For KIA owners seeking reliable braking performance and OE-grade quality, the Brake Pads 0K70Y3328Z and SF043328Z9A are precision-engineered components designed to ensure safety, durability, and smooth operation. This SEO-optimized guide integrates technical specifications, compatibility insights, installation best practices, and maintenance protocols, leveraging OEM standards and cross-referenced supplier data.  ---**1. Product Overview**  These brake pads are engineered for KIA passenger cars, combining advanced friction materials and robust construction for optimal stopping power. Key features include:  • Material: Semi-metallic or ceramic formulations (asbestos-free) with molybdenum disulfide and aramid fiber additives for reduced noise and wear.  • Design: Precision-molded backing plates with anti-corrosion coatings and integrated shims to minimize vibration and squeal.  • Certifications: Compliant with IATF 16949 and ECE R90, ensuring OEM-level quality and safety.  ---**2. Technical Specifications**  | Parameter             | Details                                  |  |-----------------------|------------------------------------------|  | Friction Coefficient | 0.33–0.52 (stable across -40°C to +350°C) |  | Dimensions         | 128mm (L) × 76mm (W) × 15mm (H)     |  | Operating Pressure | 300–1,200 PSI                           |  | Warranty           | 1–2 years / 60,000–80,000 km        |  ---**3. Compatibility & Applications**  • Primary KIA Models:    • Rio (YB): 2017–2023 variants with 1.4L/1.6L engines.    • Seltos (SP2): 2020–2025 editions with 2.0L MPI engines.    • Ceed (CD): 2018–2024 models with 1.6L CRDi diesel engines.  • Cross-Referenced OEM Numbers:    • 0K70Y3328Z → KIA 58101-4DE00, Bosch 0986AB3086.    • SF043328Z9A → ACDelco 171-1071, TRW GDB3448.  ---**4. Performance Benefits**  1. Enhanced Safety: Stable friction coefficients prevent brake fade during heavy loads or high-speed braking.  2. Low Noise & Dust: Ceramic formulations reduce squealing and minimize wheel dust accumulation.  3. Rotor Protection: Even wear distribution extends rotor lifespan by up to 30%.  4. Eco-Friendly: Asbestos-free materials comply with global environmental regulations.  ---**5. Installation Guide**  Tools Required: Torque wrench (25–30 Nm), brake caliper compressor, anti-seize lubricant.  Steps:  1. Prepare the Vehicle:     • Secure the car on jack stands and remove the wheel.  2. Remove Old Pads:     • Unbolt the caliper, compress the piston, and slide out the worn pads.  3. Clean Components:     • Use brake cleaner to remove debris from rotors and caliper brackets.  4. Install New Pads:     • Apply lubricant to pad shims, align with the caliper, and secure bolts to 28 Nm.  5. Bed-In Procedure:     • Perform 5–10 gradual stops from 50 km/h to transfer friction material evenly.  ---**6. Maintenance Recommendations**  • Monthly Checks: Inspect pad thickness (minimum 3mm) and rotor condition.  • Biannual Cleaning: Remove debris from caliper slides and lubricate pins.  • Replacement Indicators:    • Symptoms: Grinding noises, longer stopping distances, or brake warning lights.  ---**7. SEO-Optimized Keywords**  • *OEM Brake Pad 0K70Y3328Z for KIA Rio 1.6L*  • *Ceramic Brake Pads SF043328Z9A IATF 16949 Certified*  • *Low-Noise Semi-Metallic Brake Pads for KIA Seltos*  • *How to Replace KIA Ceed Brake Pads 0K70Y3328Z*  • *ECE R90 Certified Brake Pads for Passenger Cars*  ---Conclusion  The Brake Pads 0K70Y3328Z and SF043328Z9A deliver unmatched reliability for KIA vehicles, combining advanced materials with OE-compatible designs. For bulk orders or technical support, consult certified suppliers like Powertech Auto Parts or Glorson Brake Systems, ensuring compliance with KIA’s repair guidelines.  References  : Technical specifications and friction material details.  : Compatibility data and OEM cross-references.  : Installation tools and torque specifications.  : Maintenance protocols and bed-in procedures.  : Certifications and environmental compliance.

