Technomag Electronics

United States

• Thermal conductivity0.003
• Curie point450-460

Ferrite magnets are composed essentially of oxide materials manufactured under a powder metallurgical process. Their magnetic properties feature a relatively low residual flux density, coupled with a high coercive force. The feature of a low recoil permeability, along with the high coercive force, makes them highly resistant to demagnetizing fields. In addition, their relatively low specific density and economical cost are also very attractive to the magnet designers. When designing the ferrite magnets for a particular application, primary consideration should be given to its shape limitation due to the powder metallurgical manufacturing process and to the temperature dependence of ferrite materials. Since the magnetic characteristics of ferrite magnets are relatively sensitive to changes in temperature, adequate consideration should be made regarding the application purpose.

• Voltage12VDC

Maintenance free, with 3M adhesive tape on the back for easy installation. 2. Solid-state, high shock or vibration resistant. 3. Every 3-LED are cuttable for 12V strips, while every 6-LED are cut able for 24V strips. 4. Super bright SMD top LED , Low power consumption, high intensity. 5. Long life: up to 50, 000 hours with lower luminous decay. 6. No RF interference. 7. White, Black, Yellow PCB Board are available. 8. Flexible SMD LED strip.

• Nominal Voltage3.7V

Fully flexible mechanical structure Water-proof protection, IP67 No heat generation during operation Thin and light weight

• HardnessHRC 45~60
• Temperature Coefficient~0.016%/°C

Cast Alnico magnets, which are aluminum nickel-cobalt-iron alloys, are the most established and widely used permanent magnet materials. Because of their high flux density and superior temperature stability, cast magnets have been accepted in the widest range of application. High hardness cast magnets are machined mainly by grinding. Low temperature coefficient. Usable at relatively high ambient temperature with a minimum of Irreversible demagnetization. Effective usage of magnetic properties due to this materials ability to be magnetized after assembly in the magnetic circuit An extremely compact magnetic circuit is obtainable using high energy cast magnets with optimized structures