Material Advantage In Vacuum Pressure Impregnating For Electrical Product Insulation

Introduction

Vacuum pressure impregnation equipment is mainly used for insulation treatment of electrical products. For example, insulation materials for high-voltage motors, wind turbines, H-class insulated dry-type transformers, power capacitors, and cables are impregnated. Products such as motors or transformer coils can be dehydrated and degassed during the vacuum stage by vacuum pressure impregnation, reducing the impact of impurities such as water and gas on insulation; In the pressure impregnation stage, the insulation paint can completely penetrate into the interior of the insulation structure under pressure, strengthening the overall insulation, thereby improving the insulation level and improving the electrical performance of the product.

Scope of use

Vacuum pressure impregnation equipment is also used in the materials industry to solve material modification and improve organizational structure, achieving the goal of improving material properties. Precision castings such as graphite products, engine casings, refractory bricks, wood, etc. By vacuum pressure impregnation, the density of graphite is increased, and the strength and resistance characteristics are enhanced; In automotive engine castings and high-pressure valves, vacuum pressure impregnation can completely solve the problem of micro leakage, improve product quality, and eliminate the leakage of the workpiece itself. Refractory bricks and wood can change the characteristics of the substrate to achieve different effects by impregnating with different immersion agents (such as asphalt, preservatives, etc.).

Our impregnating advantages:

The vacuum pressure impregnation equipment has the advantages of saving labor, materials, and electricity; Protecting the environment and ensuring the physical health of workers is its characteristic.

VPI composition:

The equipment consists of the following parts: impregnation tank, paint storage tank, vacuum pumping system, compressed air storage and pressurization system, exhaust system, paint return system, heating system, refrigeration system, and electrical control system.