High Coercive Force Tile Magnets

These high remanence high coercive force tile magnets are designed for industrial applications, especially in making energy-efficient electric motors and generators. Their curved shape allows them to fit smoothly around the rotor, helping to create a strong and steady magnetic field. This improves motor performance and helps save energy. Commonly used in industries like automotive, robotics, and clean energy, these magnets support systems that need high torque and efficiency. These Tailor-made high stability high coercive force tile magnets play a key role in industrial machinery and automation, helping equipment run reliably and last longer, an important benefit for modern manufacturing.

Dimensional Integrity and Edge Condition Verification
The geometry of the magnet is examined to ensure compliance with specified tolerances. Edges and corners are checked for uniform chamfering or controlled rounding to eliminate burrs, micro-cracks, or stress concentration points resulting from cutting and grinding operations.

Surface Cleanliness Evaluation
Magnet surfaces are assessed for the presence of contaminants such as machining fluids, particulate matter, handling residues, or other foreign substances that could negatively impact coating adhesion, assembly accuracy, or subsequent processing steps.

3.3 Inspection Methodology and Acceptance Criteria
Visual quality assessment is performed in accordance with established inspection procedures, using defined sampling levels and acceptance limits based on internal control standards or customer-approved specifications to ensure consistent and repeatable quality outcomes.