Overview of Boron Nitride Ceramic

Boron Nitride (BN) ceramic is a unique material renowned for its exceptional properties, making it highly valuable in various industrial applications. It exists in multiple forms, primarily hexagonal boron nitride (h-BN), cubic boron nitride (c-BN), and wurtzite boron nitride (w-BN). Hexagonal BN, the most common form, is often compared to graphite due to its lubricious and thermally conductive yet electrically insulating nature. Boron Nitride ceramics are synthesized under high temperatures and pressures, offering a rare combination of properties not found in many other materials.

Features of Boron Nitride Ceramic

Thermal Conductivity: Excellent thermal conductivity, especially in the hexagonal form, allowing efficient heat dissipation.

Electrical Insulation: Outstanding electrical insulation properties make it ideal for electrical applications requiring thermal management.

Chemical Stability: Highly resistant to chemical attacks, including strong acids and bases, ensuring durability in harsh environments.

Thermal Shock Resistance: Superior resistance to thermal shock, enabling it to withstand rapid temperature changes without cracking.

Mechanical Strength: Good mechanical strength at both room and elevated temperatures, although this can vary with the form of BN.

Lubricity: Self-lubricating property due to its layered structure, which reduces friction and wear in moving parts.

Non-Toxic: Safe to use in various settings, including medical and food processing industries, due to its non-toxic nature.

High-Temperature Performance: Maintains stability at extremely high temperatures, exceeding 1000°C in inert atmospheres, making it suitable for refractory applications.

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Specification of Customized High Quality HBN Boron Nitride Ceramics Sheet Rod Plate Provide protection for Semiconductor Equipment Expand

Customized Excellent Quality HBN Boron Nitride Ceramics Sheet Pole Plate uses reputable security for semiconductor tools. The material is made to meet rigorous commercial demands. It integrates phenomenal thermal security with strong mechanical residential properties. HBN porcelains deal with extreme temperature levels as much as 2000 ° C in inert atmospheres. They function well in vacuum or regulated atmospheres. The reduced thermal expansion reduces breaking under fast temperature level adjustments. High thermal conductivity makes certain also heat circulation. This avoids damages to sensitive semiconductor parts.

The ceramics stand up to rust from liquified steels and chemicals. They provide outstanding electric insulation. This decreases dangers of short circuits in electronic systems. Customized forms like sheets, poles, and plates are offered. Sizes and densities adapt to fit certain equipment requirements. Machining accuracy makes certain limited resistances. This assures seamless assimilation into existing arrangements.

HBN boron nitride surpasses typical products like alumina or silicon carbide. It lasts longer under rough conditions. Dust or fragments from the porcelains will not infect semiconductor processes. The material fulfills sector criteria for pureness. It is free of ingredients that might deteriorate performance.

Manufacturing makes use of advanced hot-pressing techniques. This develops thick, consistent frameworks. Each item undergoes strenuous quality checks. Flaws like fractures or impurities are gotten rid of. The outcome is consistent performance across batches.

Semiconductor makers rely upon these porcelains for important applications. They protect parts in furnaces, activators, and deposition systems. Electronics and aerospace markets additionally utilize them for warmth management. The ceramics prolong tools life expectancy. They lower downtime brought on by part failures.

Personalization alternatives include surface coatings or pre-drilled openings. Technical support aids select the right requirements. Samples are offered for screening prior to bulk orders. Lead times stay brief even for specialized styles.

The ceramics are packaged firmly to avoid damage throughout shipping. Thorough paperwork accompanies each order. This consists of material certifications and use standards.

HBN boron nitride ceramics resolve the expanding requirement for sturdy, high-performance products. They guarantee semiconductor tools operates effectively under stress and anxiety.

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Applications of Customized High Quality HBN Boron Nitride Ceramics Sheet Rod Plate Provide protection for Semiconductor Equipment Expand

Custom-made high-quality HBN boron nitride ceramics in sheet, pole, and plate types are vital for safeguarding semiconductor manufacturing equipment. These ceramics deal with severe problems common in semiconductor production. Their one-of-a-kind properties make them excellent for essential applications.

HBN porcelains resist high temperatures. They remain secure in atmospheres exceeding 2000 ° C. This thermal security avoids bending or fracturing. Semiconductor processes like chemical vapor deposition or etching include intense warmth. HBN elements function as insulation layers. They shield sensitive components from heat damage.

