Heat Resistance Silicon Nitride Si3N4 G5 G10 1~15mm Precision Ceramic Ball

Price 29.0 INR/ Piece

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MOQ : 2000 Pieces

Heat Resistance Silicon Nitride Si3N4 G5 G10 1~15mm Precision Ceramic Ball Specification

Weight
0.2 Kilograms (kg)

Usage
Precision machine tool equipment, motorcycle

Size
25*20*10mm

Ball Bearing Type
Ceramic

Height
10 Millimeter (mm)

Product Type
ceramic ball

Width
20 Millimeter (mm)

Length
25 Millimeter (mm)

Outside Diameter
200 Millimeter (mm)

Warranty
6 months

Inner Diameter
100 Millimeter (mm)

Heat Resistance Silicon Nitride Si3N4 G5 G10 1~15mm Precision Ceramic Ball Trade Information

Minimum Order Quantity
2000 Pieces

FOB Port
FOB ningbo

Payment Terms
Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T)

Supply Ability
10000 Pieces Per Month

Delivery Time
20 Days

Sample Available
No

Sample Policy
Free samples available with shipping and taxes paid by the buyer

Packaging Details
Industrial packing

Main Export Market(s)
Asia

Main Domestic Market
All India

Certifications
ISO9001

About Heat Resistance Silicon Nitride Si3N4 G5 G10 1~15mm Precision Ceramic Ball

Compared with steel balls, the main advantages of silicon nitride ceramic balls are:

1, 59% lighter than the steel ball, greatly reducing the centrifugal force, rolling and wear of the channel when the bearing is running at high speed and acceleration; 2, the elastic modulus is 44% larger than the steel, which means that the deformation is greatly reduced than the steel ball when the force is stressed; 3, the hardness is higher than steel, HRC reached 78; 4, the friction coefficient is small; 5, the coefficient of thermal expansion is 1/4 of steel, can withstand temperature upheaval; 6, easy to obtain almost smooth surface finish; 7, high temperature resistance: silicon nitride ceramic ball at 1050C temperature still has a high strength, hardness; 8, never rust, can work under oil-free lubrication conditions; 9, more chemical corrosion resistance than steel; 10, no metal pollution; 11, non-magnetic; 12. Electrical insulation. 13, there is no adhesion wear;

Superior Ceramic Engineering

The Si3N4 ceramic material offers exceptional resistance to heat and wear, making these balls reliable even in highly demanding settings. Their solid structure ensures optimal performance, stability, and reduced maintenance in both machine tool equipment and motorcycles.

Precision in Every Application

Designed with G5 and G10 grades, these silicon nitride balls maintain consistent sphericity and exacting tolerances. This enables higher speeds, improved accuracy, and extended bearing life in sophisticated mechanical applications.

FAQ's of Heat Resistance Silicon Nitride Si3N4 G5 G10 1~15mm Precision Ceramic Ball:

Q: How are these Silicon Nitride Si3N4 precision balls typically used?

A: These precision ceramic balls are essential components in precision machine tool equipment and motorcycles, where they facilitate smooth rotation, reduce friction, and enable high-speed operation under demanding temperature and pressure conditions.

Q: What benefits does Silicon Nitride provide compared to traditional bearing materials?

A: Silicon nitride offers superior heat resistance, increased hardness, lighter weight, corrosion resistance, and extended lifespan compared to traditional steel or metal bearings. This translates into higher-efficiency machinery with reduced maintenance needs.

Q: When should I choose G5 or G10 grade ceramic balls for my application?

A: G5 and G10 represent the precision grades of the balls, with G5 offering higher precision and lower deviation. Select G5 for applications requiring ultra-fine accuracy; G10 suffices for general high-precision tasks.

Q: Where are these ceramic balls manufactured and distributed from?

A: These Si3N4 precision ceramic balls are manufactured, exported, and supplied by prominent distributors and exporters based in China, ensuring global accessibility and competitive pricing.

Q: What is the warranty and what does it cover?

A: The product comes with a 6-month warranty that covers defects in material or manufacturing, ensuring peace of mind during installation and initial operational use.

Q: What is the typical process for installing these balls in precision equipment?

A: Installation generally involves integrating the ceramic balls into compatible bearing housings, ensuring proper lubrication, and verifying clearances. Careful handling and alignment are essential for optimal longevity and performance.

Q: What are the advantages for precision machine tool or motorcycle users specifically?

A: Users benefit from extended bearing life, minimal wear even under frequent use, enhanced machine accuracy, and reliable performance in high-speed, high-stress environments.

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