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We supply full-category shock absorber components, including pistons, stampings, rubber seals, piston rods, springs, and self-developed banding/grooving machines.

No Deformation Shock Stamped Parts
  • No Deformation Shock Stamped PartsNo Deformation Shock Stamped Parts
  • No Deformation Shock Stamped PartsNo Deformation Shock Stamped Parts
  • No Deformation Shock Stamped PartsNo Deformation Shock Stamped Parts
  • No Deformation Shock Stamped PartsNo Deformation Shock Stamped Parts

No Deformation Shock Stamped Parts

No Deformation Shock Stamped Parts from XIAYI keep their geometry after a million vibration cycles — bosses held to 0.01 mm, cavity walls unworn, flatness intact through thermal cycling. This manufacturer thickens the critical zones first, because that is where deformation starts.

"No deformation" is a testable claim, and the No Deformation Shock Stamped Parts base was engineered to pass it: after million-cycle lateral vibration, the flange stays crack-free, the four internal bosses unworn, and the stepped cavity retains its original geometry. Three-point bolt clamping plus four internal anti-rotation bosses hold the buffer rubber with zero slip — so the damping you assemble is the damping the driver feels for years.

No Deformation Shock Stamped PartsNo Deformation Shock Stamped PartsNo Deformation Shock Stamped PartsNo Deformation Shock Stamped Parts

Structure: Four Ways Nothing Moves

Feature Anti-Deformation Role
Equally spaced 3-hole outer locking flange Three-point bolt clamping spreads torque evenly — no unilateral warpage, no bolt loosening
Recessed stepped enclosed cavity Internal step restrains rubber overexpansion — no extrusion delamination under bump loads
Four symmetrical circular anti-rotation bosses Mechanically interlock rubber grooves — no frictional twisting, no resonance noise
Single-stamp coaxial central pilot bore Native concentricity — balanced rod force, no unilateral oil seal leakage

The Deformation Test Record

Test Result
Million-cycle lateral alternating vibration Flanges crack-free, bosses no abrasion collapse, cavity walls no permanent indentation
Matched assembly concentricity drift ≤ 0.02 mm
1000 gradient hot-cold cycles (−42 ℃ to +112 ℃) No springback deviation in flange flatness or cavity wall thickness
Static load (ST14, tensile ≥ 365 MPa) Zero invisible micro-cracks; clamping & squeeze capacity meets OEM standards

8-Station Forming With Reinforced Critical Zones

  • Critical-zone thickening — dedicated shaping station thickens boss roots and cavity step edges, exactly where deformation starts
  • Stress-relief aging before plating — residual cold-working stress fully removed, so thermal springback never shifts the geometry
  • Micron tolerances — 3-hole symmetry ±0.02 mm, boss height ±0.01 mm, cavity wall ≤ 0.02 mm, flange flatness ≤ 0.01 mm, bore concentricity ≤ 0.025 mm
  • Tiered zinc plating with laser thickness monitoring — coating system selected by destination duty grade
  • 24 h six-channel 3D inspection — non-conforming units segregated with 18-month traceability records

FAQ

Q: Our current bases warp at the bolt holes. What is different here?

A: Warpage comes from uneven clamping — single or dual-hole flanges concentrate load. The equally spaced three-hole design disperses bolt torque across the whole rim, and flange flatness is held to 0.01 mm so the base sits dead flat from day one.

Q: How do you prove "no deformation" rather than just claim it?

A: The table above is the proof protocol: million-cycle vibration, 1000 thermal cycles, concentricity drift measurement and 3D optical inspection per batch — all repeatable and available with shipment records.

Need bases that stay true? Request the deformation test report with your sample

Ningbo XiaYi Electromechanical Tech Co., Ltd. forms anti-deformation shock bases on an 8-station line with reinforced critical zones. Send your bolt pattern for a matched proposal.

About XIAYI anti-deformation engineering: boss roots and step edges are thickened at a dedicated forming station because that is where deformation begins — the part is strengthened where the load path demands it, not uniformly overbuilt.

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Get a Tailored Quote for Your Shock Absorber Parts

Why Global Buyers Choose Ningbo Xiayi:
✓ IATF 16949 Certified — Defect rate strictly controlled below 0.1%.
✓ Full-Category Supply — Pistons, rods, springs, stampings & rubber parts.
✓ R&D Support — Custom powder metallurgy formulas & 7-10 day rapid prototyping.
✓ Proven Capacity — 50 million core pistons produced annually for global OEMs.

Ready to start? Complete the form below and our engineering team will respond within 24 hours with a custom recommendation.

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