Leading Manufacturer for Car Capacitor - RFM Induction heating capacitor – CRE
Leading Manufacturer for Car Capacitor - RFM Induction heating capacitor – CRE Detail:
Specification
Induction heating capacitors are designed for the use of induction furnaces and heaters , to improve the power factor or circuit characteristics.
The capacitors are all-film dielectric which is impregnated with an eco-friendly, non-toxic biodegradable insulation oil. They are designed as water-cooled live case units (dead case on request). Multi section configuration (tapping) enabling high current loading and tuning resonance circuits are standard feature. Recommended ambient temperature and water flow are very important.
Feature
The electrothermal capacitor is made of coarsed polypropylene film and high-performance liquid (excluding PCB) as the composite medium, with high purity aluminum foil as the electrode, porcelain copper screw and cooling pipe as the outlet terminal, aluminum alloy plate as the shell, and water cooling pipe as the inner distribution.The shape is mostly cuboid box structure.
Application
Induction heating, melting, stirring, and similar USES of equipment to improve the power factor.
Product detail pictures:
Related Product Guide:
Being supported by an highly developed and skilled IT group, we could offer you technical support on pre-sales & after-sales support for Leading Manufacturer for Car Capacitor - RFM Induction heating capacitor – CRE , The product will supply to all over the world, such as: Monaco, Algeria, Malawi, We adhere to the honest, efficient, practical win-win running mission and people-oriented business philosophy. Excellent quality, reasonable price and customer satisfaction are always pursued! If you are interested in our items, just try to contact us for more details!
By Sahid Ruvalcaba from Buenos Aires - 2017.11.20 15:58
In general, we are satisfied with all aspects, cheap, high-quality, fast delivery and good procuct style, we will have follow-up cooperation!
By Freda from Hongkong - 2018.06.28 19:27