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High Heat Resistance Shock Absorber Piston with Symmetrical Force Damping and Steam Treatment

High Heat Resistance Shock Absorber Piston with Symmetrical Force Damping and Steam Treatment

MOQ: 500pcs
Price: Can Be Disscussed
Standard Packaging: Standard Export Packing
Delivery Period: 2 Weeks For New Samples
Payment Method: Can Be Disscussed
Supply Capacity: 20,000pcs / Day
Detail Information
Brand Name
XIAYI
Certification
IATF16949:2016
Color:
Silver Or Black
Sintering Temp:
375 ℃
Surface Finish:
Steam Treatment
Heat Resistance:
High
Material:
PTFE
Density:
6.8g/cm³
Damping:
Symmetrical Force
Sample:
Available
Product Description
Automotive Shock Absorber Piston with Precision Hydraulic Control
XIAYI Shock Absorber Piston is a high-performance hydraulic damper component designed for automotive suspension systems, providing stable damping control, excellent wear resistance, and long-term operating reliability.
Manufactured by advanced powder metallurgy technology, the piston body uses high-strength Fe-C-Cu alloy material, offering excellent mechanical strength, dimensional stability, and fatigue resistance under continuous reciprocating impact.
As a critical internal component of hydraulic shock absorbers, the piston controls hydraulic oil flow between compression and rebound chambers. Its precision-designed oil ports and flow channels directly influence damping force, ride comfort, and vehicle handling performance.
XIAYI provides customized shock absorber piston solutions for different applications, including passenger vehicles, SUVs, commercial vehicles, and performance suspension systems.
Key Product Advantages
Stable Damping Performance
The piston is designed with optimized hydraulic flow channels and precision oil ports to achieve:
  • Consistent damping force output
  • Smooth compression and rebound response
  • Improved vehicle stability
  • Reduced suspension vibration
A high-quality piston design helps shock absorber manufacturers achieve better ride comfort and longer product service life.
High Strength Powder Metallurgy Structure
The piston body is manufactured using precision powder metallurgy technology. Advantages include:
  • High material density
  • Excellent wear resistance
  • Stable mechanical properties
  • Good dimensional consistency
  • Suitable for high-volume automotive production
The optimized Fe-C-Cu material system provides reliable performance under:
  • Continuous vibration
  • High-frequency reciprocating movement
  • Temperature variation
  • Long-term hydraulic pressure impact
Precision Oil Port Design
Different damping requirements require different piston structures. XIAYI supports customized designs including:
  • Symmetrical oil port piston
  • Full port piston
  • Multi-hole piston
  • Multi-groove piston
  • Customized hydraulic flow piston
The oil port design directly affects:
Design Factor Performance Impact
Oil hole size Controls damping force
Port distribution Influences pressure balance
Flow channel design Determines response speed
Machining accuracy Ensures consistency
Product Features
Product Name Shock Absorber Piston
Application Hydraulic Automotive Shock Absorber
Material Fe-C-Cu Powder Metallurgy Alloy
Manufacturing Process Pressing + Sintering + Precision Machining
Sintering Temperature Approx. 375℃
Surface Treatment Steam Treatment / Customized Treatment
Density Approx. 6.8 g/cm³
Color Silver / Black
Damping Type Symmetrical Force / Customized Design
Compatibility Passenger Cars, SUVs, Commercial Vehicles
Certification IATF16949:2016
Why Choose XIAYI Shock Absorber Piston?
Automotive Grade Manufacturing Capability
XIAYI has professional experience in:
  • Powder metallurgy components
  • Shock absorber internal parts
  • Precision automotive components
Strict Process Control
Customer Concern XIAYI Solution
Unstable damping performance Precision hydraulic design
Short service life High-strength powder metallurgy material
Batch inconsistency Automotive quality control system
Excessive wear Density and surface treatment control
Delivery reliability Large-scale production capability
Customized Engineering Support
XIAYI provides:
  • Product design optimization
  • Material selection
  • Prototype development
  • Sample validation
  • Mass production support
Frequently Asked Questions
Q1: What material is used for XIAYI Shock Absorber Piston?
The piston body is manufactured from Fe-C-Cu powder metallurgy material, providing high strength, wear resistance, and dimensional stability.
Q2: Can XIAYI provide customized piston designs?
Yes. XIAYI supports customized oil port designs, groove structures, dimensions, and damping requirements.
Q3: What vehicles can use XIAYI Shock Absorber Pistons?
The pistons are suitable for passenger cars, SUVs, commercial vehicles, and customized suspension systems.
Q4: How does XIAYI ensure product quality?
XIAYI applies automotive manufacturing controls including material inspection, density control, dimensional inspection, process monitoring, and final verification according to IATF16949 requirements.