For Nissan owners and technicians, the Brake Pads A-665WK and GDB7236 are precision-engineered components designed to enhance safety, performance, and compliance with global automotive standards. This SEO-optimized guide combines technical specifications, compatibility insights, installation best practices, and performance benefits, leveraging OEM standards and cross-industry data.  ---**1. Product Overview**  The A-665WK and GDB7236 are OE-grade brake pads optimized for Nissan passenger cars and light commercial vehicles. Key features include:  • Material Options: Available in ceramic and semi-metallic formulations, balancing low noise, high heat resistance, and durability.  • Certifications: Compliant with ISO/TS 16949 and ECE R90, ensuring adherence to safety and quality standards.  • Applications: Designed for Nissan models like X-Trail (T32), Qashqai (J11), and Murano (Z52), with compatibility spanning 2015–2025 production years.  ---**2. Technical Specifications**  | Parameter             | Details                                  |  |-----------------------|------------------------------------------|  | Dimensions        | A-665WK: 168.7mm (W) × 58.2mm (H) × 16.8mm (T) |  | Friction Coefficient | 0.35–0.45 (μ), tested under SAE J2522 standards |  | Operating Temperature | Stable performance up to 650°C (ceramic variant) |  | Warranty          | 1 year / 30,000 km (varies by supplier) |  ---**3. Compatibility & Applications**  • Primary Models:    • Nissan X-Trail (T32): Front axle applications for 2015–2023 models.    • Nissan Qashqai (J11): Compatible with 1.6L dCi and 2.0L petrol variants.    • Nissan Murano (Z52): Rear axle applications for 2016–2025 models.  • Cross-Referenced OEM Numbers:    • A-665WK → Nissan OE 41060-5M325, Bosch 0986AB9500.    • GDB7236 → FMSI D215-7136, compatible with Nissan Altima (L34) and Rogue (T33).  ---**4. Performance Benefits**  • Noise Reduction: Ceramic formulations minimize brake squeal, ideal for urban driving.  • Extended Lifespan: Semi-metallic pads offer 50,000–70,000 km service life under normal conditions.  • Heat Dissipation: Reinforced steel backing plates prevent warping during heavy braking.  ---**5. Installation Guide**  Tools Required:  • Torque wrench (8–12 Nm).  • Brake caliper tool and anti-seize lubricant.  Steps:  1. Prepare the Vehicle:     • Lift the car using a jack and secure it with stands.  2. Remove the Old Pads:     • Detach the caliper and slide out the worn A-665WK/GDB7236 pads.  3. Install New Pads:     • Apply anti-seize to contact points and torque caliper bolts to 10 Nm.  4. Bed-In Procedure:     • Perform 5–10 moderate stops (40–50 km/h) to condition the friction material.  ---**6. Maintenance Recommendations**  • Inspection Interval: Check every 15,000 km for wear and tear.  • Cleaning: Use brake cleaner to remove dust and debris from calipers.  • Replacement Indicators:    • Wear Limit: 3mm remaining friction material.    • Audible Alerts: Squeal tabs triggering high-pitched noise.  ---**7. SEO-Optimized Keywords**  • *OEM Replacement Brake Pad A-665WK for Nissan*  • *GDB7236 Brake Pad for X-Trail T32*  • *Ceramic Brake Pads for Nissan Qashqai J11*  • *ECE R90 Certified Brake Pads*  • *High-Temperature Disc Brake Pads for Murano Z52*  ---Conclusion  The A-665WK and GDB7236 brake pads are engineered to meet Nissan’s rigorous performance standards, combining OE-grade materials with advanced thermal management. For bulk orders or technical support, consult certified suppliers like DSS Brake Pads (Shandong, China) or Hengshui Zhongcheng Friction Materials Co., ensuring compliance with global certifications and seamless compatibility.  References  : Technical specifications and OE cross-references for Nissan brake pads.  : Material formulations and noise reduction features of ceramic pads.  : Certification standards and torque requirements.  : Compatibility data for Nissan Qashqai and Murano models.  : Installation protocols and bed-in procedures.  : FMSI compatibility for GDB7236.  : Cleaning and maintenance guidelines.  : Tools and safety precautions for installation.  : Heat dissipation and performance benefits.  : Durability and wear indicators.  : Inspection intervals and lifespan data.