Introdución da cerámica de carburo de boro

A cerámica de carburo de boro é un material inorgánico non metálico con carbono e boro como compoñentes principais, e a súa fórmula química é B4C. Desde o seu descubrimento a principios do século XX, este material atraeu moita atención polas súas propiedades físicas e químicas únicas. As cerámicas de carburo de boro teñen unha dureza extremadamente alta, superada só por diamante e nitruro de boro cúbico, o que a fai importante no campo dos materiais resistentes ao desgaste. Tamén presenta unha excelente resistencia á corrosión, estabilidade ás altas temperaturas e propiedades de baixa densidade, atributos que o fan ideal para a fabricación de chalecos antibalas, boquillas, rodamentos e outros compoñentes mecánicos que requiren unha alta resistencia ao desgaste. A cerámica de carburo de boro tamén se pode preparar nunha variedade de formas e tamaños a través de diferentes procesos para satisfacer as necesidades de diferentes industrias.

Características das cerámicas de carburo de boro

As cerámicas de carburo de boro son coñecidas polas súas excelentes características de rendemento, comezando pola súa dureza e resistencia ultra elevadas, o que as fai resistentes á abrasión severa e á raiadura, polo que son idóneas para o seu uso en ferramentas de corte e abrasivos. En segundo lugar, o material posúe unha excelente estabilidade química e é menos probable que reaccione con produtos químicos como ácidos e álcalis, mesmo en ambientes extremos, polo que é moi utilizado en certos compoñentes clave da industria química. Ademais, a superior estabilidade térmica das cerámicas de carburo de boro e a súa capacidade para manter a estabilidade estrutural e da propiedade a temperaturas extremadamente altas convértenas nun dos materiais fundamentais nas industrias aeroespacial e nuclear. Por último, cabe destacar as súas propiedades lixeiras que, pola súa baixa densidade, fan da cerámica de carburo de boro unha opción ideal para escenarios de aplicación que requiren un peso lixeiro pero de alta resistencia. En conxunto, estas características dan á cerámica de carburo de boro unha ampla gama de aplicacións.

(SW30mm Boron Carbide Ceramic B4c Hexagonal Silicon Carbide Tiles Plate)

Specification of SW30mm Boron Carbide Ceramic B4c Hexagonal Silicon Carbide Tiles Plate

The SW30mm Boron Carbide Ceramic B4C Hexagonal Silicon Carbide Tiles Plate is developed for high-performance applications. It incorporates boron carbide (B4C) and silicon carbide (SiC). Both materials are understood for extreme solidity and durability. The hexagonal tile layout boosts impact resistance and structural stability. Each tile measures 30mm in density. The plate dimensions can be tailored to fit specific task demands.

Boron carbide has a Vickers hardness of over 30 Grade point average. This makes it among the hardest products available. Silicon carbide adds thermal conductivity and corrosion resistance. The hybrid structure balances lightweight homes with stamina. The thickness of B4C is around 2.52 g/cm TWO. This keeps the total weight less than steel or alumina-based plates.

The tiles manage temperature levels approximately 1,800 ° C in inert atmospheres. They resist oxidation as much as 1,000 ° C in air. Thermal shock resistance avoids breaking under fast temperature changes. The material’s low neutron absorption cross-section suits nuclear applications. It is excellent for radiation shielding parts.

These plates are used in ballistic armor systems. They stop high-velocity projectiles and pieces. Industrial utilizes consist of wear-resistant cellular linings for machinery. They safeguard devices in mining, aerospace, and chemical processing. The hexagonal shape allows limited interlocking. This minimizes voids and enhances insurance coverage.

Installation includes bonding floor tiles to a backing product like fiberglass or metal. Adhesives must withstand high stress and anxiety and heat. Surface therapies like brightening or finishes can be applied. This boosts abrasion resistance or reduces friction.

Handling requires care to avoid chipping edges. Dry cutting or grinding is recommended throughout customization. The material is chemically inert. It resists acids, alkalis, and natural solvents. Normal cleaning with non-abrasive representatives preserves efficiency.

The product satisfies military requirements for individual security. It abides by commercial security guidelines for extreme atmospheres. Custom sizes and thicknesses are readily available. Testing data includes ballistic impact records and thermal security certifications.

(SW30mm Boron Carbide Ceramic B4c Hexagonal Silicon Carbide Tiles Plate)

Applications of SW30mm Boron Carbide Ceramic B4c Hexagonal Silicon Carbide Tiles Plate

SW30mm boron carbide ceramic B4C hexagonal silicon carbide tiles plates are high-performance products utilized popular industries. Their mix of solidity, lightweight properties, and resistance to extreme problems makes them suitable for important applications.

In aerospace, these ceramic tiles safeguard components from high temperatures and put on. They function as thermal barrier for spacecraft and layers for generator blades. Their capacity to endure thermal stress and anxiety guarantees integrity throughout re-entry or high-speed flight.

