Precision. Stability. Reliability for High-End Micro Applications
Technical Specifications
| Parameter |
Specification |
| Model |
2LOCKCS (2UEW + Self-bonding layer) |
| Conductor Diameter |
0.200mm ± 0.003mm |
| Insulation Thickness |
Grade 2 |
| Thermal Class |
185°C (H-class) |
| Bonding Method |
Hot Air / Solvent |
Product Overview
2LOCKCS is a high-performance self-bonding enamelled copper wire featuring 2UEW polyurethane insulation and an outer self-adhesive layer. Optimized for micro-miniature and high-density winding, it supports direct soldering and fast bonding molding, delivering precise dimensions, reliable mechanical toughness and stable electrical performance for high-end micro precision applications.
Key Features
Precise Dimensional Stability: Tight tolerance control with low diameter fluctuation, ensuring consistent winding accuracy and stable mass production quality.
Superior Mechanical Performance: Balanced tensile strength and elongation resist breakage during high-speed winding. Upgraded abrasion resistance effectively protects the wire during processing.
Excellent Thermal & Electrical Properties: H-class 185°C high-temperature resistance ensures stable operation under harsh working conditions. Low-temperature direct soldering enables clean solder joints and high assembly yield, with reliable insulation and environmental resistance.
Stable Self-Bonding: Quickly bonded via hot air or solvent without extra adhesive. It forms firm, deformation-resistant integrated coil structures for molded inductors and micro coils.
Our Advantages
Equipped with precision single-head production lines, HVC pinhole monitoring and 360° laser real-time diameter inspection to achieve zero-defect quality control. Full-range batch inspection and complete traceability system ensure stable, reliable product consistency.
Applications
Ideal for high-precision micro coil scenarios: high-end audio voice coils, micro motors, molded inductors, medical electronics, smart sensors, precision instruments and aerospace electronic components.
