ISO 9001 Certified Polypropylene Film Copper Thermally Conducted Capacitor Device Ideal For Electronic Circuit Solutions

Product Description:

The Conduction Cooled Capacitor is an advanced electronic component designed to meet the growing demands of high-performance circuits requiring efficient thermal management. This capacitor is meticulously engineered using high-quality polypropylene film and copper materials, which together ensure exceptional electrical performance and durability. The use of polypropylene film as the dielectric material provides excellent insulation properties and stability, while the copper elements offer superior conductivity, making this product an ideal choice for various industrial and electronic applications.

One of the standout features of this product is its unique conduction cooling design, which significantly enhances the heat dissipation capabilities of the capacitor. Often referred to as the Conduction Cooling Capacitor Element, this technology ensures that heat generated during the capacitor’s operation is efficiently transferred away from the device through conduction rather than relying solely on convection or radiation. This innovative approach to cooling not only prolongs the lifespan of the capacitor but also maintains its performance consistency under demanding conditions.

The Conduction Cooled Capacitor is part of a broader Conductive Cooling Capacitor System, which integrates the capacitor with specially designed conductive materials, including bronze, to facilitate optimal thermal conductivity. The use of bronze in the construction of the capacitor’s housing and terminals is a deliberate choice due to its excellent thermal and mechanical properties. Bronze provides robust structural support while enhancing the overall thermal conduction path, ensuring that heat is effectively managed even in high-power applications.

Quality assurance is a critical aspect of this conduction based cooling capacitor. The product is manufactured in compliance with ISO 9001 standards, reflecting a commitment to maintaining rigorous quality control throughout the production process. This certification guarantees that each capacitor meets stringent quality requirements, ensuring reliability and consistency in performance. Customers can trust that the Conduction Cooled Capacitor will deliver dependable operation in critical applications, whether in power electronics, renewable energy systems, or industrial machinery.

Another important attribute of this capacitor is its extremely low leakage current, typically measured in the microampere (µA) range. Low leakage current is vital for applications where energy efficiency and minimal power loss are crucial. By minimizing leakage current, the conduction based cooling capacitor helps reduce energy waste and improves the overall efficiency of the electronic systems it supports. This feature also contributes to the capacitor’s stability and longevity, making it suitable for long-term use in sensitive electronic circuits.

The combination of polypropylene film, copper, and bronze materials in the Conduction Cooling Capacitor Element results in a product that is both electrically efficient and thermally robust. The conduction based cooling technology not only enhances heat dissipation but also allows for more compact capacitor designs by reducing the need for bulky external cooling solutions. This makes the capacitor an excellent choice for applications with space constraints or where weight reduction is a priority.

In summary, the Conduction Cooled Capacitor is a state-of-the-art component that offers superior performance through its innovative conduction cooling design, high-quality materials, and stringent quality certification. Its construction from polypropylene film and copper ensures excellent electrical properties, while the integration of bronze enhances thermal conductivity within the Conductive Cooling Capacitor System. The product’s low leakage current further adds to its appeal, making it an efficient and reliable choice for demanding electronic applications. Whether used in power electronics, renewable energy, or industrial settings, this conduction based cooling capacitor delivers exceptional reliability, efficiency, and thermal management, meeting the needs of modern electronic design challenges.

Features:

• Product Name: Conduction Cooled Capacitor
• Type: POWER FILM CAPACITOR
• Dielectric Material: Film
• Material: Polypropylene Film & Copper
• Shape: Square
• Package Size: Varies (e.g., 1210, 1812, Custom Sizes)
• Designed as a Conduction Cooled Capacitor Module for efficient heat dissipation
• Utilizes Conduction Based Cooling Capacitor technology to maintain optimal operating temperatures
• Incorporates Heat Sink Capacitor Assembly for enhanced thermal management and reliability

Technical Parameters:

Applications:

The GDHY Conduction Cooled Capacitor Module, model C41, is an advanced power film capacitor designed to meet the demanding requirements of modern electrical and industrial applications. Originating from China and certified by SGS and ISO 9001, this capacitor ensures high reliability and consistent performance, making it an ideal choice for scenarios where efficient conduction heat dissipation is critical. With a power rating of 200KVAR and a capacity tolerance of ±10%, the C41 provides stable and precise capacitive functions necessary for power factor correction, harmonic filtering, and energy storage in various power systems.

Conduction Cooled Capacitor Technology incorporated in the GDHY C41 model enables superior thermal management by efficiently dissipating heat generated during operation through conduction rather than traditional convection cooling methods. This feature makes it particularly suitable for applications in compact or enclosed environments where airflow is limited, such as power electronic cabinets, renewable energy inverters, and industrial motor drives. The robust construction and reliable dielectric film material ensure long-term durability even under high electrical and thermal stress conditions.

In practical application scenarios, the Conduction Heat Dissipation Capacitor is widely used in power plants, substations, and electrical grids where maintaining power quality and system stability is essential. Its ability to handle high reactive power loads allows it to improve energy efficiency and reduce losses in large-scale industrial plants, manufacturing facilities, and commercial buildings. Additionally, the GDHY C41 is well-suited for use in electric vehicle charging stations and UPS systems, where space constraints demand capacitors with effective heat dissipation and compact form factors.

With a minimum order quantity of 20 units and a monthly supply capacity of 1000 pieces, GDHY supports bulk procurement for large projects. The capacitors are securely packaged in cartons with foam and wrapping tapes to ensure safe delivery within 14 days. Payment terms such as T/T and Western Union offer flexible options for international clients. For pricing details, interested customers are encouraged to contact GDHY directly.

Overall, the GDHY Conduction Cooled Capacitor Module C41 represents a reliable, high-performance solution for diverse power film capacitor applications requiring efficient conduction cooled capacitor technology and excellent conduction heat dissipation capabilities. Its certified quality, optimized design, and strong supply chain make it a preferred choice in both industrial and commercial electrical systems.

Customization:

GDHY presents the C41 Conduction Cooled Capacitor, a Thermal Managed Capacitor Component designed to meet rigorous performance standards. Manufactured in China, this Conduction Cooled Capacitor Module utilizes advanced Conduction Cooled Capacitor Technology to ensure optimal thermal management and reliability in demanding applications.

Featuring a capacitance range from 1µF to 1000µF with a capacity tolerance of ±10%, the C41 model is constructed with high-quality Polypropylene Film and Copper materials, guaranteeing durability and efficiency. Each unit is certified by SGS, ISO 9001, and meets stringent quality standards.

We offer a minimum order quantity of 20 pieces, with a supply ability of 1000 PCS per month to accommodate various production needs. Pricing details are available upon request. Packaging includes cartons with foam and wrapping tapes to ensure safe delivery within 14 days.

Payment terms include T/T, Western Union, and other convenient methods. Trust GDHY’s Conduction Cooled Capacitor Technology to provide superior Thermal Managed Capacitor Components tailored to your specific requirements.