Чорй намудани керамики карбиди бор

Керамики карбиди бор як маводи ғайриорганикӣ ва ғайриметаллӣ буда, ҷузъҳои асосии он карбон ва бор буда, формулаи кимиёвии он B4C мебошад. Аз замони кашфи худ дар аввали асри 20, ин мавод аз сабаби хосиятҳои беназири физикӣ ва химиявии худ таваҷҷӯҳи зиёдро ба худ ҷалб кард. Керамикаи карбиди бор сахтии ниҳоят баланд дорад, танҳо пас аз алмос ва нитриди бор мукааб, ки онро дар соҳаи маводи ба фарсуда тобовар муҳим мегардонад. Он инчунин муқовимати аъло ба зангзанӣ, устувории баланд дар ҳарорати баланд ва хосиятҳои зичии пастро нишон медиҳад, ки онро барои истеҳсоли камарбанди тирҳо, соплоҳо, подшипникҳо ва дигар ҷузъҳои механикӣ, ки муқовимати фарсудашавии баландро талаб мекунанд, беҳтарин мекунанд. Керамики карбиди бор инчунин метавонад дар шакл ва андозаҳои гуногун тавассути равандҳои гуногун барои қонеъ кардани ниёзҳои соҳаҳои мухталиф омода карда шавад.

Хусусиятҳои керамикаи бор карбиди

Керамикаи карбиди бор бо хусусиятҳои аълои иҷроиш маълум аст, ки аз сахтӣ ва қувваташон хеле баланд аст, ки онҳоро ба абрешим ва харошидан тобовар месозад ва онҳоро барои истифода дар асбобҳои буриш ва абразивҳо беҳтарин месозад. Сониян, мавод дорои устувории аълои кимиёвӣ аст ва эҳтимоли камтар бо моддаҳои кимиёвӣ ба монанди кислотаҳо ва сілтҳо, ҳатто дар муҳитҳои шадид вокуниш нишон медиҳад, ки онро дар баъзе ҷузъҳои асосии саноати кимиё васеъ истифода мебарад. Илова бар ин, устувории баланди гармии керамикаи карбиди бор ва қобилияти онҳо барои нигоҳ доштани устувории сохторӣ ва моликият дар ҳарорати хеле баланд онҳоро яке аз маводҳои асосии саноати кайҳонӣ ва атомӣ месозад. Ниҳоят, бояд хосиятҳои сабуки онро қайд кард, ки аз сабаби зичии пасти он, керамикаи карбиди борро як варианти беҳтарин барои сенарияҳои татбиқ, ки вазни сабук, вале қувваи баланд талаб мекунанд, мегардонад. Якҷоя, ин хусусиятҳо ба сафолҳои карбиди бор доираи васеи барномаҳоро медиҳанд.

(Micro Powder Boron Carbide F240 F280 F360 Boron Carbide B4c for Wear Resistant Engineering Ceramics Plate)

Specification of Micro Powder Boron Carbide F240 F280 F360 Boron Carbide B4c for Wear Resistant Engineering Ceramics Plate

Micro Powder Boron Carbide (B4C) F240 F280 F360 offers high-performance remedies for wear-resistant design ceramics. This material is suitable for applications needing severe sturdiness. The powder is refined to accurate particle sizes. F240 has an ordinary particle dimension of 40-50 microns. F280 arrays between 28-35 microns. F360 is finer at 20-25 microns. Regulated fragment distribution makes certain constant performance in ceramic matrices.

Boron Carbide is known for remarkable hardness. It places third after diamond and cubic boron nitride. This home makes it ideal for unpleasant settings. The material withstands put on also under high-stress problems. It preserves structural integrity at temperatures up to 1,500 ° C. Thermal security stops destruction in demanding industrial settings.

Chemical inertness is another vital benefit. B4C resists acids and antacid successfully. This expands the lifespan of ceramic parts in destructive environments. The powder’s pureness surpasses 98%. Reduced impurity degrees improve dependability in vital applications.

Processing this powder requires advanced methods. Sintering techniques like warm pressing attain dense ceramic plates. The result is an item with very little porosity. High density enhances mechanical strength and use resistance. Finished plates are machinable to limited tolerances. This permits personalization for certain engineering demands.

Applications extend numerous industries. Mining equipment take advantage of B4C’s abrasion resistance. Shield systems utilize it for lightweight ballistic protection. Nozzles and blasting devices rely upon its sturdiness. Aerospace components hold up against extreme temperature levels using B4C porcelains.

Safety and security is prioritized during handling. The powder is packaged in moisture-resistant containers. Appropriate storage space protects against clumping and contamination. Users have to comply with guidelines for PPE throughout processing.

This product meets worldwide quality requirements. Accreditations guarantee consistency across sets. Technical support is readily available for assimilation into producing procedures. Custom qualities can be developed for specific needs.