Electrical insulation is another vital feature. HBN ceramics block electric currents also at high voltages. This prevents short circuits in semiconductor devices. Parts like heating units or electrodes require reputable insulation. HBN sheets or plates ensure secure operation.

Chemical resistance issues in semiconductor settings. HBN porcelains withstand corrosive gases and responsive substances. Procedures utilizing acids, plasmas, or aggressive chemicals won’t degrade these products. HBN components last much longer in harsh conditions. This minimizes tools downtime.

Mechanical stamina is essential. HBN ceramics keep form under heavy tons or vibrations. Semiconductor devices operate with precision. Sturdy HBN plates or poles maintain placement precise. This prevents production errors.

Customized sizes and shapes fit certain equipment demands. HBN ceramics can be machined right into precise designs. Wafer sustains, crucibles, or plasma-resistant guards are common examples. Customization makes certain compatibility with various device designs.

Warm dissipation improves with HBN porcelains. They spread out heat uniformly across surfaces. Hotspots damage semiconductor elements. HBN sheets or plates avoid irregular temperature level distribution. This secures fragile components like silicon wafers.

Price performance comes from long service life. HBN ceramics require fewer replacements compared to various other materials. Semiconductor producers save on upkeep prices. Manufacturing stays efficient with minimal disturbances.

These ceramics fulfill stringent sector standards. Semiconductor devices demands high pureness. HBN products launch no pollutants. This keeps processes tidy. End product high quality remains regular.

HBN boron nitride porcelains address challenges in semiconductor devices security. Their thermal, electric, and chemical efficiency guarantees integrity. Custom makes address details functional needs. Suppliers rely upon these ceramics for effective, secure, and resilient solutions.

Company Introduction

Advanced Ceramics founded on October 17, 2014, is a high-tech enterprise committed to the research and development, production, processing, sales and technical services of ceramic relative materials and products.. Since its establishment in 2014, the company has been committed to providing customers with the best products and services, and has become a leader in the industry through continuous technological innovation and strict quality management.

Our products includes but not limited to Silicon carbide ceramic products, Boron Carbide Ceramic Products, Boron Nitride Ceramic Products, Silicon Carbide Ceramic Products, Silicon Nitride Ceramic Products, Zirconium Dioxide Ceramic Products, Quartz Products, etc. Please feel free to contact us.(nanotrun@yahoo.com)

Payment Methods

T/T, Western Union, Paypal, Credit Card etc.

Shipment Methods

By air, by sea, by express, as customers request.

5 FAQs of Customized High Quality HBN Boron Nitride Ceramics Sheet Rod Plate Provide protection for Semiconductor Equipment Expand

What are HBN boron nitride ceramics? HBN ceramics are advanced materials made from hexagonal boron nitride. They are known for high thermal stability, electrical insulation, and resistance to extreme temperatures. These properties make them ideal for protecting sensitive semiconductor equipment from heat, corrosion, and wear. Their structure allows efficient heat transfer while maintaining mechanical strength.

Why use HBN ceramics in semiconductor equipment? Semiconductor manufacturing involves high heat and reactive environments. HBN ceramics shield equipment parts like heaters, crucibles, and chambers. They prevent contamination, reduce downtime, and extend component lifespan. Their low thermal expansion ensures they stay stable under rapid temperature changes. This reliability is critical for maintaining precision in semiconductor processes.

Can HBN ceramics be customized? Yes. HBN ceramics are tailored to fit specific needs. Sheets, rods, and plates are produced in varying sizes, thicknesses, and shapes. Custom machining allows precise dimensions for complex equipment designs. Surface treatments or coatings are added for enhanced performance. This flexibility ensures compatibility with different semiconductor tools and processes.

Where are HBN ceramics commonly applied? They are used in semiconductor furnaces, plasma etching systems, and crystal growth equipment. HBN components handle wafer carriers, insulators, and shields. Their resistance to molten metals and chemicals makes them suitable for high-purity environments. They also serve in LED production and laser processing. Their versatility supports both research labs and industrial manufacturing.

How do HBN ceramics compare to other materials? Traditional materials like alumina or metal alloys lack HBN’s combined properties. Metals conduct electricity and corrode. Alumina has lower thermal shock resistance. HBN offers non-reactivity, electrical insulation, and thermal conductivity in one material. It performs better in extreme conditions. This reduces equipment failure risks and improves process consistency.

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