Synthetic mica tape for extreme high-temperature and high-voltage applications. 99%+ pure lab-grown fluorophlogopite — free from natural impurities like iron oxide and quartz. Rated up to 110 kV systems. Factory-direct for EV motors, aerospace, MRI machines, and particle accelerators.
Synthetic mica tape is the premium choice for the most demanding high-temperature and high-voltage insulation applications. Unlike natural mica mined from the earth, our base mica is grown in a laboratory through a controlled fluorophlogopite synthesis process — yielding a material that is 99%+ pure and completely free from natural impurities such as iron oxide and quartz.
This ultra-pure composition dramatically reduces the risk of electrical breakdown in sensitive equipment operating at high voltages. It's why synthetic mica tape is specified in the most critical applications — EV traction motors, aerospace engine bays, MRI scanners, and nuclear reactor power systems.
Our synthetic mica tape is available in two engineered series: Z-series with glass cloth reinforcement for maximum mechanical strength, and N-series without reinforcement for smooth high-voltage dielectric applications. Every batch is manufactured to identical specifications — eliminating the batch-to-batch variability inherent to natural mica.
Ultra-pure synthetic production eliminates every variable that limits natural mica. Every property below is verified per batch in our QC laboratory.
Dielectric strength of 25-40 kV/mm, suitable for high-voltage systems up to 110 kV — reliable protection against arc formation and short circuits.
Withstands continuous service temperatures up to 1000°C — maintaining stability in aerospace engine bays or nuclear reactor environments.
Free from natural impurities such as iron oxide and quartz — reducing the risk of electrical breakdown in sensitive high-voltage equipment.
Classified as self-extinguishing (UL94 V-0 grade) — delays flame propagation and enhances safety in enclosed electrical systems.
Reinforcement layer delivers high tensile strength (≥40 N/cm in Z-series) — resistant to tearing during installation and vibration in moving parts.
Unaffected by most acids, alkalis, oils, and moisture (≤0.5% moisture absorption) — long-term stable in harsh industrial or outdoor environments.
Synthetic production eliminates natural mica's variability — guaranteeing consistent thickness, insulation, and heat resistance across every batch.
Glass cloth for high mechanical strength, or polyester film for enhanced flexibility in bending applications — paired to your use case.
Available thickness, width, length and reinforcement options. Custom dimensions available on request for precision components.
Two engineered series to match your application requirements. Z-series is reinforced with glass cloth for high-strength winding; N-series is designed for smooth dielectric applications. All parameters verified per production batch.
| Parameter | Z8 | Z10 | Z12 | Z14 | Z16 |
|---|---|---|---|---|---|
| Thickness (mm) | 0.10±0.015 | 0.11±0.015 | 0.125±0.015 | 0.14±0.015 | 0.14±0.015 |
| Tape Weight (g/m²) | 125±10 | 148±12 | 173±12 | 193±12 | 215±12 |
| Mica Content (g/m²) | 80±3 | 100±3 | 120±5 | 140±5 | 160±5 |
| Glass Fiber Content (g/m²) | 32±3 | 32±3 | 32±3 | 32±3 | 32±3 |
| Binder Content (g/m²) | 13±4 | 16±4 | 20±4 | 21±4 | 23±4 |
| Breakdown Strength (kV/layer) | >1.0 | >1.2 | >1.4 | >1.5 | >1.5 |
| Tensile Strength (N/cm) | >120 | >120 | >120 | >120 | >120 |
| Parameter | N12 | N14 | N16 |
|---|---|---|---|
| Thickness (mm) | 0.14±0.015 | 0.15±0.015 | 0.17±0.015 |
| Tape Weight (g/m²) | 182±13 | 202±13 | 225±13 |
| Mica Content (g/m²) | 120±5 | 140±5 | 160±5 |
| Glass Fiber Content (g/m²) | 42±4 | 42±4 | 42±4 |
| Binder Content (g/m²) | 20±4 | 20±4 | 23±4 |
| Breakdown Strength (kV/layer) | >1.4 | >1.6 | >2.0 |
| Tensile Strength (N/cm) | >120 | >120 | >120 |
When the application is mission-critical and the voltage or temperature is at the edge of what natural mica can handle, synthetic mica is what engineers specify.
Integrated into high-performance motors, transformers, and inverters in electric vehicles (EVs) and renewable energy systems — ensuring reliable operation under heavy electrical loads.
Used in furnace wiring harnesses and thermal management systems — protecting electrical components from extreme heat exposure in metallurgy, glass, and ceramic industries.
Used in MRI machines, particle accelerators, and high-voltage laboratory equipment — where precise insulation is critical for safety and measurement accuracy.