PTH Series Energy Storage Pulse Capacitor

PULOM PTH dry pulse capacitor is made of metallized polypropylene/polyester film by non inductive winding; Wrapped with polyester tape or special tape, and sealed with flame retardant epoxy resin at both ends; Good self-healing characteristics and high temperature stability; Dry structure to ensure safe use; We can provide various lead out forms such as tinned copper wire, copper solder, copper nut and copper bolt according to customer requirements; The use of special tape can prevent cracks in the insulation filler in high-voltage equipment, and avoid creepage along the cracks. The design of the product can ensure that no product ion current inside the capacitor can provide smaller products in AC and high-voltage pulse applications, and it is widely used in high-voltage large current energy storage pulse circuits.


PCG Series Energy Storage Capacitor

PULOM PCG oil type pulse capacitor is made of metallized polypropylene and non inductive winding of polyester film; The interior is wrapped with polyester tape or special tape, and the interior is sealed with flame retardant epoxy resin or high-temperature vegetable oil; Good self-healing characteristics and high temperature stability; Oil type structure, 1 million hours and 10 million times of charging and discharging service life; According to customer requirements, we can provide wire, ceramic electrode, copper nut, copper bolt and other lead out forms; It is widely used in high-voltage and large current energy storage pulse circuits, such as laser devices, nuclear magnetic resonance, electric locomotive and electric traction.
PULOM high-voltage energy storage pulse capacitor can be charged by a small power supply in a long time interval to store energy in the capacitor. During operation, it can emit nearly 104/CM3 pulse current and (1-5) * 103 VA/CM3 pulse power in a very short time interval. Strong shock current and pulse power can generate extremely high temperature, strong electromagnetic field and strong shock wave. It is widely used in electromagnetic ejection, laser technology, nuclear research, plasma technology, rocket technology, etc. At present, the energy storage density of high-voltage energy storage capacitors in the industry is 3 J/cm3. The technology invented by our company increases the energy storage density of such capacitors to 10J/cm3.