Overview ny Silicon Carbide Ceramic

Ny seramika Silicon Carbide (SiC) dia malaza amin'ny fananana mekanika miavaka, ao anatin'izany ny hamafin'ny avo, ny tanjaka amin'ny mari-pana ambony ary ny fanoherana ny fahatafintohinana mafana. Ireo akora ireo dia manan-danja amin'ny fampiharana indostrialy manara-penitra, manomboka amin'ny abrasive ka hatramin'ny singa aerospace, noho ny fampifangaroana mampiavaka azy.

Endriky ny Silicon Carbide Ceramic

Hafetsifetsy avo: fanoherana fiadiana miavaka.

Fahatoherana Thermal Shock: Mahazaka ny fiovan'ny mari-pana haingana.

Fahamarinana simika: mahatohitra ny ankamaroan'ny simika.

Fitondran-tena avo lenta: Fandroahana hafanana mahomby.

Low Density: Maivana noho ny heriny.

(High Quality Black Silicon Carbide SiC CAS409-21-2 for Ceramic Industry Widespread Usage for Lapping)

Specification of High Quality Black Silicon Carbide SiC CAS409-21-2 for Ceramic Industry Widespread Usage for Lapping

High-quality black silicon carbide (SiC) with CAS number 409-21-2 acts as a vital product in the ceramic market. This product is designed for lapping applications, using superior efficiency in precision surface ending up. Its primary structure consists of silicon and carbon, synthesized under high-temperature conditions to ensure consistent solidity and resilience. The product’s sharp-edged crystalline structure enables reliable grinding, making it optimal for shaping and brightening ceramic elements.

Black silicon carbide attracts attention for its extreme hardness, rated at around 9.5 on the Mohs range. This property reduces wear during lapping, expanding the life-span of unpleasant tools. The grains keep their sides under high pressure, making certain steady product removal prices. Consistent fragment dimension distribution assurances smooth finishes on ceramic surfaces, lessening issues like scrapes or unequal appearances.

Pureness degrees go beyond 98%, with low traces of impurities such as iron or totally free silica. High purity protects against contamination throughout processing, crucial for ceramics requiring strict chemical security. The material’s density ranges between 3.1-3.2 g/cm SIX, stabilizing abrasive efficiency with workable weight for commercial devices.

Thermal conductivity and resistance to thermal shock make black silicon carbide appropriate for high-temperature ceramic applications. It holds up against fast home heating or air conditioning without breaking, maintaining architectural stability in demanding atmospheres. Its chemical inertness ensures compatibility with acidic or alkaline conditions usual in ceramic manufacturing.

Offered in multiple grit sizes (F12-F1200), the product adapts to varying lapping requirements. Great grits accomplish mirror-like coatings, while coarser alternatives take care of hefty material elimination. Custom-made fragment size distributions are readily available for specialized ceramic production processes.

Product packaging choices include 25-kg bags or bulk containers, tailored to industrial-scale procedures. Appropriate storage space in dry, great environments maintains the product’s quality in time. Suppliers prioritize constant supply chains to meet international demand, making certain prompt delivery for ceramic manufacturers.

Black silicon carbide’s versatility sustains applications past lapping, including refractory materials, coatings, and progressed ceramics. Its cost-effectiveness and reliability make it a recommended selection for boosting efficiency in ceramic manufacture. Customers take advantage of minimized handling time and boosted product high quality, aligning with market standards for accuracy and efficiency.

(High Quality Black Silicon Carbide SiC CAS409-21-2 for Ceramic Industry Widespread Usage for Lapping)

Applications of High Quality Black Silicon Carbide SiC CAS409-21-2 for Ceramic Industry Widespread Usage for Lapping

High-quality black silicon carbide (SiC) with CAS 409-21-2 works as a crucial product in the ceramic market. This synthetic substance offers phenomenal firmness, thermal conductivity, and chemical security. These homes make it optimal for requiring applications like washing and surface completing. Ceramic makers rely on black SiC for its capacity to enhance item efficiency and longevity.

In ceramic manufacturing, black silicon carbide acts as a basic material for innovative ceramic elements. It improves wear resistance and mechanical toughness in completed items. The product’s hardness ensures exact shaping and grinding throughout production. Lapping procedures benefit dramatically from black SiC’s sharp, angular abrasive grains. These grains successfully remove surface flaws on ceramics, accomplishing smooth, level finishes. The consistency of bit dimension circulation in state-of-the-art SiC assurances consistent material elimination. This decreases processing time and improves product top quality.

Black silicon carbide’s thermal stability permits it to stand up to extreme temperature levels throughout ceramic sintering. It decreases thermal stress and anxiety, avoiding fractures or defects in final products. The chemical inertness of SiC prevents responses with various other materials in high-temperature environments. This makes certain pureness in ceramic sets, important for applications in electronic devices and aerospace.

Lapping applications focus on black SiC for its cost-effectiveness and integrity. Coarse grains take care of hostile material removal in preliminary phases. Great grains fine-tune surfaces to satisfy tight resistances. The abrasive’s resilience decreases the demand for regular replacements, reducing operational expenses. Ceramic manufacturers also make use of SiC in kiln furniture elements like setters and saggers. Its resistance to thermal shock extends the life expectancy of these parts.

Industries needing high-precision ceramics, such as vehicle and optics, rely on black silicon carbide for regular outcomes. Its function in washing makes sure parts satisfy specific specs for monotony and smoothness. The product’s versatility supports both conventional ceramic production and advanced technological ceramics. Black SiC remains a foundation in achieving effectiveness and accuracy across the ceramic market.

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 High Quality Black Silicon Carbide SiC CAS409-21-2 for Ceramic Industry Widespread Usage for Lapping

1. What is Black Silicon Carbide (SiC)?
Black Silicon Carbide (CAS 409-21-2) is a synthetic material made by heating quartz sand and petroleum coke in an electric furnace. It is very hard. It works well for abrasive jobs. It has high thermal conductivity. It resists chemical damage. These traits make it ideal for industrial uses like lapping in ceramics.

2. Why use Black Silicon Carbide in the ceramic industry?
Ceramic production needs materials that cut or polish efficiently. Black SiC grinds ceramics fast. It creates smooth surfaces. It lasts longer than other abrasives. Its particles are uniform. This reduces waste. It stays stable in high-heat steps like kiln firing.

3. How does Black SiC improve lapping results?
Black SiC’s hardness lets it remove material quickly. Its sharp edges make precise cuts. This lowers scratches on ceramic surfaces. It gives a uniform finish. This is key for parts needing tight tolerances. It works wet or dry. This adds flexibility.

4. Is Black Silicon Carbide safe for ceramic production?
Yes. Black SiC is chemically inert. It does not react with ceramics or glazes. Its purity (CAS 409-21-2) meets industry standards. It has low metallic impurities. This avoids contamination risks. Proper handling gear like masks is still needed to prevent dust inhalation.

5. How to choose the right Black SiC grade for ceramics?
Match the grit size to your task. Coarse grit (e.g., 60-120) works for rough grinding. Fine grit (e.g., 800-1500) polishes surfaces. Check the particle size distribution. Tighter spreads give better consistency. Ask suppliers for technical data. Test samples before bulk orders.

(High Quality Black Silicon Carbide SiC CAS409-21-2 for Ceramic Industry Widespread Usage for Lapping)