Automotive
Yi-Chen Industrial is a Taiwan-based aluminum forged auto parts supplier serving automotive AM and aftermarket brands worldwide. From brake calipers and connecting rods to drive shaft yokes and AC system fittings, our components are forged from 6061-T6, 6082-T6, 2014-T4, and 6063-T6 aluminum alloys — precision blanks ready for CNC machining and final assembly.
As EV lightweight parts aluminum forging becomes a critical requirement for next-generation vehicles, Yi-Chen supports electric vehicle component development alongside traditional powertrain applications. Our forged aluminum suspension components and braking parts meet the structural integrity demands of both ICE and EV platforms.
All production is tracked in real time via our in-house MES/ERP system, delivering full lot traceability — a standard expected by automotive supply chains. With 20+ years of forging experience, we support programs from prototype through mass production.
Our Automotive Forging Products
• Drive Shaft Yokes
Forged aluminum drive shaft yokes for automotive driveline systems. Manufactured from high-strength 6061-T6 aluminum alloy, balancing lightweight performance with durability and fatigue resistance under cyclic torsional loads.
Alloy: 6061-T6 / 7000 series available | Supply condition: Forged blank, semi-finished parts
Applications: Automotive driveline, performance aftermarket, EV drivetrain
• Drive System — Connecting Rod
Forged connecting rods for engines and powertrain systems. Superior continuous grain flow provides higher fatigue resistance and safety margins at high RPM compared to cast alternatives.
Alloy: 6061-T6 / 7075-T6 | Supply condition: Forged blank, semi-finished parts
Applications: Automotive OEM engines, performance and racing, industrial power units
• Brake System — Brake Calipers
Aluminum alloy forged brake caliper blanks for automotive braking systems. Hot forging aligns grain flow with the caliper structure, significantly improving strength and safety under extreme braking conditions.
Alloy: 6061, 6066, 6082 | Supply condition: Forged blank, semi-finished parts
Applications: Passenger cars, performance vehicles, EV braking systems, motorsports
• Brake System — Car Brake Pedals
6061-T6 forged aluminum brake pedals offering excellent strength-to-weight ratio, corrosion resistance, and dimensional consistency for precision fitment.
Alloy: 6061-T6 | Supply condition: Forged blank
Custom designs: Available from 2D or 3D drawings
• AC System — Air-conditioning Pipe Fittings
6063-T6 aluminum pipe fittings and components for automotive air-conditioning systems. Forged for optimal performance under high-pressure and high-temperature conditions.
Alloy: 6063-T6 | Supply condition: Forged blanks for secondary machining
• Other Parts — Oil Filter Wrench
Forged aluminum oil filter wrench blanks designed for Toyota and Lexus applications. High torque resistance and dense grain structure for long service life in professional and aftermarket tool programs.
Alloy: 6061 | Supply condition: Forged blanks for secondary machining
Aluminum Forging for Electric Vehicles (EV)
As the automotive industry transitions to electric powertrains, lightweight structural components are critical for range optimization and performance.
Yi-Chen supplies forged aluminum EV components including:
• Brake caliper blanks for regenerative braking systems
• Structural brackets and mounting hardware
• Drive shaft yokes for electric drivetrain applications
• Suspension and chassis components requiring high fatigue resistance
Our EV lightweight parts aluminum forging capability uses high-strength 7075 and 6082 series alloys to meet the weight and durability targets of modern EV platforms.
Discuss your EV forging requirements →
Why Forged vs. Cast for Automotive Parts?
| Factor | Forged Aluminum | Cast Aluminum |
|---|---|---|
| Internal grain structure | Continuous, aligned | Porous, random |
| Fatigue resistance | High — critical for safety parts | Limited |
| Strength-to-weight | Optimized | Moderate |
| CNC machinability | Consistent, predictable | Variable |
| Suitable for safety components | Yes | Conditional |
For brake calipers, connecting rods, and suspension components — parts subject to high cyclic loading — forging is the manufacturing process of choice in both OEM and performance aftermarket applications.
About YC Forge
YC Forge (義晟工業) is a dedicated aluminum alloy forging manufacturer based in Taichung, Taiwan. Core in-house processes are forging forming and sandblasting/packaging. The factory holds ISO 9001:2015 certification. Heat treatment, CNC machining, and anodizing are executed by long-term dedicated subcontractors. Primary customers include automotive, motorcycle, bicycle, and aftermarket parts businesses. MES/QMS systems ensure complete batch process data traceability and lot-level quality management. 20+ years of forging experience.