Military and protection sectors use these ceramic tiles for armor systems. They are integrated right into car plating and body shield due to their exceptional ballistic efficiency. Boron carbide’s hardness quits projectiles efficiently while keeping weight reduced for flexibility.

Industrial machinery take advantage of their wear resistance. The floor tiles line devices like pumps, valves, and grinding tools in harsh environments. They decrease downtime by withstanding abrasion, chemicals, and influences without deteriorating.

Power applications include usage in nuclear reactors. The floor tiles work as neutron absorbers, improving safety and security by regulating radiation degrees. In solar power systems, they safeguard delicate parts from sand erosion and high temperatures.

Electronic devices producing uses these tiles for semiconductor handling. Their thermal conductivity and electrical insulation residential or commercial properties make them ideal for wafer handling and furnace components. They preserve stability in high-temperature processes.

The hexagonal shape of the tiles allows tight, interlocking setups. This layout improves coverage and structural honesty in composite shield or layered protection systems. Customized sizing makes certain compatibility with existing machinery or frameworks.

Resilience under extreme pressure makes them useful in oil and gas exploration. They coat drill little bits and machinery components exposed to harsh fluids and abrasive sediments. This prolongs tools life-span in tough removal problems.

These tiles are likewise applied in cutting tools for machining steels and compounds. Their hardness gives sharp edges that stay undamaged longer than conventional products. This minimizes substitute regularity and enhances precision.

Environmental applications include usage in purification systems. The tiles stand up to hostile chemicals in wastewater treatment or air purification arrangements. Their inert nature stops contamination during processing.

SW30mm boron carbide ceramic B4C hexagonal silicon carbide tiles layers deal flexible solutions where performance under stress and anxiety is non-negotiable. Industries count on their adaptability to boost safety, performance, and durability in important procedures.

Introdución da compañía

Advanced Ceramics, fundada o 17 de outubro de 2014, é unha empresa de alta tecnoloxía comprometida coa investigación e desenvolvemento, produción, procesamento, vendas e servizos técnicos de materiais e produtos cerámicos. Desde a súa creación en 2014, a empresa comprométese a ofrecer aos clientes os mellores produtos e servizos e converteuse nun líder na industria a través da innovación continua e rigorosa xestión tecnolóxica da calidade.

Os nosos produtos inclúen, entre outros, produtos cerámicos de carburo de silicio, produtos cerámicos de carburo de boro, produtos cerámicos de nitruro de boro, produtos cerámicos de carburo de silicio, produtos cerámicos de nitruro de silicio, produtos cerámicos de dióxido de circonio, produtos de cuarzo, etc. Non dubide en contactar connosco.(nanotrun@yahoo.com)

Formas de pago

T/T, Western Union, Paypal, tarxeta de crédito, etc.

Métodos de envío

Por aire, por mar, por expreso, segundo o soliciten os clientes.

5 FAQs of SW30mm Boron Carbide Ceramic B4c Hexagonal Silicon Carbide Tiles Plate

The SW30mm Boron Carbide Ceramic B4C Hexagonal Silicon Carbide Tiles Plate is designed for high-performance applications. Below are answers to common questions.

What is the primary use of these tiles?
These tiles protect against impacts and extreme heat. They are used in body armor, vehicle armor, and industrial machinery. The material’s hardness and lightweight nature make it ideal for stopping bullets, shrapnel, and resisting wear in harsh environments.

En que se compara o carburo de boro con outras cerámicas?
Boron carbide is one of the hardest materials available. It scores 9.5 on the Mohs scale, just below diamond. It is harder than silicon carbide and tungsten carbide. This makes it better for applications needing extreme wear resistance and durability under stress.

Can these tiles withstand high temperatures?
Yes. Boron carbide handles temperatures up to 2000°C in inert environments. In air, it remains stable up to 500°C. For higher temperatures, silicon carbide tiles are preferred due to better oxidation resistance. Both materials work in furnaces, reactors, or aerospace components.

Are these tiles resistant to chemicals?
Boron carbide resists most acids and alkalis. It is not recommended for prolonged exposure to strong acids like hydrofluoric acid. Silicon carbide offers better chemical stability in corrosive environments. The choice depends on the specific chemicals involved.

Como se instalan estas tellas?
They are attached using high-strength adhesives or mechanical fasteners. Surface preparation is critical for strong bonding. Proper alignment ensures full coverage and protection. Regular inspections check for cracks or wear. Damaged tiles should be replaced immediately to maintain performance.

These answers clarify key features and uses. The material’s properties make it suitable for demanding industries like defense, aerospace, and heavy machinery.

(SW30mm Boron Carbide Ceramic B4c Hexagonal Silicon Carbide Tiles Plate)