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MOQ: | 1000 |
Price: | $0.5-2 |
Standard Packaging: | Wooden case |
Delivery Period: | 30 days |
Payment Method: | D/P,T/T,Western Union |
Supply Capacity: | 10000PCS/month |
Brass Automotive Parts, Fasteners, Limiters, Compression Washers And Forged Flange Bushings
Product Overview
Our CNC-machined carbon steel forgings are precision-crafted to meet the rigorous demands of automotive drivetrains, chassis systems, and emerging EV technologies. These high-strength components deliver exceptional durability, weight efficiency, and reliability across all vehicle classes - from compact cars to heavy-duty commercial vehicles.
Core Applications in Automotive Systems
1. Powertrain & Transmission Components
✔ Engine Critical Parts:
Forged crankshafts with micro-polished journals
Fracture-split connecting rods (weight tolerance ±1%)
High-wear camshafts with precision lobes
✔ Transmission Systems:
Gearbox synchronizer rings (Ra 0.4μm finish)
Billet-cut transmission gears (AGMA Q15 quality)
Shift fork assemblies with wear-resistant pads
2. Driveline & Axle Systems
✔ Differential Components:
Forged differential carriers (hardness 58-62 HRC)
Precision-ground axle shafts (±0.02mm runout)
CV joint housings with induction-hardened tracks
✔ 4WD/Transfer Case Parts:
Chain sprockets with case-hardened teeth
Transfer gear sets with shot-peened surfaces
3. Chassis & Suspension
✔ Steering Components:
Rack-and-pinion gear sets (zero-backlash)
Forged tie rod ends with PTFE-lined joints
✔ Suspension Hardware:
Control arms with optimized stiffness zones
Knuckle assemblies with integrated ABS sensor mounts
4. Electric Vehicle Systems
✔ BEV-Specific Components:
Motor shaft flanges with precision balancing features
Battery tray structural reinforcements
Regenerative braking system carriers
5. Commercial Vehicle Applications
✔ Heavy-Duty Truck Parts:
5th wheel mounting plates (Grade 120 steel)
Driveline yokes with 300,000 km service life
Technical Advantages for Automotive Engineering
✅ Weight Reduction: Hollow forging technology reduces mass by 15-25% vs solid counterparts
✅ Fatigue Resistance: Directional grain flow extends component life by 3-5X
✅ Thermal Management: Optimized heat treatment prevents warping in high-temp zones
✅ Corrosion Solutions: Zinc-nickel plating options for underbody components
FAQ
1. Material & Specifications
Q: What brass alloys do you use?
A: We primarily use C36000 (Free-Cutting Brass), C46400 (Naval Brass), and C37700 (Forging Brass) for optimal machinability, corrosion resistance, and strength.
Q: Are your parts lead-free/RoHS compliant?
A: Yes, we offer lead-free brass alloys meeting RoHS, REACH, and ELV directives for automotive use.
Q: What are the temperature limits?
A: Standard brass parts operate reliably in -30°C to +150°C; high-temp variants (e.g., C48500) available for up to +250°C.
2. Product Features
Q: Why choose brass for automotive fasteners?
A: Benefits include:
✔ Corrosion resistance (especially vs. salt/brake fluid)
✔ Non-sparking & non-magnetic properties
✔ Excellent thread durability for repeated assembly
Q: Do you offer anti-galling treatments?
A: Yes! Options include:
PTFE coating for reduced friction
Electroless nickel plating for wear resistance
Q: Can limiters/washers be customized?
A: Absolutely – we provide:
Custom thicknesses (0.5–10mm)
Special diameters/tolerances (±0.05mm)
Branding/laser marking
3. Performance & Testing
Q: What load capacities do your flange bushings support?
A: Varies by size, but typical ranges:
Axial load: 5–50 kN
Radial load: 3–30 kN
Q: How do you ensure quality?
A: Each batch undergoes:
✔ Dimensional checks (CMM/optical comparators)
✔ Salt spray testing (500+ hours for coated parts)
✔ Torque-tension validation for fasteners
Q: Are your parts compatible with OEM specs?
A: Yes – we replicate DIN, ISO, SAE, and JIS standards (e.g., DIN 934 nuts, ISO 4032 washers).
4. Ordering & Logistics
Q: What’s the MOQ?
A: 1,000 pieces (standard items), but negotiable for prototypes.
Q: What’s the lead time?
A:
Custom parts: 30–45 days (simple), 20–30 days (complex)
Q: How are parts packaged?
A: VCI anti-tarnish bags + carton boxes (bulk pallets available).
