Harnawa Insulations Private Limited

6mm Dupont Nomex Electrical Insulating Paper is a high-performance aramid-based insulation material widely recognized for its exceptional thermal, mechanical, and dielectric properties. Engineered for reliability in harsh electrical environments, Nomex® is the industry standard for insulating transformers, motors, and generators, especially in applications requiring long service life under high temperatures.

4mm Dupont Nomex Electrical Insulating Paper is a high-performance aramid-based insulation material widely recognized for its exceptional thermal, mechanical, and dielectric properties. Engineered for reliability in harsh electrical environments, Nomex® is the industry standard for insulating transformers, motors, and generators, especially in applications requiring long service life under high temperatures.

The AHA is a three-layer flexible composite material, made by the polyimide film with hot rolling Aramid paper on both sides. The AHA is one of the most exclusive electric insulation materials at present. It has excellent heat- resistant, dielectric property, and superior mechanical properties.AHA is totally according with the standard of NHN (GB/T5591.3-2008), and it has the very similar property with NHN, it's a perfect substitute of NHN.

Saturated fleece is made from DMD and special heat resistant resin. It has the characteristics of long storage life, low curing temperature and short curing time. After being cured, it has excellent electrical properties, good adhesion and heat resistance. The heat resistance is Class 'F'. Saturated fleece is used for layer insulation or liner insulation of low-voltage copper foil winding in dry-type transformers as well as slot insulation and liner insulation in Class 'B' and 'F' electric motors and electric appliances. It passed the thermal aging routine test fulfilled by Quality Supervision and Testing Centre of Global machinery industry for Electromechanical Materials. It also passed SGS test for toxic and hazardous substance detection.