AiSHi
Aishi (AiHua Group), established in 1985 and publicly listed on the Shanghai Stock Exchange (603989), is a global leader in the development and manufacturing of aluminum electrolytic capacitors. With advanced production facilities across China and a workforce of over 5,000, Aishi supports a wide range of industries by delivering innovative, reliable, and environmentally-conscious capacitor solutions. The company’s core technologies span from proprietary electrolytic solutions to in-house aluminum foil processing and precision machinery.
AiSHi’s diverse product portfolio includes radial leaded, surface mount, snap-in, screw terminal, polymer, and film capacitors, ensuring compatibility with power supplies, LED drivers, industrial equipment, automotive systems, and communication devices. Their solid polymer capacitors offer low ESR, high capacitance, and excellent frequency stability, making them ideal for high-reliability and space-sensitive applications. Each product reflects AiSHi’s commitment to quality, supported by ISO14001 environmental certifications and a sustainability-driven manufacturing process.
Backed by proprietary R&D and vertically integrated production capabilities, AiSHi ensures consistent performance, supply chain efficiency, and custom design flexibility. As a trusted partner, IBS Electronics offers engineers and procurement teams access to AiSHi’s dependable capacitor technologies for mission-critical electronic systems worldwide.
Product Type | Key Features | Applications |
---|---|---|
Radial Leaded Capacitors | Long lifespan, compact size, stable temperature tolerance | Power supplies, industrial control |
Surface Mount (SMD) | Automated assembly compatible, low profile | Consumer electronics, communication gear |
Snap-In Capacitors | High ripple current, high capacitance, robust mounting | LED drivers, medical equipment |
Screw Terminal Capacitors | High voltage & current handling, secure connection | Industrial, UPS, energy storage systems |
Solid Polymer Capacitors | Low ESR, non-ignite failure mode, high frequency stability | Automotive, space, telecom systems |
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