Kraft TU Paper offers enhanced thermal aging performance, making it an excellent choice for transformer core and layer insulation. Its high purity and multi-ply strength provide reliable dielectric protection, while its elongation capabilities help prevent cracking or tearing during tight winding applications.

With its thermal upgrading and mechanical toughness, Kraft TU is well-suited for wrapping conductors in HPFF (High-Pressure Fluid-Filled) high-voltage cable systems. The paper’s cleanliness ensures minimal contaminants, while its flexibility and stretch help it conform securely around conductors for long-term insulation stability.

Used in terminal strips, Kraft TU provides excellent rigidity and insulation, even under prolonged thermal and mechanical stress. Its refined fiber structure supports precision punching and die-cutting for custom fit in electrical assemblies.

Kraft TU Paper provides a cost-effective yet durable option for motor end laminations. Its balance of rigidity and elongation makes it ideal for forming and fitting into end caps or motor housings, while thermal upgrading helps extend product life under heat exposure.

The toughness and insulating properties of Kraft TU make it ideal for forming internal barriers and shields in electrical equipment. These components offer protection from arcing, contamination, and thermal degradation, supporting long-term equipment reliability.

When laminated with polyester film, Kraft TU creates a composite material ideal for high-performance electrical insulation applications such as slot liners and interphase barriers. The thermal upgrade enhances heat resistance, while the mechanical integrity of the Kraft supports shaping, folding, and punching without compromise.