Overview of Silicon Nitride Ceramics

Silicon Nitride Ceramics are high-performance materials known for their excellent mechanical properties, including strength, toughness, and resistance to wear, corrosion, and thermal shock, making them ideal for demanding applications in various industries.

Features of Silicon Nitride Ceramics

Exceptional hardness and wear resistance.

Superior mechanical strength and fracture toughness.

Excellent thermal stability and resistance to thermal shock.

High corrosion resistance in aggressive environments.

Low density contributing to lightweight components.

(Silicon Nitride SI3N4 G5 Ceramic Bearing Rolling Balls 16.05 16.1 16.669 17.463 18.256 19.05 19.844 20 mm)

Specifications of Silicon Nitride SI3N4 G5 Ceramic Bearing Rolling Balls 16.05 16.1 16.669 17.463 18.256 19.05 19.844 20 mm

Silicon Nitride SI3N4 G5 Ceramic Bearing Rolling Spheres provide high-performance services for accuracy applications. These spheres can be found in dimensions 16.05 mm, 16.1 mm, 16.669 mm, 17.463 mm, 18.256 mm, 19.05 mm, 19.844 mm, and 20 mm. They fit markets calling for sturdiness, reduced rubbing, and resistance to extreme conditions. The product guarantees exceptional performance contrasted to standard steel rounds.

Silicon nitride ceramic deals phenomenal mechanical properties. It has high firmness, rated at roughly 1,500 HV. This reduces wear throughout procedure. The material endures temperatures approximately 1,200 ° C. It withstands thermal shock, making it excellent for high-speed or high-temperature environments. Deterioration resistance permits usage in chemically aggressive settings.

These ceramic spheres are lightweight. They weigh around 60% much less than steel equivalents. Reduced mass decreases centrifugal force in rotating systems. This boosts effectiveness and expands element life. Electrical insulation buildings stop current leak in sensitive applications.

Accuracy production makes certain tight tolerances. Size variations are controlled within ± 0.0005 mm for G5 quality. Surface roughness averages listed below 0.02 microns. Smooth surface areas reduce rubbing and resonance. This enhances functional security in bearings, pumps, or aerospace systems.

Quality control includes extensive testing. Each set undergoes laser measurement for dimensional precision. Satiation testers confirm sphericity. Solidity and thickness checks verify product integrity. Defect-free surface areas are made certain via tiny evaluation.

Applications include automotive turbochargers, clinical tools, and semiconductor tools. They carry out well in vacuum cleaner environments. Magnetic resistance makes them appropriate for MRI equipments. Food handling systems benefit from non-reactive homes.

The balls minimize maintenance costs. They call for no lubrication and withstand pitting. Long service life reduces substitute regularity. Power savings result from lowered friction losses.

Personalized sizes or tolerances are readily available on demand. Mass orders include certification papers. Product packaging uses anti-static materials to avoid contamination. Storage standards advise completely dry, room-temperature conditions.

Silicon nitride ceramic balls meet ISO 26602 standards. Material pureness goes beyond 99.9%. Manufacturing makes use of advanced sintering techniques. This ensures consistent microstructure and optimum thickness.

These components address challenges popular markets. Performance benefits make them a trustworthy alternative to steel alloys. Designers looking for effectiveness gains or longer operational cycles gain from this service.

(Silicon Nitride SI3N4 G5 Ceramic Bearing Rolling Balls 16.05 16.1 16.669 17.463 18.256 19.05 19.844 20 mm)

Applications of Silicon Nitride SI3N4 G5 Ceramic Bearing Rolling Balls 16.05 16.1 16.669 17.463 18.256 19.05 19.844 20 mm

Silicon nitride (Si3N4) G5 ceramic bearing rolling rounds are crafted for high-performance applications needing longevity, precision, and reliability. These balls are made from sophisticated ceramic materials, using exceptional residential or commercial properties contrasted to traditional steel. They master extreme atmospheres due to their high thermal resistance, low thickness, and superb corrosion resistance. Usual dimensions consist of 16.05 mm, 16.1 mm, 16.669 mm, 17.463 mm, 18.256 mm, 19.05 mm, 19.844 mm, and 20 mm, catering to varied commercial needs.

