- Wanda Plaza, Jinan, Shandong, China
- +8617615809553
- info@deruna.com
- Wanda Plaza, Jinan, Shandong, China
- +8617615809553
- info@deruna.com
The 178*220*12/16 brake pads represent FAW’s commitment to excellence in heavy-duty truck safety systems, delivering exceptional braking performance and reliable stopping power. As genuine Faw truck parts, we guarantee these critical safety components meet the highest industry standards for durability and effectiveness. Specifically engineered for FAW commercial vehicles, the 178*220*12/16 brake pads provide superior friction characteristics and heat dissipation while ensuring consistent braking performance under demanding driving conditions and heavy payloads.
Manufactured using advanced engineering techniques, these 178*220*12/16 brake pads offer outstanding stopping capability and extended service life. The innovative friction material composition incorporates premium compounds and optimized wear resistance for reliable performance. Professional drivers and fleet operators trust the 178*220*12/16 for dependable braking across diverse road conditions and temperature variations, making them an essential component for maintaining FAW truck safety standards and operational reliability.
Brake Pads
Тормозные колодки
Pastillas de Freno
| Parameter | Specification |
|---|---|
| OEM Number | 178*220*12/16 |
| Product Name | Brake Pads |
| Brand | FAW |
| Friction Material | Ceramic-Enhanced Compound |
| Friction Coefficient | 0.36-0.40 μ |
| Operating Temperature | 100°C to 500°C |
| Weight per Set | 3.5 kg |
| Wear Indicator | Integrated Audible Sensor |
| Noise Level | ≤ 70 dB |
| Compatibility | FAW J6 Series Front Axle |
The 178*220*12/16 brake pads utilize cutting-edge ceramic-enhanced friction materials for superior stopping performance and consistent brake response. Precision-engineered friction layers ensure optimal pressure distribution and minimal performance degradation during intensive use.
High-quality composite formulation delivers reliable braking force while maintaining stable friction characteristics across the entire service life. The pad design incorporates advanced heat dissipation channels and progressive wear indicators for comprehensive safety monitoring.
Specialized surface patterns enhance debris evacuation and prevent noise generation during braking operations. The 178*220*12/16 provides dependable stopping power and vehicle stability in challenging commercial applications.
Exceptional heat resistance prevents brake fade and maintains consistent performance during repeated heavy braking scenarios. The 178*220*12/16 ensures reliable stopping capability even under extreme temperature conditions and emergency braking demands.
Effective thermal dispersion technology minimizes heat buildup and prevents rotor damage through optimized material composition. Integrated cooling channels facilitate rapid heat dissipation and maintain braking efficiency during prolonged use.
Robust structural design withstands thermal stress and prevents material deformation under maximum braking pressure. The pad construction ensures uniform contact with rotors and maintains integrity throughout extended operational periods.
Specifically designed for FAW J6 series front axle configurations and compatible brake caliper systems. The 178*220*12/16 guarantees perfect compatibility and optimal braking characteristics for commercial vehicle safety requirements.
Direct replacement design streamlines maintenance procedures and service operations for automotive technicians. Installation adheres to original equipment specifications and utilizes standard workshop tools for accurate fitting.
The brake pads seamlessly integrate with existing brake system components and monitoring systems. Extensive compatibility verification ensures proper functionality with all vehicle safety systems and brake monitoring electronics.
The 178*220*12/16 brake pads demonstrate exceptional performance in commercial vehicle braking applications. The sophisticated friction formulation provides consistent stopping power while maintaining optimal pedal response and driver control feedback.
Thermal stability ensures reliable operation during temperature fluctuations and demanding braking cycles. The pads endure extreme heat and pressure conditions effectively through advanced material science and structural engineering.
Environmental resistance protects against weather elements and maintains performance under various climatic challenges. The pads maintain full functionality in temperature ranges from -40°C to +500°C without performance compromise.
Precision manufacturing guarantees consistent quality and dependable performance across all production units. The 178*220*12/16 significantly contributes to overall vehicle safety and braking system dependability.
Comprehensive material testing ensures friction compound composition and mechanical properties exceed specifications. Each pad undergoes thorough quality assessment and performance validation.
Rigorous performance testing validates braking efficiency and wear characteristics under simulated conditions. Each pad set undergoes comprehensive evaluation to verify reliability standards.
Precision dimensional verification ensures perfect compatibility and alignment specifications. Each component meets exact tolerance requirements for brake system integration.
Advanced thermal testing simulates extreme service conditions to verify performance durability. Testing protocols ensure resistance to heat stress and mechanical fatigue.
