for polishing glass. It has a broad range of applications in many areas such as semiconductors, photovoltaic materials, solar cells, lithium ion batteries, photocatalysts, and as gas-sensing agents in solid-state detectors. This Thermo Scientif

Fórmula: O₂Sn

Pureza: 99.9%

Peso molecular: 150.71

Ref: 02-012283

Tin(IV) oxide, Puratronic™, 99.996% (metals basis)

CAS: 18282-10-5

Tin(IV) oxide is used as a pigment in the ceramic industry and as a polishing powder. It finds use in sensors of combustible gases. It is also used as a catalyst along with vanadium oxide for the oxidation of aromatic compounds to prepare carboxylic acids and acid anhydrides. It is used in sensors

Fórmula: O₂Sn

Pureza: 99.996%

Peso molecular: 150.71

Ref: 02-010891

Tin(IV) oxide, nanoparticle (30-60 nm), (99.7%-Sn)

CAS: 18282-10-5

Tin(IV) oxide, nanoparticle (30-60 nm), (99.7%-Sn)

Fórmula: SnO₂

Pureza: (99.7%-Sn)

Forma y color: white pwdr.

Peso molecular: 150.69

Ref: 08-50-0518

Tin(IV) oxide (99.9%-Sn)

CAS: 18282-10-5

Tin(IV) oxide (99.9%-Sn)

Fórmula: SnO₂

Pureza: (99.9%-Sn)

Forma y color: white pwdr.

Peso molecular: 150.69

Ref: 08-93-5026

Tin(IV) oxide (99.998%-Sn) PURATREM

CAS: 18282-10-5

Tin(IV) oxide (99.998%-Sn) PURATREM

Fórmula: SnO₂

Pureza: (99.998%-Sn)

Forma y color: -22 mesh off-white pwdr.

Peso molecular: 150.69

Ref: 08-50-2500

Tin(IV) oxide

CAS: 18282-10-5

Fórmula: O₂Sn

Pureza: 99%

Forma y color: Solid

Peso molecular: 150.6998

Ref: IN-DA00B6DR

Tin(IV) oxide Nanopowder, 99.9 %

CAS: 18282-10-5

Fórmula: SnO₂

Pureza: ≥ 99.9%

Forma y color: White to off-white or light-grey powder

Peso molecular: 150.69

Ref: 7W-GX4773

Tin(IV) oxide

CAS: 18282-10-5

Tin(IV) oxide

Fórmula: ·2O·Sn

Pureza: 99.90%

Forma y color: White To Off White Powder

Peso molecular: 150.71g/mol

Ref: 54-IN3673

Tin(IV) oxide, 99.0%

CAS: 18282-10-5

Fórmula: SnO₂

Pureza: ≥ 99.0%

Forma y color: Yellow to yellow-green powder or chunks

Peso molecular: 150.69

Ref: 7W-GX7439

Tin(IV) oxide Nanopowder, 99.5%

CAS: 18282-10-5

Fórmula: SnO₂

Pureza: ≥ 99.5%

Forma y color: White to off-white or light-grey powder

Peso molecular: 150.69

Ref: 7W-GX8443

Tin(IV) oxide, 99.999%

CAS: 18282-10-5

Fórmula: SnO₂

Pureza: ≥ 99.999%

Forma y color: White to off-white or light-grey powder or crystalline powder

Peso molecular: 150.69

Ref: 7W-GX8913

Stannic Oxide Nanopowder, 60nm, 99.5%

CAS: 18282-10-5

Fórmula: SnO₂

Pureza: min. 99.5%

Forma y color: Pale grey brown, Powder

Peso molecular: 134.71

Ref: SR-15669

Tin(IV) oxide

CAS: 18282-10-5

Tin(IV) oxide is a chemical compound that can be used in the treatment of cancer. It is a white powder with a low melting point and is soluble in water, alcohols, and ethers. Tin(IV) oxide has been used as an additive to microscopy techniques to improve contrast. The compound has also been shown to have anticancer properties by inhibiting the growth of cancer cells. Tin(IV) oxide blocks the formation of chalcones, which are products that are formed when reactions between hydrochloric acid and aluminium take place at high temperatures. This blockage prevents the formation of hydrogen gas, thereby preventing cell death due to dehydration or exposure to infrared radiation from heat sources such as microwaves or lasers. Tin(IV) oxide also has been used in infrared spectroscopy for its ability to produce a characteristic absorption band at 3690 cm-1 and as an alternative material for the production of semiconductors when producing thin films.

Fórmula: SnO₂

Pureza: 95%Nmr

Forma y color: Off-White To Grey Solid

Peso molecular: 150.71 g/mol

Ref: 3D-FT33030