Products
PRODUCTS DETAILS
High Heat Resistance Shock Absorber Piston with Symmetrical Force Damping and Steam Treatment
MOQ: 500pcs
Price: Can Be Disscussed
Standard Packaging: Standard Export Packing
Delivery Period: 2 Weeks For New Samples
Payment Method: Can Be Disscussed
Supply Capacity: 20,000pcs / Day
Detail Information
Brand Name
XIAYI
Certification
IATF16949:2016
Color:
Silver Or Black
Sintering Temp:
375 ℃
Surface Finish:
Steam Treatment
Heat Resistance:
High
Material:
PTFE
Density:
6.8g/cm³
Damping:
Symmetrical Force
Sample:
Available
Minimum Order Quantity:
500pcs
Price:
Can Be Disscussed
Packaging Details:
Standard Export Packing
Delivery Time:
2 Weeks For New Samples
Payment Terms:
Can Be Disscussed
Supply Ability:
20,000pcs / Day
Product Description
Automotive Shock Absorber Piston with Precision Hydraulic Control
XIAYI Shock Absorber Piston is a high-performance hydraulic damper component designed for automotive suspension systems, providing stable damping control, excellent wear resistance, and long-term operating reliability.
Manufactured by advanced powder metallurgy technology, the piston body uses high-strength Fe-C-Cu alloy material, offering excellent mechanical strength, dimensional stability, and fatigue resistance under continuous reciprocating impact.
As a critical internal component of hydraulic shock absorbers, the piston controls hydraulic oil flow between compression and rebound chambers. Its precision-designed oil ports and flow channels directly influence damping force, ride comfort, and vehicle handling performance.
XIAYI provides customized shock absorber piston solutions for different applications, including passenger vehicles, SUVs, commercial vehicles, and performance suspension systems.
Key Product Advantages
Stable Damping Performance
The piston is designed with optimized hydraulic flow channels and precision oil ports to achieve:
  • Consistent damping force output
  • Smooth compression and rebound response
  • Improved vehicle stability
  • Reduced suspension vibration
A high-quality piston design helps shock absorber manufacturers achieve better ride comfort and longer product service life.
High Strength Powder Metallurgy Structure
The piston body is manufactured using precision powder metallurgy technology. Advantages include:
  • High material density
  • Excellent wear resistance
  • Stable mechanical properties
  • Good dimensional consistency
  • Suitable for high-volume automotive production
The optimized Fe-C-Cu material system provides reliable performance under:
  • Continuous vibration
  • High-frequency reciprocating movement
  • Temperature variation
  • Long-term hydraulic pressure impact
Precision Oil Port Design
Different damping requirements require different piston structures. XIAYI supports customized designs including:
  • Symmetrical oil port piston
  • Full port piston
  • Multi-hole piston
  • Multi-groove piston
  • Customized hydraulic flow piston
The oil port design directly affects:
Design Factor Performance Impact
Oil hole size Controls damping force
Port distribution Influences pressure balance
Flow channel design Determines response speed
Machining accuracy Ensures consistency
Product Features
Product Name Shock Absorber Piston
Application Hydraulic Automotive Shock Absorber
Material Fe-C-Cu Powder Metallurgy Alloy
Manufacturing Process Pressing + Sintering + Precision Machining
Sintering Temperature Approx. 375℃
Surface Treatment Steam Treatment / Customized Treatment
Density Approx. 6.8 g/cm³
Color Silver / Black
Damping Type Symmetrical Force / Customized Design
Compatibility Passenger Cars, SUVs, Commercial Vehicles
Certification IATF16949:2016
Why Choose XIAYI Shock Absorber Piston?
Automotive Grade Manufacturing Capability
XIAYI has professional experience in:
  • Powder metallurgy components
  • Shock absorber internal parts
  • Precision automotive components
Strict Process Control
Customer Concern XIAYI Solution
Unstable damping performance Precision hydraulic design
Short service life High-strength powder metallurgy material
Batch inconsistency Automotive quality control system
Excessive wear Density and surface treatment control
Delivery reliability Large-scale production capability
Customized Engineering Support
XIAYI provides:
  • Product design optimization
  • Material selection
  • Prototype development
  • Sample validation
  • Mass production support
Frequently Asked Questions
Q1: What material is used for XIAYI Shock Absorber Piston?
The piston body is manufactured from Fe-C-Cu powder metallurgy material, providing high strength, wear resistance, and dimensional stability.
Q2: Can XIAYI provide customized piston designs?
Yes. XIAYI supports customized oil port designs, groove structures, dimensions, and damping requirements.
Q3: What vehicles can use XIAYI Shock Absorber Pistons?
The pistons are suitable for passenger cars, SUVs, commercial vehicles, and customized suspension systems.
Q4: How does XIAYI ensure product quality?
XIAYI applies automotive manufacturing controls including material inspection, density control, dimensional inspection, process monitoring, and final verification according to IATF16949 requirements.
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