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In today's dynamic industrial landscape, the demand for efficient and space - saving electrical components is on the rise. As a seasoned pluggable terminal supplier, I often encounter inquiries about the viability of using pluggable terminals in space - limited environments. This blog aims to delve deep into this topic, exploring the technical aspects, benefits, and real - world applications of pl...
As a core component in new energy storage and power battery modules, the battery connector ensures stable current transmission, shock resistance and conduction. Its quality directly affects battery safety, efficiency and service life. This concise guide covers its key production aspects: materials, coatings and stamping processes, providing professional reference for procurement and customi...
We offer fully customized precision stamping parts, including electronic shrapnel's and metal contact pieces. Manufactured by progressive stamping technology, our metal stamped components feature excellent electrical conductivity, durable elasticity and compact structure. Widely used for power conduction, signal transmission and elastic connection, these electronic hardware parts are ideal for con...
What Is Salt Spray Test? The salt spray test is an accelerated corrosion test to evaluate the anti-rust and corrosion resistance of metal stamping components, surface coatings and electroplating finishes. It is widely required by overseas buyers for automotive parts, home appliance hardware, electronic terminals and outdoor industrial accessories. Main Test Standards Our factory follows int...
Grain-Oriented vs Non-Oriented Silicon Steel: Which for EV Motors? Most buyers confuse grain-oriented and non-oriented silicon steel for EV motor production. Here is the clear distinction: Grain-Oriented Silicon Steel (CRGO): Designed only for single-direction magnetic flux transformers. Not applicable for EV stators and rotors. Non-Oriented Silicon Steel (NOES): Features uniform mul...
What is Compound Die Stamping for Motor Core Compound die stamping completes the full shape of stator or rotor lamination in one single stroke. It is a traditional and cost-effective process for small batch orders and prototype sampling. Advantages - Low mold cost, suitable for new product development. - Fast proofing speed, 3–5 days for custom samples. - High single-piece precision f...
Core Principle: Excessive Contact Resistance Terminal overheating is fundamentally caused by abnormally high contact resistance. According to Joule’s law, high resistance generates massive heat when current passes through. Once the terminal contact surface fails to fit tightly, resistance rises sharply, forming a vicious cycle: heat accumulation → increased resistance → more...
Main Causes of Terminal Overheating and Blackening 1. Unqualified Contact & Loose Installation Loose crimping, uneven torque and assembly gaps reduce the effective contact area of terminals. Based on the I²R heating principle, local high resistance generates intense heat, scorching metal surfaces and forming permanent black carbonized marks. Excessive crimping also causes micro-cracks and...
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