Taiwan-made forging · MES quality traceability · Automotive & EV ready
Frequently Asked Questions
Q: What aluminum alloys do you use for automotive forging?
We work with 6061-T6, 6082-T6, 6063-T6, and 2014-T4 depending on the application. For high-stress parts like connecting rods and drive shaft yokes, 7075-T6 is also available.
Q: Do you supply forged blanks or finished machined parts?
We primarily supply forged blanks ready for CNC machining. Heat treatment and surface finishing are coordinated through our audited partner network.
Q: Can you manufacture aluminum brake calipers for EV applications?
Yes. Our aluminum caliper forgings are suitable for both conventional hydraulic and regenerative braking systems. We support custom tooling development from your 2D or 3D drawings.
Q: How do you ensure quality traceability for automotive supply chains?
Every production lot is tracked in real time through our in-house MES/ERP system, providing full process and material traceability documentation with each shipment.
Q: What is your minimum order quantity (MOQ)?
MOQ varies by part geometry and tooling requirements. Contact us with your drawings and annual volume target for a tailored production plan.
Contact us to discuss your automotive forging requirements →
Engineering team will respond to your inquiry as soon as possible.
Yi-Chen Industrial manufactures forged aluminum drive shaft yokes for automotive driveline systems, serving OEM manufacturers and aftermarket performance brands worldwide. Our yokes are produced from high-strength 6061-T6 aluminum alloy — balancing lightweight performance with the fatigue resistance required for cyclic torsional loading in powertrain applications.
As a Taiwan-based aluminum driveline forging supplier, we deliver precision forged blanks ready for CNC machining to your final driveline specification. All production lots are tracked in real time via our in-house MES/ERP system, providing full traceability documentation with every shipment.
Product Overview
Forged Aluminum Drive Shaft Yoke
Drive shaft yokes serve as the critical interface between driveline shafts and universal joints (U-joints), enabling:
• Effective torque transmission from transmission to wheels
• Angular movement accommodation under suspension dynamic loads
• Reliable coupling with U-joints for smooth drivetrain operation
These components operate under continuous cyclic torsional and shear stress — making grain-aligned forging the preferred manufacturing process over casting for structural integrity.
Alloy options: 6061-T6 (standard) | 7000 series (high-load applications, on request)
Forging process: Hot forging / Warm forging
Supply condition: Forged blanks, semi-finished parts
Secondary processing: CNC machining, heat treatment, surface finishing coordinated through partner network
Custom tooling: Available from 2D or 3D drawings
Why Forged Aluminum for Drive Shaft Yokes?
| Property | Forged 6061-T6 | Cast Aluminum | Steel |
|---|---|---|---|
| Grain structure | Continuous, aligned with geometry | Random, interrupted | N/A |
| Fatigue resistance | High — cyclic torsional loads | Limited | High |
| Strength-to-weight | Optimized | Moderate | Heavy |
| CNC machinability | Consistent, predictable | Variable | Harder |
| Corrosion resistance | Good | Good | Requires coating |
The continuous grain flow produced by forging aligns with the yoke geometry — maintaining structural integrity at the U-joint interfaces and slip spline interfaces where stress concentrations are highest.
Material & Technical Specifications
| Parameter | Detail |
|---|---|
| Standard alloy | 6061-T6 |
| High-load option | 7000 series (custom) |
| Forging process | Hot forging / Warm forging |
| Supply condition | Forged blank / semi-finished |
| Secondary processes | Via audited partner network |
| Quality system | MES/ERP real-time lot tracking |
| Certification | ISO 9001:2015 |
Applications
Our forged drive shaft yokes are suited for:
• Automotive OEM driveline assembly
• Performance and aftermarket driveline replacement programs
• Electric vehicle (EV) drivetrain components requiring lightweight structural parts
• Off-road and high-load driveline applications
About YC Forge
YC Forge (義晟工業) is a dedicated aluminum alloy forging manufacturer based in Taichung, Taiwan. Core in-house processes are forging forming and sandblasting/packaging. The factory holds ISO 9001:2015 certification. Heat treatment, CNC machining, and anodizing are executed by long-term dedicated subcontractors. Primary customers include automotive, motorcycle, bicycle, and aftermarket parts businesses. MES/QMS systems ensure complete batch process data traceability and lot-level quality management. 20+ years of forging experience.