![]() |
MOQ: | 1000 |
Price: | $0.5-2 |
Standard Packaging: | Wooden case |
Delivery Period: | 30 days |
Payment Method: | D/P,T/T,Western Union |
Supply Capacity: | 10000PCS/month |
Brass Automotive Parts, Fasteners, Limiters, Compression Washers And Forged Flange Bushings
Product Overview
Our CNC-machined carbon steel forgings are precision-crafted to meet the rigorous demands of automotive drivetrains, chassis systems, and emerging EV technologies. These high-strength components deliver exceptional durability, weight efficiency, and reliability across all vehicle classes - from compact cars to heavy-duty commercial vehicles.
Core Applications in Automotive Systems
1. Powertrain & Transmission Components
✔ Engine Critical Parts:
Forged crankshafts with micro-polished journals
Fracture-split connecting rods (weight tolerance ±1%)
High-wear camshafts with precision lobes
✔ Transmission Systems:
Gearbox synchronizer rings (Ra 0.4μm finish)
Billet-cut transmission gears (AGMA Q15 quality)
Shift fork assemblies with wear-resistant pads
2. Driveline & Axle Systems
✔ Differential Components:
Forged differential carriers (hardness 58-62 HRC)
Precision-ground axle shafts (±0.02mm runout)
CV joint housings with induction-hardened tracks
✔ 4WD/Transfer Case Parts:
Chain sprockets with case-hardened teeth
Transfer gear sets with shot-peened surfaces
3. Chassis & Suspension
✔ Steering Components:
Rack-and-pinion gear sets (zero-backlash)
Forged tie rod ends with PTFE-lined joints
✔ Suspension Hardware:
Control arms with optimized stiffness zones
Knuckle assemblies with integrated ABS sensor mounts
4. Electric Vehicle Systems
✔ BEV-Specific Components:
Motor shaft flanges with precision balancing features
Battery tray structural reinforcements
Regenerative braking system carriers
5. Commercial Vehicle Applications
✔ Heavy-Duty Truck Parts:
5th wheel mounting plates (Grade 120 steel)
Driveline yokes with 300,000 km service life
Technical Advantages for Automotive Engineering
✅ Weight Reduction: Hollow forging technology reduces mass by 15-25% vs solid counterparts
✅ Fatigue Resistance: Directional grain flow extends component life by 3-5X
✅ Thermal Management: Optimized heat treatment prevents warping in high-temp zones
✅ Corrosion Solutions: Zinc-nickel plating options for underbody components
FAQ
1. Material & Specifications
Q: What brass alloys do you use?
A: We primarily use C36000 (Free-Cutting Brass), C46400 (Naval Brass), and C37700 (Forging Brass) for optimal machinability, corrosion resistance, and strength.
Q: Are your parts lead-free/RoHS compliant?
A: Yes, we offer lead-free brass alloys meeting RoHS, REACH, and ELV directives for automotive use.
Q: What are the temperature limits?
A: Standard brass parts operate reliably in -30°C to +150°C; high-temp variants (e.g., C48500) available for up to +250°C.
2. Product Features
Q: Why choose brass for automotive fasteners?
A: Benefits include:
✔ Corrosion resistance (especially vs. salt/brake fluid)
✔ Non-sparking & non-magnetic properties
✔ Excellent thread durability for repeated assembly
Q: Do you offer anti-galling treatments?
A: Yes! Options include:
PTFE coating for reduced friction
Electroless nickel plating for wear resistance
Q: Can limiters/washers be customized?
A: Absolutely – we provide:
Custom thicknesses (0.5–10mm)
Special diameters/tolerances (±0.05mm)
Branding/laser marking
3. Performance & Testing
Q: What load capacities do your flange bushings support?
A: Varies by size, but typical ranges:
Axial load: 5–50 kN
Radial load: 3–30 kN
Q: How do you ensure quality?
A: Each batch undergoes:
✔ Dimensional checks (CMM/optical comparators)
✔ Salt spray testing (500+ hours for coated parts)
✔ Torque-tension validation for fasteners
Q: Are your parts compatible with OEM specs?
A: Yes – we replicate DIN, ISO, SAE, and JIS standards (e.g., DIN 934 nuts, ISO 4032 washers).
4. Ordering & Logistics
Q: What’s the MOQ?
A: 1,000 pieces (standard items), but negotiable for prototypes.
Q: What’s the lead time?
A:
Custom parts: 30–45 days (simple), 20–30 days (complex)
Q: How are parts packaged?
A: VCI anti-tarnish bags + carton boxes (bulk pallets available).