Founded in 2006 and headquartered in the strategic port city of Ningbo, China, XIAYI is a premier high-tech manufacturer specializing in the
research, development, and production of precision shock absorber components and automated assembly equipment. With nearly two decades of
industrial expertise, we have established ourselves as a vital
Tier-2 and Tier-3 supplier for the global automotive and machinery
sectors.
XIAYI operates a unique "dual-track" business model that integrates
component manufacturing with proprietary technology. Our extensive
product portfolio includes:
Sintered Components: High-density pistons, rod guides, and base valves.
Sealing & Hardware: Oil seals, PTFE rings, gaskets, and bearing bushes.
Structural Parts: Piston rods, brackets, spring seats, and guide pipes.
Automated Equipment: Self-developed, patented PTFE banding machines and groove cutting machines.
Our R&D team is the core of our "creative spirit," consistently
securing Invention and Utility Model Patents. By designing our own production machinery, we ensure unparalleled
precision and cost-efficiency that generic manufacturers cannot
match.
Quality is the bedrock of XIAYI. We implement a rigorous Integrated Production System centered on four critical control points:
>1. >Material Importing: Strict batch consistency of raw metal powders.
>2. >Line Control: Real-time monitoring of sintering and machining tolerances.
>3. >QC Department: 100% dimensional and durability testing.
>4. >Logistics: Secure, anti-rust packaging for global transit.
For over 20 years, XIAYI has been a trusted exporter to more than 30
countries, including the USA, Germany, France, Canada, and India. Approximately 50% of our annual output serves international markets, backed by an
intelligent marketing team dedicated to solving technical
challenges and fostering long-term, mutual-benefit cooperation.
At XIAYI, we don't just supply parts; we engineer the reliability
inside every smooth ride. We warmly welcome global partners to
visit our Ningbo facility to negotiate future-shaping
collaborations.