Frequently Asked Questions
Q: What aluminum alloy do you use for drive shaft yoke forging?
Our standard alloy is 6061-T6, selected for its combination of tensile strength, fatigue resistance, and CNC machinability. For higher-load applications requiring greater tensile strength, 7000-series alloys are available upon request.
Q: Do you supply forged blanks or finished machined yokes?
We supply precision forged blanks ready for CNC machining to your final specification. Heat treatment and surface finishing are coordinated through our audited partner network.
Q: Can you produce yokes from customer-supplied drawings?
Yes. Submit 2D or 3D drawings (forging blank or finished part geometry) and our engineering team will assess forging feasibility, advise on tooling design, and provide a production quote.
Q: How do you ensure dimensional consistency across production lots?
All production is tracked via our in-house MES/ERP system with real-time equipment monitoring. Critical process parameters are recorded per lot, with full traceability documentation provided per shipment.
Q: What is the lead time for a new forging program?
Lead time depends on tooling complexity. Typical tooling development (DR1 through DR3 first article) runs 6–10 weeks. Contact us with your drawings for a project-specific timeline.
Contact us to discuss your drive shaft yoke forging requirements →
Engineering team will respond to your inquiry as soon as possible.
Yi-Chen Industrial manufactures forged aluminum connecting rods for performance engines, racing powertrains, and industrial power units. Connecting rods operate under some of the most demanding cyclic loading conditions in any powertrain — making material integrity and consistent grain structure non-negotiable.
Our connecting rods are produced from 6061-T6 and 7075-T6 aluminum alloys using hot forging and warm forging processes, delivering superior fatigue resistance compared to cast alternatives. All production lots are tracked via our in-house MES/ERP system with full traceability documentation.
Product Overview
Forged Connecting Rod — Engine & Powertrain Applications
The connecting rod links the piston to the crankshaft, converting reciprocating combustion force into rotational power. It endures:
• Tensile, compressive, and bending stresses simultaneously
• High-cycle fatigue at elevated RPM
• Thermal cycling under combustion temperatures
Structural reliability of the connecting rod directly determines engine durability and performance ceiling. Forging — not casting — is the manufacturing standard for high-performance and OEM engine connecting rods.
Alloy options: 6061-T6 | 7075-T6 (high-performance applications)
Forging process: Hot forging / Warm forging
Supply condition: Forged blanks, semi-finished parts
Secondary processing: CNC machining, heat treatment, surface finishing coordinated through partner network
Custom tooling: Available from 2D or 3D drawings
Why Forged vs. Cast Connecting Rods?
| Property | Forged Aluminum | Cast Aluminum |
|---|---|---|
| Internal porosity | Near-zero | Present — variable |
| Grain continuity | Aligned along rod geometry | Random |
| Fatigue life at high RPM | High | Significantly lower |
| Tensile strength consistency | Lot-to-lot consistent | Variable |
| Safety margin at racing loads | Adequate | Insufficient for performance use |
For performance and racing applications where rod failure means catastrophic engine damage, forging is the only acceptable manufacturing method.
Alloy Selection Guide
| Application | Recommended Alloy | Key Property |
|---|---|---|
| Street performance engines | 6061-T6 | Good fatigue life, excellent machinability |
| Racing / high-RPM engines | 7075-T6 | Maximum tensile strength, superior fatigue resistance |
| Industrial power units | 6061-T6 | Cost-effective, reliable under moderate cyclic loads |
Material & Technical Specifications
| Parameter | Detail |
|---|---|
| Standard alloy | 6061-T6 |
| Performance alloy | 7075-T6 |
| Forging process | Hot forging / Warm forging |
| Supply condition | Forged blank / semi-finished |
| Secondary processes | Via audited partner network |
| Quality system | MES/ERP real-time lot tracking |
| Certification | ISO 9001:2015 |
Applications
Our forged connecting rods serve:
• Performance and racing engine builders
• Automotive OEM powertrain programs
• Motorcycle high-performance engine rebuilds
• Industrial power units and specialized mechanical systems
• Prototype engine development programs
About YC Forge
YC Forge (義晟工業) is a dedicated aluminum alloy forging manufacturer based in Taichung, Taiwan. Core in-house processes are forging forming and sandblasting/packaging. The factory holds ISO 9001:2015 certification. Heat treatment, CNC machining, and anodizing are executed by long-term dedicated subcontractors. Primary customers include automotive, motorcycle, and performance aftermarket parts businesses. MES/QMS systems ensure complete batch process data traceability and lot-level quality management. 20+ years of forging experience.
