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Description
Skilfully engineered for precision, resilience, and unmatched efficacy, this product sets new standards in the realm of electrical connections.
Material Composition:
Conductor: Meticulously crafted from high-quality Brass, it ensures unparalleled electrical conductivity for consistent and flawless connections.
Sleeve: The Copper tubular sleeve is integrated to reinforce the terminal's structural durability and longevity.
Insulation: Polyethylene, renowned for its robust protective qualities against environmental challenges, is employed as the insulation material.
Plating: A layer of Tin plating fortifies the terminal, offering protection against corrosion and enhancing its lifespan.
Key Features:
Adhesive Lining: Each terminal boasts a unique hot melt adhesive lining. When heated, it forms a water-resistant seal, safeguarding the connection against external threats.
Shrinkable Temperature: Expertly designed to shrink within the range of +125°C to 180°C, it ensures a tight, moisture-proof bond.
Operating Range: It operates seamlessly between -45°C to +125°C, showcasing its adaptability across diverse conditions.
Voltage Capacity: Efficiently accommodates voltage up to 600V, catering to a myriad of electrical scenarios.
User-Centric Design: The terminal prioritizes user convenience, necessitating minimal effort for insertion while facilitating effortless crimping. Yet, it promises a solid and unwavering connection.
Advantages:
Moisture Barrier: The innovative adhesive lining guarantees a watertight seal, thus providing an oxidation-free connection.
Enduring Performance: The harmonious integration of Brass, Polyethylene, Copper, and Tin ensures resistance against potential external deteriorations, promising extended product longevity.
Versatility: Its broad operational temperature and voltage range render it ideal for a plethora of electrical applications.
When you opt for ATP's Heat Shrink Female Bullet Terminals, you are placing your trust in a product epitomizing reliability, precision, and enduring efficacy. Rely on ATP to bestow your electrical connections with the quality they truly merit.
