Stator Laminations
Cost-effective, high-efficiency magnetic cores for industrial and commercial electric machines.
Silicon Steel laminations are the backbone of modern electric motors, trusted across industries for their balanced magnetic performance, proven reliability, and manufacturing scalability.
Silicon Steel (Fe-Si) laminations are precision-stamped, electrically insulated magnetic steel sheets stacked to form stator cores. The addition of silicon increases electrical resistivity, directly reducing eddy current losses and improving efficiency across a wide operating frequency range. The result: a dependable, well-understood material optimised for motors where efficiency, cost, and scalability all matter.
Property | Value |
Thickness | 0.1 mm – 0.65 mm |
Saturation Flux Density | ~1.9 – 2.05 T |
Resistivity | ~40 – 55 μΩ·cm |
Core Loss (W15/50) | Grade-dependent |
Insulation Coating | C-3, C-5, or C-6 |
Bonding | Self-bonded laminations available |
1
Specs, drawings, and application understanding review.
2
Precision die design matched to your lamination geometry and grade.
3
High-precision production across M-grade silicon steel variants.
4
ASM 2750E compliant stress relief and optimization.
5
BH loop, coercivity, and in-house magnetic characterization.
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Full traceability from raw material mill to finished goods.
1
HVAC, pumps, compressors, and drives where efficiency and cost must be balanced.
2
Power steering, HVAC blowers, hub motors, and ancillary systems where reliability over lifetime is critical.
3
Distribution transformers and renewable energy generators requiring consistent magnetic performance.
4
Servo motors and actuators where precision motion control meets high production volumes.
Our engineers can compare it against Nickel Alloy and Cobalt-Iron options to find the optimal material for your performance and cost targets.
Pioneering cutting-edge technology to develop reliable, high-performance magnetic components and engineering solutions.
