Ferrite Disc Magnet

Ferrite Disc Magnet Specification

Surface Finish
Smooth

Application
Electronics and Sensors:

Composite
Strontium Ferrite

Power Supply
Coils, Sensors

Material
Disc Magnet

Frequency
150-200 Kilohertz ( KHZ )

Magnet Grade
Y30

Product Type
Magnets

Magnet Category
Permanent Magnets

Magnet Type
Ferrite Magnet

Shape
Round

Size Range
8x3

Weight
2 Grams (g)

Color
Ferrite (Black)

Usage & Applications
Industrial Assemblies

Capacity
150-180 Kg

Ferrite Disc Magnet Trade Information

Minimum Order Quantity
10000 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
3 Days

About Ferrite Disc Magnet

An 8x3 ferrite disc magnet is a cylindrical permanent magnet with a diameter of 8 mm and a thickness (height) of 3 mm, made from ferrite ceramic material, typically barium ferrite (BaFeO) or strontium ferrite (SrFeO). These magnets are widely used for their cost-effectiveness, chemical stability, and moderate magnetic strength in industrial, electronic, and consumer applications.

Material and Composition

The 8x3 ferrite disc magnet is a hard ceramic magnet produced by powder sintering. Its main components include:

Iron Oxide (FeO) 7075% by weight, forms the magnetic ferrite lattice and provides the fundamental magnetic properties.
Strontium Carbonate (SrCO) or Barium Carbonate (BaCO) 2530% by weight, stabilizes the crystal structure and enables permanent magnetism.
Minor additives (02%) such as TiO or CoO, may be added to improve sintering, surface quality, or mechanical strength.

The powders are pressed into the disc shape and sintered at high temperatures (12001300C) to produce a dense, hard, and brittle magnetic ceramic. The surface is typically matte or semi-smooth, and the disc may be coated or painted for corrosion protection, though ferrite is naturally resistant to most chemicals.

Key Characteristics

Permanent Magnetism: Retains magnetization without an external power source.
Magnetic Strength: Moderate, suitable for holding, sensing, or low-cost magnetic assemblies.
Brittleness: Hard but brittle; prone to chipping or cracking under mechanical impact.
Chemical Resistance: Excellent resistance to corrosion, moisture, oils, and most acids or alkalis.
Electrical Insulation: Non-conductive, safe for use in electronic assemblies.
Temperature Stability: Operates effectively up to 250C without significant loss of magnetic performance.

Sturdy Magnet for Industrial Precision

The Ferrite Disc Magnet stands out for its durability and adaptability in demanding industrial and electronic settings. Its strong holding capacity and precise dimensions make it an ideal solution for assemblies, sensors, and other electronic integrations. Crafted from superior Strontium Ferrite and finished smoothly, it maintains efficiency and reliability over extended operational periods.

Seamless Integration in Electronics & Sensors

Engineered for compatibility with a variety of electronics, the disc magnet thrives in sensor-driven applications requiring stable magnetic performance. Its operational frequency range of 150-200 kHz enables accurate response in sensitive equipment, ensuring dependable results for manufacturers seeking quality magnet supplies.

FAQ's of Ferrite Disc Magnet:

Q: How is the Ferrite Disc Magnet typically used in industrial assemblies and electronics?

A: The Ferrite Disc Magnet is commonly integrated into sensor systems, electronic devices, and assembly units where strong, stable magnetic fields are required. Its small footprint and significant holding force make it ideal for compact installations and sensitive readings in industrial setups.

Q: What benefits does the Strontium Ferrite composition offer?

A: Strontium Ferrite is known for its high coercivity and durability, ensuring the magnet maintains strong, permanent magnetic properties, even in demanding environments. This material choice delivers reliable performance with resistance to demagnetization and corrosion.

Q: When should I choose a Y30 grade magnet for my application?

A: Y30 grade magnets are suited for applications where a balance between strength and stability is needed. These magnets excel in situations where a moderate holding capability is sufficient and consistent performance over time is essential for sensor and electronic uses.

Q: Where is the Ferrite Disc Magnet commonly sourced from?

A: This specific Ferrite Disc Magnet is supplied and traded from India, offering a reliable supply chain for domestic and international industrial customers seeking quality magnet components for assembly and sensor applications.

Q: What is the process of integrating this magnet with coils or sensors?

A: Installation involves positioning the magnet within sensor housings or assembly fixtures close to coil elements. Its stable surface finish and round shape simplify alignment and secure placement, enabling accurate signal transmission or detection in electronic circuits.

Q: How does the smooth surface finish benefit performance?

A: A smooth surface finish minimizes friction, enhances physical integration into assemblies, and reduces the risk of surface abrasion. This result in consistent contact and reliable operation, especially in environments where precision and durability matter.

Tell us about your requirement