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Precision Waterjet Cutting Services Stainless Steel Bearing Rings HRC 58-60 Hardness

Precision Waterjet Cutting Services Stainless Steel Bearing Rings HRC 58-60 Hardness

MOQ: 1PCS
Standard Packaging: Standard Export Package
Detail Information
Place of Origin
CHINA
Brand Name
JIMAFor
Certification
ISO9001-2008,SGS,ROHS.
Product Name:
Precision Waterjet-Cut Stainless Steel Bearing Rings (440C) | ±0.05mm Tolerance | HRC 58-60 Hardness
Sample:
Free Supply
Applications:
Marine & Offshore: Propulsion Systems, Saltwater-resistant Assemblies. Medical Devices: Precision Surgical Tools, Imaging Equipment. Energy: Wind Turbine Bearings, Oil & Gas Drilling Components.
Manufacturing Processes:
Waterjet Cutting,Heat Treatment,Precision Machining
Highlight:

Precision Waterjet Cutting Services

,

Stainless Steel Bearing Rings

,

HRC 58 Bearing Rings

Product Description

Precision Waterjet Cut Stainless Steel Bearing Rings (440C) ±0.05mm Tolerance HRC 58-60 Hardness​

 

1, Product Overview:Our Waterjet-Cut Stainless Steel Bearing Rings are engineered for high-performance applications demanding extreme precision, durability, and resistance to harsh environments. Crafted from premium 440C stainless steel and manufactured using advanced waterjet cutting technology, these bearing rings are ideal for critical industrial, automotive, aerospace, and marine applications. With an ultra-tight inner diameter tolerance of ±0.05mm and exceptional hardness (HRC 58-60),

 

2, Features & Performance Specifications

Superior Material Properties

Material: 440C Martensitic Stainless Steel

Hardness: HRC 58-60 (Heat-Treated for Optimal Wear Resistance)

Corrosion Resistance: Excellent resistance to rust, oxidation, and chemical exposure, suitable for humid, marine, or high-stress environments.

Strength: High tensile strength (up to 1,900 MPa) and fatigue resistance for heavy-load applications.

Precision Manufacturing • Inner Diameter Tolerance: ±0.05mm . • Outer Diameter & Thickness Tolerance: Customizable to ±0.1mm . • Process: Waterjet cutting technology eliminates thermal distortion, ensuring burr-free edges and dimensional stability. • Surface Finish: Smooth, polished surfaces (Ra ≤0.8μm) to minimize friction and wear.

Technical Specifications

Size Range: Customizable from 20mm to 500mm inner diameter.

Standards Compliance: ISO 9001, ASTM A276, RoHS.

 

3, Core Advantages

Unmatched Precision

Waterjet cutting guarantees micron-level accuracy (±0.05mm ID tolerance), critical for high-speed bearings and precision machinery.

✅ Zero Heat-Affected Zone (HAZ)

Unlike laser or plasma cutting, waterjet technology prevents thermal stress, preserving the material’s integrity and hardness.

✅ Exceptional Durability

440C stainless steel’s HRC 58-60 hardness ensures resistance to abrasion, galling, and deformation under extreme load

✅ Fast Turnaround & Customization

Flexible production for small to large batches, with rapid prototyping and tailored dimensions.

✅ Eco-Friendly Process

Waterjet cutting uses minimal waste and no hazardous emissions, aligning with global sustainability standards.

 

4, Applications

Our bearing rings are trusted in industries requiring reliability under stress:

Aerospace: Landing gear systems, turbine components.

Automotive: High-performance engines, transmission systems.

Industrial Machinery: Robotics, CNC equipment, hydraulic presses.

Marine & Offshore: Propulsion systems, saltwater-resistant assemblies.

Medical Devices: Precision surgical tools, imaging equipment.

Energy: Wind turbine bearings, oil & gas drilling components.

 

5, Certifications & Compliance

ISO 9001:2015 Certified Manufacturing

Material Test Reports (MTRs) Available

RoHS & REACH Compliant

 

6, Manufacturing Processes

Process Stage Technical Content Purpose
1. Waterjet Cutting Ultra-high-pressure waterjet (6,000 Bar) with abrasives cuts plates/bars into ring blanks. Rapid near-net shaping, achieving ±0.1mm initial accuracy with no thermal deformation.
2. Heat Treatment Vacuum quenching (1,040-1,060°C) + Low-temperature tempering (150-370°C). Achieve target hardness (HRC 58-60) and eliminate internal stresses.
3. Precision Machining CNC grinding machines for inner diameter finishing (±0.05mm tolerance) + polishing (Ra ≤0.8μm). Finalize dimensional accuracy and surface smoothness for seamless assembly.

 

 

7, Comparison with Traditional Process Chains

 

Process Type Typical Process Application Scenarios Limitations (vs. This Product)
Forging + Machining Forging blank → Rough machining → Heat treatment → Finishing High-strength components in mass production (e.g., gears, shafts) Large heat-affected zone, difficult tolerance control (±0.1mm or above), high cost
Casting + Machining Casting → Sand cleaning → Heat treatment → Finishing Complex-shaped components (e.g., casings, brackets) Risk of porosity, rough surface, low precision (±0.2mm or above)
Stamping + Machining Stamping → Deburring → Finishing Thin-walled parts and standardized components (e.g., gaskets, flanges) Suitable only for simple shapes, high mold cost, limited material hardness
This Product's Process Waterjet cutting → Heat treatment → Precision machining High-hardness, high-precision, small-batch customized components Advantages: No thermal deformation, ±0.05mm tolerance, hardness retention

