Fampidirana ny seramika Boron Carbide

Ny seramika boron carbide dia akora tsy ara-organika, tsy metaly misy karbaona sy boron ho singa fototra ao aminy, ary B4C ny raikipohy simika. Hatramin’ny nahitana azy tany am-piandohan’ny taonjato faha-20, dia nisarika ny sain’ny maro io akora io noho ny toetrany ara-batana sy simika miavaka. Ny seramika boron carbide dia manana hamafin'ny avo dia avo, faharoa amin'ny diamondra sy cubic boron nitride, izay mahatonga azy io ho zava-dehibe eo amin'ny sehatry ny fitaovana mahatanty. Izy io koa dia mampiseho fanoherana harafesina tsara, fahamarinan-toerana avo lenta ary fananana ambany hakitroky, toetra izay mahatonga azy ho tonga lafatra amin'ny fanamboarana akanjo vita amin'ny bala, nozzles, bearings ary singa mekanika hafa izay mitaky fanoherana avo lenta. Ny seramika boron carbide dia azo omanina amin'ny endrika sy habe isan-karazany amin'ny alàlan'ny dingana samihafa mba hanomezana ny filan'ny indostria samihafa.

Toetran'ny seramika Boron Carbide

Ny seramika boron carbide dia fantatra amin'ny toetrany tsara indrindra, manomboka amin'ny hamafin'ny avo indrindra sy ny tanjany, izay mahatonga azy ireo ho mahatohitra ny abrasion mafy sy ny scratches, ka mahatonga azy ireo ho tsara ampiasaina amin'ny fitaovana fanapahana sy abrasives. Faharoa, ny akora dia manana fitoniana simika tena tsara ary tsy dia misy fiantraikany amin'ny zavatra simika toy ny asidra sy alkali, na dia amin'ny tontolo faran'izay mafy aza, ka mahatonga azy io ho be mpampiasa amin'ny singa fototra sasany amin'ny indostrian'ny simika. Ho fanampin'izany, ny fahamarinan-toerana mafana amin'ny seramika boron carbide sy ny fahaizany mitazona ny fahamarinan-toerana sy ny fananana amin'ny mari-pana ambony dia mahatonga azy ireo ho iray amin'ireo fitaovana fototra amin'ny indostrian'ny aerospace sy nokleary. Farany, ilaina ny manonona ny fananany maivana, izay, noho ny hakitroky ambany, dia mahatonga ny seramika boron carbide ho safidy tsara ho an'ny toe-javatra fampiharana izay mitaky lanja maivana nefa matanjaka. Miaraka, ireo toetra ireo dia manome seramika boron carbide isan-karazany ny fampiharana.

(SW3010mm Boron Carbide Ceramic B4c Hexagonal Tiles)

Specification of SW3010mm Boron Carbide Ceramic B4c Hexagonal Tiles

Boron carbide ceramic B4C hexagonal tiles with specifications SW30 10mm are engineered for high-performance applications. The material incorporates extreme hardness with lightweight buildings. Each tile measures 30mm in side size and 10mm in density. The hexagonal form enables effective setup in protective or structural configurations. Boron carbide is known for its remarkable resistance to abrasion and effect. This makes the floor tiles ideal for settings requiring longevity against wear or mechanical anxiety.

The structure of boron carbide includes boron and carbon atoms in a robust crystalline framework. This framework provides the material a Vickers firmness of about 30-35 Grade point average. It ranks among the hardest products offered, second only to diamond and cubic boron nitride. The floor tiles keep stability under high temperatures, with a melting factor around 2,400 ° C. Thermal conductivity is low, decreasing warm transfer in applications like thermal insulation.

These tiles are chemically inert. They stand up to corrosion from acids, alkalis, and various other aggressive substances. This building makes sure longevity in severe commercial or chemical processing settings. The density of boron carbide is roughly 2.52 g/cm FIVE. This lightweight nature minimizes added weight in composite systems.

Applications consist of shield systems for military or protection use. The product’s capability to take in kinetic power makes it effective for bulletproof vests or vehicle armor. Industrial utilizes involve wear-resistant parts in equipment, nozzles, or reducing devices. The hexagonal layout allows seamless interlocking for large-area protection. This serves in lining surfaces exposed to abrasive or abrasive pressures.

Personalization choices are offered for specific demands. Adjustments in measurements, surface area coating, or edge treatments can be made. Floor tiles undertake strict high quality checks to make sure consistency in thickness, hardness, and geometry. Evaluating approaches include ultrasonic evaluation and X-ray diffraction.

Boron carbide ceramic floor tiles work with bonding strategies for protected installment. Adhesives or mechanical fasteners can be made use of depending on functional requirements. Taking care of safety measures consist of making use of safety equipment to prevent breathing of ceramic dust throughout machining.

