MV-466

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MV-466, also known as a Modular Voltage Furnace, is a high-efficiency electrical machine that plays a key role in thermal processing. It is usually used to melt alloys, thermally disperse solids, and fuse electrodes onto electronics or solar cells. The MV-466 is equipped with a number of advanced features that enable it to perform highly accurate and reliable thermal processes that are both cost-effective and environmentally friendly.

The MV-466 works by regulating and controlling power by continuously adjusting the voltage levels it supplies across two sets of electrodes. This electricity is then converted into the required temperature range. The benefits of the MV-466’s narrow voltage settings include a reduction in energy losses due to extreme CPU temperature fluctuations and improved energy efficiency by accurate power control .

MV-466 is mainly used in multiple industries for different thermal processing operations. It is an important tool in various production lines, such as in the semiconductor industry, where the furnace can produce electronic devices such as integrated circuits and solar cells. It can also be used to produce fluorescents, light bulbs, glass coatings, and optical films. In other industries, such as in the metals and alloys sector, the MV-466 is able to melt/refine metals such as aluminum, copper, and steel. Furthermore, the MV-466 can also be used in the automotive industry for coating and painting parts. Other industries where the MV-466 is useful include aerospace, nanotechnology, pharmaceuticals, and medical technologies.

The MV-466’s working principle is based on the Joule-Thompson effect. This effect states that when a gas experiences pressure changes, its volume and temperature fluctuate accordingly. In the case of the MV-466, the current passing through the electrodes induces an electric field inside the cells. The cell’s volume and temperature change in response to the electric field’s magnitude. Therefore, it is the amount of current passing through the cell’s walls that dictates the temperature.

The MV-466 can also be used as a heating element to maintain temperatures below the melting point. For this process, it is necessary to maintain a steady electrical current in order to avoid hot spots and inefficiency. The MV-466’s adjustable power control is highly efficient in this regard and helps to maintain precise power control.

MV-466 is a powerful and versatile tool that can be used in many thermal processing industries. Its features, such as adjustable power control, make it a valuable asset in many production facilities. With its efficiency and thermo-regulating power, it can improve the quality and speed of a variety of manufacturing operations.

The specific data is subject to PDF, and the above content is for reference