Correct installation procedures ensure optimal performance and safety assurance for the 178*220*12/16 brake pads. Adhere strictly to manufacturer guidelines for installation processes and torque specifications during maintenance operations.
Verify brake caliper integrity and rotor surface condition before installing new pads. Ensure all mounting hardware is clean, properly prepared, and free from excessive wear or damage before commencing installation.
Utilize appropriate professional tools and equipment when handling brake system components. Avoid contact between friction surfaces and contaminants during installation to preserve braking effectiveness.
Conduct thorough inspection of all brake system elements for correct operation and absence of mechanical issues after installation. Verify proper brake function and system response following installation and initial testing procedures.
Enhanced braking capability reduces stopping distances and improves vehicle control in emergency situations. The 178*220*12/16 contributes significantly to maintaining optimal braking efficiency and driver confidence.
Consistent friction properties prevent performance fade and ensure reliable braking during extended downhill operations. Dependable performance supports vehicle safety and minimizes accident risks throughout service life.
Optimized wear characteristics support extended service intervals and reduce maintenance frequency. Minimal brake dust production maintains wheel cleanliness and decreases cleaning requirements substantially.
Durable construction lowers replacement frequency and associated operational expenses. Extended service life offers excellent value for fleet operators and commercial vehicle maintenance programs.
Complies with automotive industry standards and regulatory requirements for commercial vehicle braking systems. Complete documentation supports compliance verification and quality assurance processes.
Authentic FAW components ensure warranty coverage and manufacturer technical support availability. Proper installation maintains brake system integrity and original equipment performance parameters.
The 178*220*12/16 brake pads undergo comprehensive quality assurance processes throughout the manufacturing cycle. Production facilities maintain IATF 16949 quality management systems certification consistently.
All components satisfy international automotive standards for braking performance, safety compliance, and environmental regulations. Regular internal and external audits guarantee consistent quality across all production batches.
Advanced tracking systems document complete manufacturing processes and material sources accurately. Quality documentation supports customer verification and regulatory compliance requirements comprehensively.
Continuous improvement programs incorporate user feedback, field performance data, and technological developments systematically. Product enhancements maintain compatibility with evolving FAW vehicle systems and safety standards.
Modern manufacturing techniques ensure precise component production and uniform quality standards. Computer-optimized design enhances pad geometry and friction material distribution for maximum braking efficiency.
Material technology advancements improve friction durability, thermal resistance, and operational lifespan significantly. Specialized ceramic-enhanced compounds provide optimal braking characteristics while ensuring rotor compatibility.
Noise reduction engineering delivers superior acoustic performance and vibration damping properties. Advanced shim technology prevents brake noise and guarantees quiet operation throughout the service period.
Engineering refinements focus on heat management without compromising braking performance or durability features. The 178*220*12/16 integrates perfectly with contemporary brake system requirements and vehicle dynamics.
The 178*220*12/16 brake pads demonstrate remarkable longevity in commercial vehicle applications. Appropriate maintenance and monitoring practices extend component service life considerably beyond standard projections.
Regular inspection routines identify potential wear patterns, thickness measurements, and replacement needs before performance deterioration occurs. Systematic maintenance procedures ensure optimal performance throughout the service period.
Advanced material protection features prevent premature wear, thermal cracking, and structural degradation. Quality materials and construction withstand prolonged exposure to various driving conditions and braking demands reliably.
Documented performance history and operational data support reliability assertions and customer trust building effectively. The component delivers consistent, predictable performance throughout its designed service life expectancy.
Comprehensive efficiency testing validates stopping performance and fade resistance under various operational conditions. The 178*220*12/16 undergoes extensive laboratory evaluation to verify braking reliability standards.
Testing procedures exceed standard requirements to ensure performance during emergency braking and continuous usage scenarios. Results demonstrate consistent braking performance throughout the designed service duration.
Precision thermal evaluation measures heat resistance and performance recovery under different temperature scenarios. Testing includes repeated thermal cycles and cooling periods for complete performance verification.
Performance indicators confirm the pads meet or surpass original equipment specifications and safety requirements. Thermal properties are verified against design parameters and application demands accurately.
Temperature cycling, moisture exposure, and corrosion testing validate environmental resistance and material integrity. The 178*220*12/16 demonstrates excellent performance in challenging operating conditions reliably.
Testing includes exposure to extreme temperatures, road contaminants, and mechanical stress to replicate real-world environments. Results confirm long-term reliability in diverse operational circumstances effectively.
We are a first-class heavy duty vehicles and spare parts supplier in China. which covers from engine, gearbox, cab, axle assemblies to main assembly accessories, electrical parts and other chassis parts like brake, clutch and steering parts.
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