Frequently Asked Questions
Q: What alloys do you use for connecting rod forging?
We use 6061-T6 for standard performance applications and 7075-T6 for high-RPM racing engines where maximum tensile strength is required. Alloy selection is advised based on your application's RPM range, load cycle, and thermal environment.
Q: Do you supply forged blanks or finished connecting rods?
We supply precision forged blanks. CNC machining, heat treatment, and surface finishing are coordinated through our audited partner network upon request.
Q: Is forging better than casting for connecting rods?
Yes for performance applications. Forging eliminates internal porosity and produces a continuous grain structure aligned with the rod geometry — critical for fatigue resistance under high-cycle loading. Cast connecting rods are not used in performance or racing engines for this reason.
Q: Can you develop tooling from customer drawings?
Yes. Submit 2D or 3D drawings and our engineering team will assess forging feasibility, develop tooling, and deliver first articles (DR3) for your dimensional validation before committing to volume production.
Q: What documentation do you provide with shipments?
Full lot traceability via our MES/ERP system, including material composition certificates and process parameter records per shipment.
Contact us to discuss your connecting rod forging requirements →
Engineering team will respond to your inquiry as soon as possible.
Yi-Chen Industrial manufactures forged aluminum oil filter wrench blanks designed specifically for Toyota and Lexus oil filter applications. Our forged blanks provide the torque resistance, dimensional stability, and surface finish consistency required by professional tool OEMs and aftermarket oil change tool brands.
Forged construction delivers a dense, porosity-free grain structure — critical for components subject to repeated high-torque application in maintenance environments. All blanks are supplied ready for secondary machining and finishing to your brand specification.
Product Overview
Forged Aluminum Oil Filter Wrench Blank — Toyota / Lexus Cap Style
Oil filter wrenches must apply sufficient torque in confined engine bays while maintaining structural integrity across thousands of use cycles. Forged aluminum blanks outperform cast alternatives in torque resistance and long-term durability.
Vehicle compatibility: Toyota / Lexus
Tool type: Oil Filter Wrench — Cap style
Alloy: 6061 aluminum
Supply condition: Forged blanks for secondary CNC machining and surface finishing
Custom tooling: Available based on drawings or brand-specific socket requirements
Why Forged Aluminum for Wrench Blanks?
| Property | Forged 6061 | Cast Aluminum |
|---|---|---|
| Torque resistance | High — dense grain structure | Lower — porosity reduces strength |
| Dimensional consistency | Tight lot-to-lot tolerance | Variable |
| Surface finish for machining | Predictable, uniform | Variable |
| Long-term durability | High cycle life | More prone to fatigue cracking |
| Mass production consistency | Consistent | Variable |
For professional garage tools and aftermarket maintenance equipment, forged blanks ensure the structural performance that end users and tool brand customers expect.
Target Markets
Our forged oil filter wrench blanks serve:
• Automotive tool OEM manufacturers
• Aftermarket oil change tool brands (private label programs)
• Professional garage equipment suppliers
• Wholesale tool distributors requiring Toyota/Lexus fitment
Material & Technical Specifications
| Parameter | Detail |
|---|---|
| Alloy | 6061 aluminum |
| Tool type | Cap-style oil filter wrench |
| Vehicle fitment | Toyota / Lexus oil filters |
| Supply condition | Forged blank |
| Secondary processes | CNC machining, surface finishing via partner network |
| Quality system | MES/ERP real-time lot tracking |
| Certification | ISO 9001:2015 |
About YC Forge
YC Forge (義晟工業) is a dedicated aluminum alloy forging manufacturer based in Taichung, Taiwan. Core in-house processes are forging forming and sandblasting/packaging. The factory holds ISO 9001:2015 certification. Heat treatment, CNC machining, and anodizing are executed by long-term dedicated subcontractors. Primary customers include automotive tool OEM, aftermarket tool brands, and hardware manufacturers. MES/QMS systems ensure complete batch process data traceability and lot-level quality management. 20+ years of forging experience.
Frequently Asked Questions
Q: What vehicle fitment is this oil filter wrench blank designed for?
