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Fuse Brass Perforated Inner Cap

Fuse Brass Perforated Inner Cap is a key electrical connection part for fuses. It is usually made of brass and has a perforated internal structure, which is used to ensure the stability and safety of current transmission while preventing overload and electrical failure.

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Product Introduction

product description

Copper-pierced inner caps for fuses play an important role in electrical systems. It is usually located inside the fuse and is closely connected with the electrical components of the fuse to ensure that the current is transmitted within the normal range and cut off the circuit when the current exceeds the set value to protect the electrical system and related equipment.

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Product Features

Internal Perforated Design: The copper perforated inner cap of the fuse has a perforated internal structure to ensure that the current can pass through and break the circuit when needed, preventing problems caused by current overload.
Electrical connection stability: The inner cap is closely connected with the electrical components of the fuse, ensuring stable current transmission and preventing loose or unstable connections.
Safety protection: When the current exceeds the set value, the copper perforated inner cap of the fuse will cut off the circuit, prevent overload and electrical failure, and protect electrical systems and equipment.
Durability and Corrosion Resistance: The inner cap made of brass has good durability and corrosion resistance, which can operate stably in various environmental conditions.
Ease of Installation: The design of the inner cap makes installation easy and convenient, helping to reduce installation time and work costs.
Wide application: The copper perforated inner cap of the fuse is suitable for various electrical systems, such as power distribution, industrial automation, transportation, and other fields.

product material

Advantages	Advantages of Brass Material for Fuses
Excellent Conductivity	Outstanding conductivity, effectively conducts current, reduces energy loss, and ensures stable current transmission.
Good Thermal Conductivity	Impressive thermal conductivity dissipates heat rapidly, prevents overheating issues, and enhances fuse durability and reliability.
High Corrosion Resistance	Excellent corrosion resistance, can operate reliably in various environmental conditions, resistant to oxidation and corrosion.
Reliable Mechanical Strength	Moderate mechanical strength and hardness provide stable structural support for fuses and prevent deformation or rupture.
Easy to Process	Easily cut, stamped, welded, and processed, can manufacture fuses in various shapes and sizes to meet diverse application needs.
Strong Ductility	Good ductility allows for complex fuse designs through processing and shaping, achieving finer and customized products.
Environmentally Friendly	Recyclable material helps reduce environmental impact and aligns with sustainable development and environmental requirements.
Versatile Application	Applicable to various fuse types and application fields, including power distribution, electronic devices, industrial automation, etc.