 

products
PRODUCTS DETAILS
Precision Waterjet Cutting Services Stainless Steel Bearing Rings HRC 58-60 Hardness
MOQ: 1PCS
Standard Packaging: Standard Export Package
Detail Information
Place of Origin
CHINA
Brand Name
JIMAFor
Certification
ISO9001-2008,SGS,ROHS.
Product Name:
Precision Waterjet-Cut Stainless Steel Bearing Rings (440C) | ±0.05mm Tolerance | HRC 58-60 Hardness
Sample:
Free Supply
Applications:
Marine & Offshore: Propulsion Systems, Saltwater-resistant Assemblies. Medical Devices: Precision Surgical Tools, Imaging Equipment. Energy: Wind Turbine Bearings, Oil & Gas Drilling Components.
Manufacturing Processes:
Waterjet Cutting,Heat Treatment,Precision Machining
Minimum Order Quantity:
1PCS
Packaging Details:
Standard Export Package
Highlight

Precision Waterjet Cutting Services

,

Stainless Steel Bearing Rings

,

HRC 58 Bearing Rings

Product Description

Precision Waterjet Cut Stainless Steel Bearing Rings (440C) ±0.05mm Tolerance HRC 58-60 Hardness​

 

1, Product Overview:Our Waterjet-Cut Stainless Steel Bearing Rings are engineered for high-performance applications demanding extreme precision, durability, and resistance to harsh environments. Crafted from premium 440C stainless steel and manufactured using advanced waterjet cutting technology, these bearing rings are ideal for critical industrial, automotive, aerospace, and marine applications. With an ultra-tight inner diameter tolerance of ±0.05mm and exceptional hardness (HRC 58-60),

 

2, Features & Performance Specifications

Superior Material Properties

Material: 440C Martensitic Stainless Steel

Hardness: HRC 58-60 (Heat-Treated for Optimal Wear Resistance)

Corrosion Resistance: Excellent resistance to rust, oxidation, and chemical exposure, suitable for humid, marine, or high-stress environments.

Strength: High tensile strength (up to 1,900 MPa) and fatigue resistance for heavy-load applications.

Precision Manufacturing • Inner Diameter Tolerance: ±0.05mm . • Outer Diameter & Thickness Tolerance: Customizable to ±0.1mm . • Process: Waterjet cutting technology eliminates thermal distortion, ensuring burr-free edges and dimensional stability. • Surface Finish: Smooth, polished surfaces (Ra ≤0.8μm) to minimize friction and wear.

Technical Specifications

Size Range: Customizable from 20mm to 500mm inner diameter.

Standards Compliance: ISO 9001, ASTM A276, RoHS.

 

3, Core Advantages

Unmatched Precision

Waterjet cutting guarantees micron-level accuracy (±0.05mm ID tolerance), critical for high-speed bearings and precision machinery.

✅ Zero Heat-Affected Zone (HAZ)

Unlike laser or plasma cutting, waterjet technology prevents thermal stress, preserving the material’s integrity and hardness.

✅ Exceptional Durability

440C stainless steel’s HRC 58-60 hardness ensures resistance to abrasion, galling, and deformation under extreme load

✅ Fast Turnaround & Customization

Flexible production for small to large batches, with rapid prototyping and tailored dimensions.

✅ Eco-Friendly Process

Waterjet cutting uses minimal waste and no hazardous emissions, aligning with global sustainability standards.

 

4, Applications

Our bearing rings are trusted in industries requiring reliability under stress:

Aerospace: Landing gear systems, turbine components.

Automotive: High-performance engines, transmission systems.

Industrial Machinery: Robotics, CNC equipment, hydraulic presses.

Marine & Offshore: Propulsion systems, saltwater-resistant assemblies.

Medical Devices: Precision surgical tools, imaging equipment.

Energy: Wind turbine bearings, oil & gas drilling components.

 

5, Certifications & Compliance

ISO 9001:2015 Certified Manufacturing

Material Test Reports (MTRs) Available

RoHS & REACH Compliant

 

6, Manufacturing Processes

Process Stage Technical Content Purpose
1. Waterjet Cutting Ultra-high-pressure waterjet (6,000 Bar) with abrasives cuts plates/bars into ring blanks. Rapid near-net shaping, achieving ±0.1mm initial accuracy with no thermal deformation.
2. Heat Treatment Vacuum quenching (1,040-1,060°C) + Low-temperature tempering (150-370°C). Achieve target hardness (HRC 58-60) and eliminate internal stresses.
3. Precision Machining CNC grinding machines for inner diameter finishing (±0.05mm tolerance) + polishing (Ra ≤0.8μm). Finalize dimensional accuracy and surface smoothness for seamless assembly.

 

 

7, Comparison with Traditional Process Chains

 

Process Type Typical Process Application Scenarios Limitations (vs. This Product)
Forging + Machining Forging blank → Rough machining → Heat treatment → Finishing High-strength components in mass production (e.g., gears, shafts) Large heat-affected zone, difficult tolerance control (±0.1mm or above), high cost
Casting + Machining Casting → Sand cleaning → Heat treatment → Finishing Complex-shaped components (e.g., casings, brackets) Risk of porosity, rough surface, low precision (±0.2mm or above)
Stamping + Machining Stamping → Deburring → Finishing Thin-walled parts and standardized components (e.g., gaskets, flanges) Suitable only for simple shapes, high mold cost, limited material hardness
This Product's Process Waterjet cutting → Heat treatment → Precision machining High-hardness, high-precision, small-batch customized components Advantages: No thermal deformation, ±0.05mm tolerance, hardness retention