The material’s low rubbing coefficient minimizes energy loss in turning systems, improving performance. Silicon nitride resists wear efficiently, expanding component life-span in equipment. Its non-magnetic nature makes it optimal for applications in MRI equipments or digital tools where magnetic interference is a concern. The ceramic’s electrical insulation residential properties prevent arcing in high-voltage atmospheres.

These bearings are commonly utilized in aerospace, automobile, and commercial equipment. In aerospace, they manage high-speed turbine engines and guidance systems. Automotive applications consist of electrical vehicle electric motors and crossbreed drivetrains, where decreased weight and warm resistance are essential. Industrial utilizes involve pumps, compressors, and robotics running under heavy lots or aggressive chemicals.

Precision production makes sure constant size and surface area finish (G5 quality), reducing vibration and sound. This accuracy is vital for high-speed equipment like oral drills or CNC pins. The product’s capability to stand up to thermal shock suits applications with quick temperature adjustments, such as semiconductor production.

Silicon nitride ceramics exceed steels in extreme conditions. They resist deformation under tension, keeping satiation and dimensional stability. This minimizes maintenance costs and downtime. The product’s biocompatibility permits use in clinical implants or medical tools.

These ceramic rounds are also applied in energy systems like wind generators, where reliability in variable weather condition is essential. Their light-weight nature reduces rotational inertia, improving power performance. In food handling, their rust resistance makes certain hygiene and durability despite regular cleansing.

Customized sizing choices fit specialized tools needs. Engineers pick silicon nitride for its balance of mechanical stamina and chemical inertness. The absence of lubrication requires in some arrangements even more simplifies layout. Compatibility with high-vacuum environments broadens their usage in clinical tools.

Performance benefits make silicon nitride G5 ceramic bearing rounds a recommended selection across sectors. Their flexibility to demanding problems ensures regular procedure, decreasing operational risks. Suppliers focus on these elements for essential systems where failing is not an alternative.

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 Silicon Nitride SI3N4 G5 Ceramic Bearing Rolling Balls 16.05 16.1 16.669 17.463 18.256 19.05 19.844 20 mm

Silicon Nitride SI3N4 G5 Ceramic Bearing Rolling Balls are used in high-performance applications. Here are answers to common questions. What are these balls made of? They are made of silicon nitride, a ceramic material. This material is known for high strength, heat resistance, and low density. It works well in extreme environments. Why choose ceramic over steel? Ceramic balls are lighter than steel. This reduces friction and energy loss. They resist wear better. They handle high temperatures without deforming. They do not corrode in harsh chemicals or moisture. Steel corrodes over time. What sizes are available? The balls come in diameters like 16.05 mm, 16.1 mm, 16.669 mm, 17.463 mm, 18.256 mm, 19.05 mm, 19.844 mm, and 20 mm. These sizes fit precision bearings in industrial machinery, medical devices, and aerospace equipment. Where are these balls used? They suit applications needing speed, accuracy, and durability. Examples include electric motors, turbines, dental tools, and racing engines. They perform well in vacuum conditions. They are ideal for situations where lubrication is hard to apply. How do I maintain ceramic bearing balls? They require less maintenance than steel. Clean them regularly to remove debris. Avoid impacts during handling. Use compatible lubricants if needed. Check for cracks or surface damage periodically. Replace damaged balls immediately. Their hardness reduces wear but makes them brittle under sudden force. Proper installation ensures long service life.

(Silicon Nitride SI3N4 G5 Ceramic Bearing Rolling Balls 16.05 16.1 16.669 17.463 18.256 19.05 19.844 20 mm)