Product Introduction

1-Products Name: EV Fuse Contact with Bolt Mount
2-Base Material:
(1) Red Copper Stamping Parts: 99.99% Copper T2Y2(SECu/C1100), %IACS≥97, HV: 80~110s;
(2) Brass Stamping Parts: 65% Brass H65 (CuZn36/C2700), tensile strengthσb MPa≥440

3-Surface Treatments:
(1) Silver plating
(2) Bright tin plating
(3) Lead-free fog tin plating
(4) Nickel plating
(5) Ultrasonic cleaning

4-Technology Processes:
(1) Stamping
(2) Stretching
(3) Riveting
(4) Plating
(5) Tin Brazing
(6) Silver Brazing
(7) Laser Welding
(8) Resistance Welding

5-Free Samples: 10-50pcs is allowed
6-Lead Time: Orders 7-10days, Samples 20-25days (including the tooling/die production of Copper Stamped Part);
7-Packing: Plastic inside and carton/pallet outside
8-Certifications: ISO9001, IATF16949, RoHS, REACH, etc.
9-Production Capacity: 50,000,000 pcs/month
10-Applications: PV Fuse, EV Fuse, PDU Fuse, Energy Storage Fuse, UPS DC Links, NH Fuse, BS Fuse, Fast Fuse, etc.

1. Bolt Mount Fuse Contact: Enhancing Electrical System Reliability

In the realm of electrical engineering, especially in the domain of new energy vehicles, the Bolt Mount Fuse Contact plays a pivotal role in ensuring the integrity and reliability of electrical systems. This critical component is meticulously designed and crafted to seamlessly integrate into the intricate network of electrical connections within the vehicle. Let's delve deeper into understanding what the Bolt Mount Fuse Contact entails, exploring its construction, technological intricacies, and the significant role it plays in the realm of new energy vehicle electrical systems.

1.1. Construction and Functionality:

At its core, the Bolt Mount Fuse Contact serves as the interface between the electrical circuit and the protective fuse. Its construction typically involves the incorporation of durable materials such as copper, brass, or alloys, ensuring robustness and longevity in operation. The contact is ingeniously designed to accommodate the mounting bolt or screw, thereby facilitating secure attachment to the fuse holder or other components within the electrical system.

1.2. Technological Advancements:

The production of Bolt Mount Fuse Contacts leverages advanced manufacturing techniques, including stamping technology and tin brazing. Stamping technology enables precise shaping of the contact, ensuring dimensional accuracy and compatibility with the mounting bolt. This process involves the use of high-quality metal blanks and sophisticated stamping dies, meticulously crafted to exact specifications. The result is flawlessly formed contacts that seamlessly integrate into the electrical system, guaranteeing optimal performance.

In parallel, tin brazing technology plays a crucial role in securely attaching the contact to the mounting bolt. Tin brazing, known for its reliability and versatility, involves the use of tin-based solder to create a strong metallurgical bond between the contact and the mounting bolt. This process offers numerous advantages, including corrosion resistance, low-temperature operation, and cost-effectiveness. The combination of stamping and tin brazing technologies ensures that Bolt Mount Fuse Contacts meet stringent quality standards and perform flawlessly in demanding operating environments.

2. Technical Requirements and Benefits:

Bolt Mount Fuse Contacts are engineered to meet stringent technical requirements, ensuring optimal performance and reliability in new energy vehicle electrical systems. These technical requirements include:

2.1. Secure Attachment: The contact must securely attach to the mounting bolt, ensuring stability and reliability in operation.
Electrical Conductivity: The contact must provide low-resistance electrical pathways, minimizing energy loss and ensuring efficient power distribution.
2.2. Corrosion Resistance: The contact must resist corrosion and degradation, maintaining electrical integrity over the vehicle's lifespan.
Temperature Resistance: The contact must withstand high temperatures and environmental stresses, ensuring consistent performance in challenging conditions.
2.3. Dimensional Accuracy: The contact must adhere to precise dimensional tolerances, ensuring compatibility with the mounting bolt and fuse holder.

3. The utilization of Bolt Mount Fuse Contacts offers several key benefits to new energy vehicle electrical systems:

Enhanced Reliability: Bolt Mount Fuse Contacts provide secure and stable electrical connections, minimizing the risk of circuit interruption and ensuring uninterrupted power delivery.

3.1 Improved Safety: By ensuring reliable electrical connections, Bolt Mount Fuse Contacts contribute to the overall safety and integrity of new energy vehicle electrical systems, mitigating the risk of electrical faults or failures.
3.2 Efficient Manufacturing: Advanced manufacturing techniques such as stamping and tin brazing enable efficient production of Bolt Mount Fuse Contacts, reducing lead times and production costs.
3.3 Versatility: Bolt Mount Fuse Contacts are compatible with a wide range of fuse holders and electrical systems, making them suitable for diverse applications in new energy vehicles.
3.4 In conclusion, the Bolt Mount Fuse Contact represents a critical component in new energy vehicle electrical systems, ensuring reliable power distribution and enhancing overall system performance. Leveraging advanced manufacturing techniques such as stamping and tin brazing, Bolt Mount Fuse Contacts offer unparalleled reliability, efficiency, and versatility, making them indispensable in the realm of new energy vehicle technology.