Rubber coated pot neodymium magnets working in light fixture  

This type of rubber coated magnet is produced with a solid thread M4/M5/M6 thus making the mounting of the magnets very easy. The rubber coated magnets are ideal for varnished surfaces due to the flexibility of the rubber that prevents marks and scratches. The rubber coated magnets are also perfect for mounting on smooth surfaces thanks to the anti-gliss effect of the santoprene rubber.

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Rubber coated magnets with internal thread from MPCO are produced of quality materials only, to ensure long durability and correct magnetic strength. To develop quality rubber magnets, the right set of manufacturing processes and materials are needed for the magnets to be used within the industrial area. Therefore, these Protego rubber coated magnets are very special products. Our rubber coated magnets are part of our Protego quality series that provide certainty regarding strength and durability of the magnets.

Types of Rubber Coated Magnet

The rubber coated magnets mainly includes:

1. Threaded stem type rubber-coated magnet.

2. Screw socket type rubber-coated magnet.

3. Internal thread type rubber-coated magnet.

4. Countersunk hole type rubber-coated magnet.

Advantages of Rubber Coated Magnet

1. The rubber coated magnet can be applied in different temperature and pull force with diverse type of magnet.

2. The particular designs of magnetic circuit will ensure rubber-coated magnet has much higher pull force.

3. The rubber coating is not only protecting rubber-coated magnet against corrosion, but also keeps the working surface free of damage.

4. The rubber coating would give extremely fine sheer force to rubber-coated magnet.

5. The rubber-coated magnet accommodates a series of standard fasteners and attachments.

HOW TO USE

Rubber coating of pot magnets is considered useful when using sensitive surfaces like glass and plastics, or highly finished
vehicular surfaces. Rubber coating is also useful to prevent corrosion in marine, aquatic or external environments, as well as in
areas where metal strike presents a risk to the magnet. Metal strike situations are more likely in mechanical environments related
to motors and machinery.

Rubber coated pot magnets are often placed to create a fixing or hanging point. The rubber coating provides for superior slide
resistance due to greater friction between the rubber and steel surface to which the magnet is bonded. Manufacturers and
industrial designers use rubber coated pot magnets for holding and fastening.

  
Products and devices held together with rubber coated pots allow you to easily uncouple the magnet at pre-determined pressure
points for regular cleaning or servicing.

This characteristic increases the durability and ease of use. Used as connective tissue in plastic clad fabrications, rubber
coated pot magnets do not typically puncture or penetrate plastic material, helping to maintain the monolithic nature and
integrity of these fast evolving resinous forms.

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