The material’s neutron absorption capacity increases its use in nuclear industries. It works as a protecting part in reactors or radiation containment systems. Schedule undergoes preparation because of the specialized sintering process required. Bulk orders may qualify for adjusted prices.

(SW3010mm Boron Carbide Ceramic B4c Hexagonal Tiles)

Applications of SW3010mm Boron Carbide Ceramic B4c Hexagonal Tiles

SW30 10mm boron carbide ceramic B4C hexagonal floor tiles offer several duties across sectors requiring strong, lightweight materials. The tiles are made from boron carbide, one of the hardest materials offered. This makes them suitable for shield systems in protection and aerospace. They soak up impact properly, shielding against bullets, shrapnel, and high-speed projectiles. Their light-weight nature decreases stress on lorries or workers compared to traditional metal armor.

Industrial applications gain from their resistance to use and deterioration. These floor tiles line equipment parts subjected to rough compounds, such as nozzles, seals, or cutting tools. They expand equipment life-span in mining, chemical handling, or production. High-temperature security permits usage in furnaces, generators, or activators where materials encounter extreme warmth without deteriorating.

Atomic energy markets use boron carbide for neutron absorption. The hexagonal ceramic tiles act in control poles or securing elements within reactors. Boron atoms record neutrons, improving safety and security by regulating nuclear reactions. This building ensures long-term reliability in harsh radiation atmospheres.

The hexagonal form improves architectural efficiency. It enables tight, interlocking plans, minimizing voids and making the most of protection. This layout matches bent or complicated surface areas in aerospace parts or body shield. Customized formats adjust to details job needs while preserving strength.

Boron carbide withstands chemical reactions with acids, alkalis, and oxidizers. It does well in destructive settings like chemical plants or aquatic settings. Its low density maintains parts light without compromising durability. Compared to steels or various other porcelains, B4C provides an equilibrium of hardness, weight, and thermal security.

This material meets demands in protection, power, and commercial fields. Its mix of low thickness, high solidity, and chemical resistance makes sure reliable performance sought after problems.

Company Sava lalana

Advanced Ceramic naorina tamin'ny Oktobra 17, 2014, dia teknolojia avo lenta ny orinasa nanolo-tena ho amin'ny fikarohana sy ny fampandrosoana, famokarana, fanodinana, varotra sy ara-teknika ny seramika havany fitaovana sy ny vokatra.

Ny vokatray dia ahitana fa tsy voafetra amin'ny vokatra seramika silika karbida, vokatra seramika Boron, vokatra seramika boron, vokatra seramika silika, vokatra seramika silika, vokatra seramika silika, vokatra seramika zirconium dioxide, vokatra quartz, sns. Aza misalasala mifandray aminay.(nanotrun@yahoo.com)

Fomba fandoavam-bola

T / T, Western Union, Paypal, carte de crédit sns.

Fomba fandefasana

Amin'ny rivotra, an-dranomasina, amin'ny Express, araka ny fangatahan'ny mpanjifa.

5 FAQs of SW3010mm Boron Carbide Ceramic B4c Hexagonal Tiles

What are SW3010mm boron carbide ceramic B4C hexagonal tiles made of? These tiles consist of boron carbide ceramic. Boron carbide is a synthetic material. It is one of the hardest substances available. The hexagonal shape provides even stress distribution. The tiles measure 30mm across and 10mm thick. This design suits high-wear applications.

Why choose boron carbide ceramic tiles over other materials? Boron carbide offers extreme hardness. It ranks third hardest after diamond and cubic boron nitride. The material resists abrasion better than steel or alumina. It works well in environments with heavy friction. It lasts longer under harsh conditions. Maintenance costs reduce due to durability.

Where are these hexagonal tiles commonly used? They are used in industrial settings. Examples include sandblasting nozzles and ballistic armor. They protect machinery parts from wear in mining or manufacturing. The tiles serve in high-security applications like body armor panels. They are ideal for any scenario needing impact resistance.

Can boron carbide tiles withstand high temperatures? Yes. Boron carbide remains stable under heat. It performs well up to 600°F without losing properties. It resists thermal shock better than many ceramics. This makes it suitable for high-temperature machinery. Avoid exposing it to sudden temperature changes beyond its limit.

How are these tiles installed or maintained? Installation uses industrial adhesives or mechanical fasteners. Epoxy resins bond well with clean surfaces. Regular cleaning removes debris without harsh chemicals. Inspect tiles periodically for cracks or chips. Replace damaged tiles promptly to maintain protection. No special tools are needed for basic upkeep.

(SW3010mm Boron Carbide Ceramic B4c Hexagonal Tiles)