CAS 12033-89-5

Trisilicon tetranitride

Description:

Trisilicon tetranitride, with the chemical formula Si3N4, is a notable inorganic compound characterized by its high thermal stability and excellent mechanical properties. It is a gray or black solid that exhibits a high melting point, making it suitable for high-temperature applications. Trisilicon tetranitride is primarily known for its exceptional hardness and strength, which makes it valuable in various industrial applications, including ceramics and cutting tools. Additionally, it has good chemical resistance, particularly against oxidation and corrosion, which enhances its durability in harsh environments. The compound is also a semiconductor, which allows for potential applications in electronic devices. Trisilicon tetranitride can be synthesized through various methods, including chemical vapor deposition and solid-state reactions. Its unique properties make it a subject of interest in materials science and engineering, particularly in the development of advanced ceramics and composites. Overall, trisilicon tetranitride is a versatile material with significant potential in both industrial and technological applications.

Formula: N₄Si₃

Synonyms:

• 9Sn-F1
• KBI
• Needlelok
• Poreceram
• Roydazide
• SiNova
• SiciNide
• Sn-B
• Sn-Bl
• Sn-Coa
• Sn-Esp
• Sn-Xlf
• SolarEtch
• Trisiliciumtetranitrid
• LC 12
• Trisilicon tetranitride
• Silicon nitride (Si3N4)

Silicon(IV) nitride, α-phase, 99.9% (metals basis)

CAS: 12033-89-5

Silicon(IV) nitride is used in automobile industry as a material for engine parts such as diesel engines and glowplugs. It is used for rocker arm pads for lower wear in spark-ignition engines. Ceramics made from Silicon(IV) nitride show good shock resistance. Similarly, bearings made from this find

Formula: N₄Si₃

Purity: 99.9%

Molecular weight: 140.28

Ref: 02-014704

Silicon(IV) nitride, 99.3% (metals basis), typically 90% β-phase

CAS: 12033-89-5

Silicon(IV) nitride is used in automobile industry as a material for engine parts such as diesel engines and glowplugs. It is used for rocker arm pads for lower wear in spark-ignition engines. Ceramics made from this show good shock resistance. Similarly bearings made from this find application in t

Formula: N₄Si₃

Purity: 90%

Molecular weight: 140.28

Ref: 02-040379

Silicon(IV) nitride, amorphous, nanopowder, 98.5+%

CAS: 12033-89-5

This Thermo Scientific Chemicals brand product was originally part of the Alfa Aesar product portfolio. Some documentation and label information may refer to the legacy brand. The original Alfa Aesar product / item code or SKU reference has not changed as a part of the brand transition to Thermo Sci

Formula: N₄Si₃

Purity: 98.5+%

Molecular weight: 140.28

Ref: 02-045611

Silicon(IV) nitride, Electronic Grade, 99.85% (metals basis), 90+% α-phase

CAS: 12033-89-5

Silicon nitride bearings are both full ceramic bearings and ceramic hybrid bearings with balls in ceramics and races in steel. Silicon nitride ceramics have good shock resistance compared to other ceramics. Silicon nitride is used for rocker arm pads for lower wear, turbocharger for lower inertia an

Formula: N₄Si₃

Purity: 90+%

Molecular weight: 140.28

Ref: 02-049113

Silicon(IV) nitride, α-phase, ca. 90%

CAS: 12033-89-5

Silicon(IV) nitride is used in the automobile industry as a material for engine parts such as diesel engines and glowplugs. It is used for rocker arm pads for lower wear in spark-ignition engines. Ceramics made from this show good shock resistance. Similarly bearings made from this find application

Formula: N₄Si₃

Purity: 90%

Color and Shape: White to grey or brown, Powder

Molecular weight: 140.28

Ref: 02-042949

Silicon(IV) nitride, < 5 micron (99%-Si)

CAS: 12033-89-5

Silicon(IV) nitride, < 5 micron (99%-Si)

Formula: Si₃N₄

Purity: (99%-Si)

Color and Shape: light gray pwdr.

Molecular weight: 140.28

Ref: 08-93-1442

Silicon nitride

CAS: 12033-89-5

Silicon nitride

Purity: αmutually,99.9%,~1μm

Molecular weight: 140.28g/mol

Ref: 54-OR1030783

Silicon(IV) nitride Nanopowder (amorphous); 99 %

CAS: 12033-89-5

Ref: 7W-GX7444

Silicon(IV) nitride Nanopowder (amorphous); 99 %

CAS: 12033-89-5

Ref: 7W-GX3828

Silicon(IV) nitride

CAS: 12033-89-5

Formula: Si₃N₄

Molecular weight: 140.28

Ref: 7W-GX0849

Silicon IV nitride Powder

CAS: 12033-89-5

S14700 - Silicon IV nitride Powder

Formula: N₄Si₃

Molecular weight: 140.283

Ref: 10-S14700

Silicon nitride, 0.2-2.5 microns (99.99%-Si) PURATREM

CAS: 12033-89-5

Silicon nitride, 0.2-2.5 microns (99.99%-Si) PURATREM

Formula: Si₃N₄

Purity: (99.99%-Si)

Color and Shape: light gray pwdr.

Molecular weight: 140.28

Ref: 08-14-7423

Silicon Nitride Nanopowder, 20nm, 99%

CAS: 12033-89-5

Formula: Si₃N₄

Purity: min. 99%

Color and Shape: Off white to beige to grey, Powder

Molecular weight: 140.28

Ref: SR-63338

Silicon nitride - predominantly β-phase, -325 mesh

CAS: 12033-89-5

Silicon nitride is a compound of silicon and nitrogen. It is used in the preparation of high purity silicon, as well as in the production of semiconductors, electronic devices, and other products. Silicon nitride is also used to make parts for aircraft engines and turbines. The thermal expansion coefficient of silicon nitride is typically 5x10-6/°C, which makes it ideal for use in high-temperature environments. Silicon nitride has antimicrobial properties that may be due to its ability to release hydrogen fluoride and water vapor when heated. These compounds are toxic to bacteria and fungi, making silicon nitride a potential candidate for use in biomedical implants or medical devices such as catheters or prosthetic joints. Silicon nitride is chemically stable at temperatures up to 1000°C, making it an excellent material for high-temperature applications such as aerospace engine components. Silicon nitride can also be used as a sample preparation tool because it can remove impurities from samples without

Formula: N₄Si₃

Purity: Min. 95%

Color and Shape: Powder

Molecular weight: 140.28 g/mol

Ref: 3D-FS168689