This blank is designed for Toyota and Lexus oil filter applications using a cap-style wrench configuration. If you require fitment for other vehicle brands, submit your socket geometry drawings for a custom forging assessment.
Q: What alloy do you use for the wrench blank?
6061 aluminum alloy. It provides the torque resistance, machinability, and surface finish consistency required for professional-grade maintenance tools.
Q: Do you supply finished wrenches or forged blanks?
We supply forged blanks ready for CNC machining and surface finishing. This allows tool brand customers to apply their own machining tolerances, branding, and surface treatments.
Q: Can you produce custom socket geometries for other oil filter types?
Yes. Submit 2D or 3D drawings for your target vehicle fitment and we will assess forging feasibility and provide a tooling quote.
Q: What quality documentation is included with shipments?
Full lot traceability records via our MES/ERP system, including material certificates and process parameter records per shipment.
Contact us to discuss your oil filter wrench blank requirements →
Engineering team will respond to your inquiry as soon as possible.
Yi-Chen Industrial manufactures forged aluminum brake caliper blanks for automotive braking systems — serving performance aftermarket brake brands, EV brake system manufacturers, and motorsports component suppliers worldwide.
As an aluminum caliper forging manufacturer in Taiwan, we supply hot-forged caliper blanks in 6061, 6066, and 6082 aluminum alloys. Hot forging aligns the aluminum grain flow with the caliper structure, producing the strength, fatigue resistance, and dimensional consistency required for safety-critical brake components.
All production is tracked via our in-house MES/ERP system, with full lot traceability documentation provided per shipment. With 20+ years of aluminum forging experience, we support brake caliper programs from prototype through volume production.
Product Overview
Aluminum Alloy Forged Brake Caliper Blank
Brake calipers apply clamping force to brake pads under high hydraulic pressure and thermal loading — conditions that expose material weaknesses in cast components. Forged calipers eliminate the internal porosity present in casting, providing:
• Consistent wall thickness and piston bore geometry for accurate CNC machining
• Superior fatigue resistance under repeated high-pressure braking cycles
• Tighter dimensional tolerance for reliable pad-to-rotor alignment
Alloy options: 6061 | 6066 | 6082 (selected by caliper geometry and load requirements)
Forging process: Hot forging
Supply condition: Forged blanks, semi-finished parts
Secondary processing: CNC machining, heat treatment (T6), surface finishing (anodizing, blasting) via partner network
Custom tooling: Available from 2D or 3D drawings
Forged vs. Cast Brake Calipers
| Property | Forged Aluminum | Cast Aluminum |
|---|---|---|
| Internal porosity | Near-zero | Present — variable |
| Grain structure | Aligned with caliper geometry | Random |
| Fatigue resistance | High — repeated braking cycles | Lower |
| Piston bore consistency | Tight tolerance | Variable |
| Safety-critical reliability | Preferred for performance use | Limited to low-load applications |
| Surface treatment adhesion | Uniform | Variable |
For performance, motorsport, and EV braking systems where brake failure is not an option, forged calipers are the industry standard.
Alloy Selection by Application
| Alloy | Recommended Use |
|---|---|
| 6061 | Standard passenger car and aftermarket brake calipers |
| 6066 | Higher-strength applications; improved fatigue life over 6061 |
| 6082 | Performance and motorsport calipers requiring maximum structural strength |
Applications
Our forged brake caliper blanks serve:
• Performance and aftermarket brake brands (street and track)
• Electric vehicle (EV) brake system manufacturers (including regenerative braking)
• Motorsports and high-load braking applications
• Automotive OEM brake component development programs
About YC Forge
YC Forge (義晟工業) is a dedicated aluminum alloy forging manufacturer based in Taichung, Taiwan. Core in-house processes are forging forming and sandblasting/packaging. The factory holds ISO 9001:2015 certification. Heat treatment, CNC machining, and anodizing are executed by long-term dedicated subcontractors. Primary customers include automotive brake brands, motorsport suppliers, and aftermarket performance parts businesses. MES/QMS systems ensure complete batch process data traceability and lot-level quality management. 20+ years of forging experience.
Frequently Asked Questions
Q: What alloys do you offer for brake caliper forging?
We supply caliper blanks in 6061, 6066, and 6082 aluminum alloys. 6082 is recommended for high-performance and motorsport applications requiring maximum fatigue resistance. 6061 suits standard aftermarket and street-use calipers. We advise on alloy selection based on your caliper geometry and target load rating.
