Introduction

Bonded samarium cobalt magnet is composed of magnetic powder and plastic medium. Unlike traditional magnetic process, bonded SmCo magnets can be manufactured into various kinds of shapes, via mixing and heating in injection molding machine and then pouring into molds, instead of compressing molding in the presser and then sintering and processing.

Currently, plastic medium mainly includes P6, P12, and PPS. Customers can choose a plastic medium according to performance, cost, and using the environment. We will also recommend suitable material as per customer’s requirements so that products will have good price/ quality ration and using effect.

Not only do bond SmCo permanent magnets have different kinds of shapes and specifications, but they have powerful resistance to corrosion and rust and high-temperature stability. So, you’ll often find that bonded samarium cobalt magnets don’t need coating.

Bonded SmCo magnets are a great option if you’re looking for a more durable magnet. Unlike common samarium cobalt magnets, which are sintered, bonded SmCo magnets are made by mixing magnetic powder and binders, including epoxy resins or plastic. This makes them less fragile and brittle, which is great for those who need a magnet that can withstand some wear and tear. However, bonded magnets will have less powerful magnetic strength, too.

Bonded SmCo magnets Features:

1) Bonded SmCo(samarium cobalt)magnets are made with a high percentage of samarium, which makes them pretty stable against temperature changes.

2) SmCo magnets have a high energy product and excellent coercive force. They’re compact and ideal for highly efficient machines and components. They’re also great for applications where you need to operate at higher temperatures, and they’re super resistant to corrosion and oxidation.

3) SmCo magnets come in two common compositions: Sm and Co.

4) This rare earth magnet has a high percentage of samarium, which makes it pretty stable against temperature changes.

5)With high energy product and excellent coercive force, this material is ideally compact and suitable for highly efficient machines and Components.

6) It’s used in lots of places where it’s important to be able to operate at a higher temperature, and where corrosion and oxidation resistance are crucial.

7) High energy ranging from 14MGOe to 30MGOe Reliable coercive force.

8) With the best temperature characteristics in the family of rare earth materials.