Innovative Nanocomposite Epoxy Resin for Enhanced Insulator Insulation Performance

Nanocomposite technology has revolutionized the performance of epoxy resins for insulators. Our innovative nanocomposite epoxy resin incorporates nanoparticles, such as silica or alumina, which significantly enhance its insulation properties. The nanoparticles improve the dielectric strength of the resin, allowing insulators to withstand higher electrical fields. They also enhance the thermal conductivity, which helps in dissipating heat more effectively, reducing the risk of overheating in high - power applications. In addition, the mechanical properties of the resin are improved, making the insulators more resistant to mechanical stress. For example, in high - frequency transformers, the use of our nanocomposite epoxy resin for insulation can lead to a more compact design due to the enhanced insulation performance. This innovation in epoxy resin technology offers a new level of performance for insulators, meeting the increasing demands of modern electrical systems.

Brief Introduction

LE-9205D is a modified BPA (bisphenol A) type epoxy resin.

LH-9205D is a modified carboxylic anhydride hardener with an added accelerator.

LF-660 is a low-viscosity solvent-free modified polyol.

epoxy resin and curing agent for vacuum casting Indoor composite transformer

Applications

Indoor electrical insulators for medium and high voltage applications, such as insulators, dry-type transformers, and other insulation products.

Processing Methods

Conventional gravity casting process under vacuum.

Automatic pressure gelation process (APG).

Production process is adjustable according to client’s present production methods.

Properties

Excellent resistance to thermal shock, superior mechanical and dielectric properties.

Formulation

Advantage

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