(Micro Powder Boron Carbide F240 F280 F360 Boron Carbide B4c for Wear Resistant Engineering Ceramics Plate)

Applications of Micro Powder Boron Carbide F240 F280 F360 Boron Carbide B4c for Wear Resistant Engineering Ceramics Plate

Micro powder boron carbide (B4C) is an essential product in producing wear-resistant design porcelains. Its severe firmness makes it perfect for high-stress atmospheres. The product withstands abrasion, rust, and effect. Qualities F240, F280, and F360 describe different particle dimensions. These variants permit tailored remedies for certain industrial requirements.

Boron carbide F240 has a coarser bit dimension. It fits applications needing thick, resilient coatings. Heavy machinery parts like mining equipment advantage. The crude grains boost surface area sturdiness. This reduces wear in sandy conditions. F240 is additionally utilized in blast nozzles. These parts encounter continuous fragment erosion. The product extends their life-span dramatically.

Boron carbide F280 uses a tool particle dimension. It balances firmness and precision. This quality fits parts requiring smooth finishes. Examples include seals and bearings. F280’s consistent particles develop thick ceramic layers. These layers stop product deterioration under friction. Industries like auto and aerospace depend on it. Engine parts exposed to high temperatures execute far better with F280 finishes.

Boron carbide F360 has the finest particles. It functions well for slim, high-precision finishings. Digital elements use F360 due to its fine appearance. It safeguards sensitive parts from micro-abrasion. The grade is additionally usual in cutting tools. Sharp edges remain intact longer. This reduces downtime in manufacturing procedures.

All 3 qualities share boron carbide’s core benefits. They stand up to chemical reactions with acids and antacids. This makes them appropriate for rough chemical atmospheres. Their light-weight nature is a plus. Hefty alternatives like steel include undesirable weight. Boron carbide ceramics keep stamina without mass.

Production techniques influence performance. Advanced sintering methods ensure marginal porosity. This optimizes the product’s wear resistance. Personalized blends with various other porcelains are feasible. Such combinations resolve special commercial challenges.

Boron carbide’s thermal security stands apart. It stands up to temperature levels going beyond 2000 ° C. This is critical in metallurgy and power fields. Components like heater linings make use of boron carbide plates. Heat-related wear decreases. Maintenance prices decrease.

The product’s electric insulation homes include worth. It stops current leak in high-voltage settings. Applications encompass electric machinery. Safety and security and effectiveness enhance.

Choosing the right grade relies on functional needs. Bit size impacts coating density and surface coating. Suppliers should assess tension degrees and ecological elements. Proper choice makes certain optimal efficiency and cost financial savings.

Ширкат Муқаддима

Advanced Ceramics, ки 17 октябри соли 2014 таъсис ёфтааст, як корхонаи баландтехнологӣ мебошад, ки ба пажӯҳиш ва таҳия, истеҳсол, коркард, фурӯш ва хидматрасонии техникии маводҳо ва маҳсулоти нисбии сафолӣ машғул аст.. Аз замони таъсисаш дар соли 2014, ширкат ӯҳдадор шудааст, ки ба мизоҷон беҳтарин маҳсулот ва хидматҳоро пешниҳод кунад ва тавассути идоракунии пайвастаи сифат ва технологияи нав ба пешсафи саноат табдил ёфт.

Маҳсулоти мо маҳсулоти сафолини кремний карбиди, Маҳсулоти сафолии бор нитриди бор, Маҳсулоти керамикии кремний, нитриди кремний, маҳсулоти сафолини цирконий диоксиди, маҳсулоти кварц ва ғайраҳоро дар бар мегирад. Лутфан, бо мо тамос гиред.(nanotrun@ya)

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5 FAQs of Micro Powder Boron Carbide F240 F280 F360 Boron Carbide B4c for Wear Resistant Engineering Ceramics Plate

What is micro powder boron carbide F240 F280 F360?
Boron carbide (B4C) is a hard material used in industrial applications. The F240 F280 F360 grades refer to particle sizes. F240 has larger particles. F280 is finer. F360 is the finest. These grades suit different needs in wear-resistant ceramics.

Why choose boron carbide for wear-resistant engineering ceramics?
Boron carbide is one of the hardest materials known. It resists wear better than metals or other ceramics. It handles high temperatures. It works in abrasive environments. This makes it ideal for components like nozzles or armor plates.

How do the particle sizes affect performance?
Larger particles (F240) offer better impact resistance. Finer particles (F280 F360) create smoother surfaces. This improves precision in applications like grinding or polishing. Choosing the right size depends on the project’s wear and finish requirements.

What industries use boron carbide ceramics?
Industries needing durability use boron carbide. Examples include mining (drilling tools), aerospace (protective coatings), and automotive (brake systems). It’s also used in military gear like body armor due to its lightweight strength.

Is boron carbide safe to handle?
Boron carbide is stable under normal conditions. Processing it generates dust. This dust can irritate lungs or eyes. Use protective gear like masks and goggles. Follow workplace safety guidelines to minimize risks.

(Micro Powder Boron Carbide F240 F280 F360 Boron Carbide B4c for Wear Resistant Engineering Ceramics Plate)