An Chia Lih Co., Ltd. is a specialized shock absorber manufacturer. To design superior quality racing-version shock absorbers, we have a strong R&D department. Paying close attention to every step from design, drafting, production, and assembly to quality control and testing, we provide the best possible racing and on-road version shock absorbers for various car makes.

Insisting on providing only the best, we've developed standard types of high-capacity shock absorbers. After years of effort, we've recently developed an innovative reverse-mounted shock-absorber cylinder, whose configuration perfectly fits the machination structure of auto suspension systems. Though it costs a lot more to employ this innovative design, we still insist on incorporating the configuration in our shock absorbers.

The professional development equipment we use, on which we've spared no expense, is also a plus for our leading technology in innovative shock absorbers. We will continue to provide importers and exporters at home and abroad with the best possible quality products, most competitive prices, and quick business services.

1. Through a mechanism providing 24 expansion/suppression steps for damp adjustment and exquisitely designed damp valve, which delivers precise control, our shock absorber operates smoothly on all road surfaces. 2. Single-cylinder design feeds back all road surface conditions to the driver, providing highly stable and consistent damping even under high-speed runs on oval racing tracks. 3. Single-cylinder design plus superb 45mm piston valve greatly increases the accuracy of the damping force. Made of special carbon fiber PIFE and formed through heat treatment, the piston valve incorporated in our shock absorber enhances the oil density of the hydraulic chamber, ensuring no leakage of the shock-absorbing oil under critical operating conditions. 4. The IASATI shock absorber provides damping adjustable through24 synchronized expansion and suppression steps. The unique damp valve can also be preset or micro-adjusted for desired damp force.