Product introduction: The transformer vacuum oil filling equipment is mainly used for the vacuum oil filling treatment of amorphous alloy transformers, power transformers, traction transformers, extra-high voltage electrical components, and other products (it can add drying functions or pressure impregnation functions according to the characteristics of the products).

Product introduction: The sealing structure of the kerosene gas-phase drying equipment is an important component of the equipment. It adopts advanced double sealing structure to ensure that the kerosene does not leak during the operation of the equipment, ensuring the safety and stability of the drying process. This sealing structure has good sealing performance and wear resistance, can work stably for a long time, and effectively prevents the harm caused by kerosene leakage to the environment and personnel. At the same time, its design is reasonable and easy to maintain and replace.

Product introduction: The filtering system of the kerosene gas-phase drying equipment is generally used to remove the impurities and contaminants in the kerosene to ensure the quality and stability of the drying process. It may include multiple-stage filtering devices, which can effectively filter the particles, moisture, sediments, etc. in the kerosene, and prevent these impurities from affecting the normal operation of the equipment and the drying effect. The filtering system also has the function of automatic cleaning to maintain its efficient filtering capacity and ensure the long-term stable operation of the equipment.

Product introduction: The condensing recovery system of the kerosene gas-phase drying equipment is a key part used to recycle the kerosene vapor generated during the drying process. This system cools the kerosene vapor to condense it into liquid, achieving the recycling and reuse of kerosene. It usually comprises components such as condensers, pipelines, and storage containers, featuring high efficiency, energy saving, and environmental protection, which can reduce the waste of kerosene, lower costs, and minimize the impact on the environment.

Product introduction: The locomotive traction transformer kerosene gas-phase equipment is a device that carries out drying treatment on the locomotive traction transformer through the vaporization of kerosene. The basic principle of this equipment is to use kerosene to be heated and evaporated in a vacuum state, becoming high-temperature kerosene vapor, which condenses down in the vacuum tank when encountering the workpiece with a lower temperature, releasing the latent heat of condensation to heat the body, in the process of repeated cycles, the workpiece is continuously heated, and the temperature rises. At the same time, in the vacuum state, the moisture in the workpiece is continuously evaporated into water vapor, which is drawn out of the tank by the vacuum system, so that the moisture in the workpiece is continuously extracted to achieve the purpose of thoroughly drying the workpiece.

Product introduction: The gas-phase drying equipment for transformer (bushing) is a new type of drying equipment, using kerosene vapor as the heating medium. Compared with traditional drying methods, it has the advantages of high drying efficiency, less energy consumption, short time, and good effect, and can avoid the pollution of dust and oil in the drying tank to the insulation of the product.

Product introduction: The ultra-high voltage transformer vapor-phase drying equipment is a kind of drying equipment specifically for ultra-high voltage transformers, which adopts the vapor-phase technology to carry out drying treatment on the transformer through heating and evaporating the medium. It has the characteristics of high efficiency, uniformity, and stability, and can ensure the insulation performance and quality of the transformer, and is widely used in the power industry.

Product introduction: This equipment is a special drying equipment for transformers, which adopts the vapor-phase technology to carry out drying treatment on the transformer through heating and evaporating the medium. Its oil-spraying function refers to uniformly spraying the oil on the surface of the transformer during the drying process to improve the drying effect. This kind of equipment has the characteristics of high efficiency, uniformity, and stability, and can ensure the insulation performance and quality of the transformer, and is widely used in the power industry.

Product introduction: The vacuum casting production line system of iron core reactor is a professional system for producing iron core reactors. It adopts vacuum casting technology and carries out casting under a vacuum environment to ensure that the product has high quality and excellent performance. This system includes various production links and equipment, and realizes the automated production process from raw materials to finished products, which increases the production efficiency and the stability of product quality.

Product introduction: The pot-shaped insulator vacuum casting equipment is mainly used in the vacuum casting production of pot-shaped insulators, high-voltage transformers, high-voltage insulating components and other products. The characteristic of this equipment is that through vacuum technology, it can effectively form a high-quality casting layer in the product, and improve the insulation performance and mechanical strength of the product.

Product introduction: The automatic static mixing vacuum casting equipment belongs to a more complete configuration of static mixing vacuum casting equipment. It can use semi-finished products (AB) materials such as resin plus silicon micro-powder and hardener plus silicon micro-powder, or raw materials such as resin, hardener, and filler. It is suitable for small batch production or large batch production.   Precise measurement and proportioning have a significant impact on the physical and electrical properties of the castings. Therefore, the accuracy of the ratio of resin to hardener directly affects the quality of the casting, and the proportioning is completed by the measuring pump. The plunger of the designed measuring pump is separately guaranteed by the executive motor for the suction and extrusion of the resin and hardener (which can contain fillers). Due to this structure working in a volumetric manner, the sealing and wear resistance of the measuring pump are crucial. The movement stroke of the measuring pump plunger determines the amount of push material.   When the wear resistance gap is small, it is easy to cause cylinder sticking, and due to the action of the filling material quartz powder, it will increase the wear of the plunger and cylinder liner. When the gap is large, it will cause material leakage, resulting in inaccurate measurement. The structure we designed uses special materials and process structures to ensure the wear resistance of the measuring pump. And the clearance of the measuring pump plunger and temperature, so that the surface of the plunger forms a mucus with a higher viscosity, thus allowing the resin or hardener to form a sealing ring between the plunger and the cylinder liner. This layer of high-viscosity sealing ring effectively prevents the leakage of the material, ensures the movement seal of the plunger, greatly improves the measurement accuracy, and solves the contradiction between wear resistance and measurement accuracy.   The static core technology is a two-component epoxy resin mixture. It is mixed evenly through the static mixer. In principle, the shorter the mixing time of the two-component mixture, the fresher the material obtained. Compared with the traditional dynamic mixing method, the mixed material is fresher and is suitable for the casting use of high-grade products.   The principle of static mixing and casting equipment is to push the material with equal pressure through the measuring pump to achieve "material segmentation - position movement - rejoining" turbulence. In addition to the above three situations, the fluid will also generate intense eddies in the cross-sectional direction, with strong shear force acting on the fluid, further dividing and mixing the fluid, and finally mixing to form the required emulsions. The reason why it is called "static" mixer is that there are no moving components in the static mixer. Through the cross-type, it realizes mixing more than hundreds of millions of times in an instant, which largely shortens the mixing time, and basically gives all the chemical reaction time of the two-component materials to the mold to be completed!

Product introduction: The epoxy resin insulating material production line system is a complete set of automated systems used for producing epoxy resin insulating materials. It covers multiple links such as raw material processing, proportioning, mixing, processing, and forming. Through precise control and efficient operation, it achieves continuous production of insulating materials, with characteristics such as high degree of automation, precise control, and quality stability.