Low-voltage Fuse Brass Cap

Low-voltage fuse brass cap is an important component used to protect circuits from overloads and short circuits. Through its excellent physical properties and precise manufacturing process, it provides a reliable and economical solution for circuit protection and is one of the indispensable key components in modern electrical systems.

The low-voltage fuse brass cap is typically crafted from high-quality brass, an alloy primarily comprising copper (Cu) and zinc (Zn), with varying compositions tailored to enhance specific performance attributes. Here are its key features:

Superior Conductivity: Brass exhibits excellent electrical conductivity, making it ideal for components involved in electrical connections, ensuring efficient current transmission.

High Mechanical Strength: Through precise processing and heat treatment, brass achieves robust mechanical strength and resilience, capable of withstanding the electrical and mechanical stresses inherent in fuse operation.

Corrosion Resistance: Brass offers considerable resistance to corrosion, allowing it to operate reliably across diverse environmental conditions without succumbing to oxidation or chemical degradation.

Excellent Processability: Brass is highly malleable and easily processed, facilitating the manufacture of intricate inner cap designs tailored to meet the specific dimensions and technical requirements of various fuse models and specifications.

Cost-Effective: Brass represents a cost-effective alternative compared to other highly conductive materials like silver or specialized metal alloys, making it a practical choice for fuse applications.

These attributes collectively underscore the suitability of brass for low-voltage fuse caps, ensuring both performance reliability and economic viability in electrical protection systems.

• Select high-quality brass materials, usually including alloys of copper and zinc, to ensure that the materials meet the product's conductivity, mechanical properties and corrosion resistance requirements.
• The selected brass plates or bars are cut according to the design requirements to obtain the original materials suitable for manufacturing inner caps.
• Using stamping equipment, the cut brass materials are stamped into the required shape and structure according to the design drawings and size requirements of the inner cap. This process may involve multiple stamping and die changes to ensure accuracy and consistency.
• Such as cleaning, polishing or plating to improve appearance and corrosion resistance.
• Quality inspection and electrical performance testing of finished products to ensure compliance with product standards and customer requirements.
• Pack the products that meet the requirements into final products, ready to be shipped to customers or put into the market for sale.

• Our production workshop is equipped with complete equipment and tools to ensure the smooth progress of the production process.
• Strict process control and quality management system are essential. We strictly monitor the production process to ensure that the products meet standards and customer needs.
• Good safety measures and environmental protection awareness are a must. We prioritize the safety of employees and production equipment and reduce the impact of the production process on the environment.
• We have set up effective production plans and inventory management to ensure the smooth progress of production and timely delivery of customer orders, improve production efficiency and competitiveness.

Q: Can the size and shape of the low-voltage fuse brass cap be customized?
A: Yes, we offer customization of the inner cap's size, shape, and technical specifications to meet specific customer requirements for various application scenarios.

Q: How long is the production cycle for the inner cap?
A: For regular orders, the production cycle is typically 7-10 days, while sample orders may take 20-25 days.

Q: What is the monthly production capacity?
A: Our monthly production capacity generally reaches up to 50,000,000 pieces.