Q: Do you supply forged blanks or finished machined calipers?
We supply precision forged blanks. CNC machining, heat treatment (T6), and surface finishing (anodizing, sandblasting) are coordinated through our audited partner network.
Q: Are your caliper blanks suitable for EV regenerative braking systems?
Yes. Our forged aluminum caliper blanks are dimensionally and structurally suitable for both conventional hydraulic and regenerative EV braking systems. We support custom tooling development for EV-specific caliper geometries.
Q: Can you produce monoblock caliper blanks?
Yes. Monoblock caliper geometry is forging-compatible. Submit your 2D or 3D drawings for a feasibility assessment and tooling quote.
Q: What quality documentation do you provide?
Full lot traceability via our MES/ERP system, including material composition certificates, process parameter records, and heat treatment records (coordinated through our partner network) per shipment.
Contact us to discuss your brake caliper forging requirements →
Engineering team will respond to your inquiry as soon as possible.
Yi-Chen Industrial manufactures forged aluminum brake pedal blanks for automotive OEM manufacturers and aftermarket pedal brands. Our brake pedals are produced from 6061-T6 aluminum alloy — providing the structural rigidity, dimensional accuracy, and surface finish consistency required for precision pedal assembly and CNC machining.
As a Taiwan-based aluminum brake pedal forging supplier, we deliver forged blanks ready for your in-house machining and assembly operations, supporting both standard production programs and custom pedal geometries from customer drawings.
Product Overview
Forged Aluminum Brake Pedal — 6061-T6
Brake pedals transmit driver input force to the master cylinder under dynamic loading — requiring consistent dimensional accuracy and long-term fatigue resistance across the pedal arm geometry.
Alloy: 6061-T6
Forging process: Hot forging
Supply condition: Forged blank ready for CNC machining
Secondary processing: Surface finishing (anodizing, sandblasting) via partner network
Custom tooling: Available from 2D or 3D drawings
Material Advantages — 6061-T6 for Brake Pedals
| Property | 6061-T6 Forged | Cast Aluminum |
|---|---|---|
| Strength-to-weight ratio | High | Moderate |
| Fatigue life | Long — cyclic pedal loading | Shorter |
| Dimensional consistency | Tight lot-to-lot | Variable |
| CNC machinability | Predictable, consistent | Variable |
| Surface treatment adhesion | Uniform | Variable |
| Corrosion resistance | Excellent | Good |
6061-T6 aluminum is the industry-standard alloy for automotive structural components requiring a reliable combination of strength, machinability, and corrosion resistance.
Custom Design Capability
Yi-Chen develops custom brake pedal forging tooling from customer-supplied drawings. Supported design inputs:
• 2D engineering drawings (forging blank or finished part)
• 3D CAD files (STEP, IGES, or SolidWorks format)
Our engineering team reviews geometry for forging feasibility and advises on any draft angle or fillet radius adjustments required for the forging process before tooling commitment.
Applications
Our forged brake pedal blanks serve:
• Automotive OEM pedal assembly programs
• Aftermarket performance pedal brands
• Custom pedal fabricators requiring high-quality forged substrates
• Fleet vehicle and commercial vehicle pedal programs
About YC Forge
YC Forge (義晟工業) is a dedicated aluminum alloy forging manufacturer based in Taichung, Taiwan. Core in-house processes are forging forming and sandblasting/packaging. The factory holds ISO 9001:2015 certification. Heat treatment, CNC machining, and anodizing are executed by long-term dedicated subcontractors. Primary customers include automotive OEM and aftermarket pedal brands. MES/QMS systems ensure complete batch process data traceability and lot-level quality management. 20+ years of forging experience.
Frequently Asked Questions
Q: What alloy do you use for brake pedal forging?
6061-T6 aluminum — selected for its strength-to-weight ratio, long fatigue life under cyclic loading, and excellent machinability for downstream CNC pedal finishing.
Q: Do you supply finished pedals or forged blanks?
We supply forged blanks. Customers complete CNC machining and surface finishing in-house or through their own machining partners. We can coordinate anodizing and sandblasting through our partner network if required.
Q: Can you produce brake pedals from our custom designs?
Yes. Submit your 2D drawings or 3D CAD files and our engineering team will assess forging feasibility, advise on blank geometry, and provide a tooling and production quote.
