Medium-Voltage Electrolytic Capacitor Paper is a key type of Electrolytic Capacitor Paper for medium-voltage capacitor production. Optimized fiber structure delivers stable dielectric performance and proper permeability. Our complete testing lab monitors all physical and chemical indexes. It adapts to continuous winding and hot treatment, widely used in industrial power and energy storage capacitors.
Medium-Voltage Electrolytic Capacitor Paper
Products Description ME260 series adopts double‑layer composite construction blended with two types of low‑impedance fibre. Distinct fibre orientation in machine and cross directions elevates paper uniformity and working stability. Serving as separator inside capacitor cores, it isolates anode foil
Products Description WD255 series electrolytic capacitor paper is a highly versatile standard medium-voltage electrolytic paper developed for various medium-voltage aluminum electrolytic capacitors. Made of refined wood pulp fibers with conventional purification technology, the paper features unifor
Products Description E255 series is E2 type double-layer composite electrolytic capacitor paper, made of special E fiber with integrated double-layer composite forming technology. The two fiber layers are tightly bonded. As the separator substrate for capacitor core packs, it separates positive and
Products Description E260 is a double-layer composite separator manufactured from E-grade fibre — one of the lowest-impedance raw materials available for capacitor paper. In a finished capacitor core it plays two roles at once: it physically separates the anode foil from the cathode foil to prevent
Products Description W175 series electrolytic capacitor paper belongs to the W1 product line. It is made of dedicated W fiber and developed as separator substrate for medium and high voltage aluminum electrolytic capacitors. While featuring thin thickness, the product maintains good mechanical prope
Products Description As a subdivision under ME2 series, ME245 adopts dual‑layer wet‑laid composite technology utilizing two types of low‑impedance cellulose fibers. Distinct fiber orientation in two layers enhances liquid‑soaking performance and overall sheet uniformity. Functioning as separator med
Products Description MD2 series is a high-performance isolation substrate dedicated to medium-voltage aluminum electrolytic capacitors. Adopting high-purity fiber materials and multi-purified wet processes, it features balanced and controllable pore structure that coordinates liquid conduction and i
Products Description MH260 series falls under the WH2 product portfolio and is purpose-built medium-voltage electrolytic capacitor paper. It adopts refined natural cellulose pulp as raw material and adopts proprietary wet papermaking technology to form a homogeneous fibrous sheet. This functional pa
Products Description Medium‑voltage Electrolytic Capacitor Paper, professional special insulating paper designed for medium‑voltage capacitor manufacturing. This medium‑voltage electrolytic capacitor paper features uniform fiber distribution and outstanding insulating performance, with good electrol
ME260 Series Electrolytic Capacitor Paper
Products Description ME260 series adopts double‑layer composite construction blended with two types of low‑impedance fibre. Distinct fibre orientation in machine and cross directions elevates paper uniformity and working stability. Serving as separator inside capacitor cores, it isolates anode foil
WD255 Series Electrolytic Capacitor Paper
Products Description WD255 series electrolytic capacitor paper is a highly versatile standard medium-voltage electrolytic paper developed for various medium-voltage aluminum electrolytic capacitors. Made of refined wood pulp fibers with conventional purification technology, the paper features unifor
E255 Series Electrolytic Capacitor Paper
Products Description E255 series is E2 type double-layer composite electrolytic capacitor paper, made of special E fiber with integrated double-layer composite forming technology. The two fiber layers are tightly bonded. As the separator substrate for capacitor core packs, it separates positive and
E260 Series Electrolytic Capacitor Paper
Products Description E260 is a double-layer composite separator manufactured from E-grade fibre — one of the lowest-impedance raw materials available for capacitor paper. In a finished capacitor core it plays two roles at once: it physically separates the anode foil from the cathode foil to prevent
W175 Series Electrolytic Capacitor Paper
Products Description W175 series electrolytic capacitor paper belongs to the W1 product line. It is made of dedicated W fiber and developed as separator substrate for medium and high voltage aluminum electrolytic capacitors. While featuring thin thickness, the product maintains good mechanical prope
ME245 Series Electrolytic Capacitor Paper
Products Description As a subdivision under ME2 series, ME245 adopts dual‑layer wet‑laid composite technology utilizing two types of low‑impedance cellulose fibers. Distinct fiber orientation in two layers enhances liquid‑soaking performance and overall sheet uniformity. Functioning as separator med
MD2 Series Electrolytic Capacitor Paper
Products Description MD2 series is a high-performance isolation substrate dedicated to medium-voltage aluminum electrolytic capacitors. Adopting high-purity fiber materials and multi-purified wet processes, it features balanced and controllable pore structure that coordinates liquid conduction and i
WH260 Series Electrolytic Capacitor Paper
Products Description MH260 series falls under the WH2 product portfolio and is purpose-built medium-voltage electrolytic capacitor paper. It adopts refined natural cellulose pulp as raw material and adopts proprietary wet papermaking technology to form a homogeneous fibrous sheet. This functional pa
Medium-Voltage Electrolytic Paper
Products Description Medium‑voltage Electrolytic Capacitor Paper, professional special insulating paper designed for medium‑voltage capacitor manufacturing. This medium‑voltage electrolytic capacitor paper features uniform fiber distribution and outstanding insulating performance, with good electrol