Q: Do you support small-batch prototype orders?
Yes. We support prototype development runs before volume production commitment. Contact us to discuss your program timeline and quantity requirements.
Q: What quality documentation is provided?
Full lot traceability via our MES/ERP system with material composition certificates and process records per shipment.
Contact us to discuss your brake pedal forging requirements →
Engineering team will respond to your inquiry as soon as possible.
Yi-Chen Industrial manufactures forged aluminum automotive AC pipe fittings and connectors for vehicle air-conditioning systems. Our components are produced from 6063-T6 aluminum alloy — selected for its combination of corrosion resistance, thermal conductivity, and extrudability suited to high-pressure AC system environments.
As a Taiwan-based aluminum automotive AC component supplier, we deliver forged blanks ready for CNC machining, allowing OEM manufacturers and aftermarket AC system brands to complete localized machining and assembly to their exact specifications.
Product Overview
Forged Aluminum AC System Pipe Fitting — 6063-T6
Automotive AC system fittings and connectors operate under sustained high-pressure and thermal cycling conditions. Forged aluminum construction provides:
• Superior pressure resistance compared to extruded and cast alternatives
• Dense grain structure reducing leak path risk at sealing surfaces
• Dimensional consistency for reliable CNC machining of thread and sealing features
Alloy: 6063-T6
Forging process: Aluminum forging
Supply condition: Forged blanks for secondary machining and finishing
Secondary processing: CNC machining, surface finishing via partner network
Custom tooling: Available from 2D or 3D drawings
Why 6063-T6 for Automotive AC Fittings?
| Property | 6063-T6 | 6061-T6 |
|---|---|---|
| Corrosion resistance | Excellent — high Mg/Si ratio | Good |
| Surface finish quality | Smooth — ideal for sealing surfaces | Good |
| Anodizing response | Excellent | Good |
| Thermal conductivity | High — suited to AC applications | Moderate |
| Extrudability | Excellent | Good |
| Tensile strength | Moderate (suitable for AC fittings) | Higher |
6063-T6 is the preferred alloy for AC system components due to its superior corrosion resistance and smooth surface quality — both critical for refrigerant sealing interfaces and long-term system reliability.
Applications
Our forged 6063-T6 AC pipe fitting blanks serve:
• Automotive AC system OEM component manufacturers
• Aftermarket AC repair and replacement part brands
• Vehicle HVAC system integrators
• EV thermal management system component suppliers
Custom Design Support
Yi-Chen evaluates custom AC fitting geometries from customer-supplied drawings. For non-standard connector configurations, refrigerant port sizes, or brand-specific fitting designs, submit your 2D or 3D drawings for a forging feasibility assessment and tooling quote.
About YC Forge
YC Forge (義晟工業) is a dedicated aluminum alloy forging manufacturer based in Taichung, Taiwan. Core in-house processes are forging forming and sandblasting/packaging. The factory holds ISO 9001:2015 certification. Heat treatment, CNC machining, and anodizing are executed by long-term dedicated subcontractors. Primary customers include automotive AC system manufacturers, aftermarket thermal management brands, and industrial fitting suppliers. MES/QMS systems ensure complete batch process data traceability and lot-level quality management. 20+ years of forging experience.
Frequently Asked Questions
Q: Why is 6063-T6 used for automotive AC fittings instead of 6061?
6063-T6 offers superior corrosion resistance and a smoother as-forged surface — both important for AC fittings where refrigerant sealing and long-term system reliability are required. 6061 is stronger but 6063 is preferred where corrosion resistance and surface quality take priority.
Q: Do you supply forged blanks or finished fittings?
We supply forged blanks ready for CNC machining of thread, sealing, and port features. Customers complete machining in-house or through their own machining partners. Anodizing coordination is available through our partner network.
Q: Can you produce custom AC fitting geometries?
Yes. Submit 2D or 3D drawings for your specific connector configuration and we will assess forging feasibility and provide a tooling quote.
Q: Are your fittings suitable for EV thermal management systems?
Yes. 6063-T6 forged fittings are suitable for EV battery thermal management and cabin cooling systems. Contact us with your application specifications for a detailed assessment.
Q: What quality documentation comes with shipments?
Full lot traceability via our MES/ERP system, including material composition certificates and process records per shipment.
Contact us to discuss your AC system fitting forging requirements →
Engineering team will respond to your inquiry as soon as possible.