- Wanda Plaza, Jinan, Shandong, China
- +8617615809553
- info@deruna.com
- Wanda Plaza, Jinan, Shandong, China
- +8617615809553
- info@deruna.com


The CQ70145 bent neck grease nipple represents FAW’s commitment to precision lubrication components for heavy-duty truck maintenance systems. As genuine Faw truck parts, we ensure this essential lubrication component meets the highest industry standards for durability and performance. Specifically engineered for FAW commercial vehicles, the CQ70145 bent neck grease nipple provides reliable lubrication access while maintaining seal integrity under demanding operating conditions.
Manufactured with precision engineering techniques, this bent neck grease nipple offers exceptional corrosion resistance and mechanical strength characteristics. The advanced angled design incorporates high-quality materials and robust construction methods. Commercial vehicle operators trust the CQ70145 for consistent performance across various maintenance intervals and environmental conditions, making it an essential investment for maintaining FAW truck lubrication systems and operational reliability standards.
 
            Bent Neck Grease Nipple
| Parameter | Specification | 
|---|---|
| OEM Number | CQ70145 | 
| Product Name | Bent Neck Grease Nipple | 
| Brand | FAW | 
| Material Composition | Carbon Steel 1018 | 
| Thread Size | 1/8″ – 27 NPT | 
| Bend Angle | 45 Degrees | 
| Operating Pressure | 10,000 PSI Maximum | 
| Ball Type | Chrome Steel Ball | 
| Spring Material | Stainless Steel 302 | 
| Compatibility | FAW All Series Trucks | 
The CQ70145 bent neck grease nipple provides superior lubrication access for hard-to-reach components in FAW truck systems. The 45-degree angled design enables efficient grease application in confined spaces.
Advanced engineering ensures optimal grease flow and distribution to critical moving parts. Each nipple undergoes precision manufacturing for consistent performance under various lubrication pressures and conditions.
The bent neck configuration maintains reliable grease delivery while protecting the nipple from damage during vehicle operation. Proper lubrication access extends component life and reduces maintenance time significantly.
High-quality carbon steel construction with zinc plating provides excellent corrosion resistance and durability. The materials withstand harsh environmental conditions and chemical exposure effectively.
Protective surface treatments ensure long-term reliability in various climates and operating environments. The grease nipple maintains performance through moisture exposure and temperature fluctuations.
Precision manufacturing processes guarantee consistent quality and dimensional accuracy across production batches. Each CQ70145 component meets rigorous commercial vehicle durability standards.
Specifically engineered for FAW all series truck models and compatible with various lubrication points. The CQ70145 ensures perfect fitment and optimal lubrication performance for commercial applications.
Direct replacement capability simplifies maintenance and service procedures for technicians. Installation follows standard procedures and requires basic workshop tools for proper fitting.
The grease nipple integrates seamlessly with existing lubrication systems and grease gun fittings. Comprehensive compatibility testing validates proper function with different grease types and pressures.
The CQ70145 bent neck grease nipple demonstrates outstanding performance in commercial vehicle lubrication systems. Mechanical reliability ensures consistent operation during maintenance intervals and varied operating conditions.
The chrome steel ball and stainless spring construction provides excellent sealing and pressure resistance properties. The nipple maintains positive closure and easy opening under different grease pressures effectively.
Weather-resistant construction protects internal components from contamination and environmental factors. The assembly maintains functionality in extreme temperature ranges from -30°C to +120°C without performance degradation.
Precision threading guarantees consistent quality and secure installation across all applications. Each CQ70145 component meets stringent automotive lubrication system standards and specifications.
Comprehensive material analysis ensures chemical composition and mechanical properties meet specifications. Each component undergoes rigorous quality verification and hardness testing.
Precision pressure testing validates sealing integrity and operational performance. Each nipple undergoes pressure cycling to verify long-term reliability and leak prevention.
Comprehensive dimensional inspection ensures perfect thread fitment and alignment specifications. Each component meets exact tolerance requirements for proper installation.
Salt spray testing and environmental exposure validate coating quality and corrosion resistance. Testing confirms long-term durability in harsh operating conditions.
Proper installation ensures optimal performance and leak-free operation for the CQ70145 bent neck grease nipple. Follow manufacturer specifications for thread engagement and torque values precisely.
Verify thread compatibility and clean the mounting surface before installation. Ensure the threaded port is free from debris, old sealant, or damage that could affect proper sealing.
Use appropriate thread sealant when required and avoid over-tightening during installation. Hand-tighten initially, then apply final torque according to specifications to prevent thread damage.
Test the installed nipple with a grease gun to verify proper operation and check for leaks. Ensure the ball moves freely and grease flows smoothly through the nipple during initial lubrication.
Enhanced lubrication access reduces maintenance time and improves service efficiency. The CQ70145 significantly contributes to overall vehicle maintenance systems and operational reliability.
Easy access to lubrication points prevents component wear and extends service intervals. Reliable performance supports preventive maintenance programs and reduces unexpected breakdowns.
Optimized lubrication characteristics support extended component life and reduced wear. Proper grease distribution minimizes friction and heat generation in moving parts.
Durable construction minimizes replacement frequency and associated maintenance costs. Long service life provides excellent value proposition for fleet operators and service centers.
Meets automotive industry standards and regulatory requirements for lubrication components. Comprehensive documentation supports compliance verification and quality assurance processes.
Genuine FAW components ensure warranty protection and manufacturer technical support availability. Proper installation maintains lubrication system integrity and performance standards.
The CQ70145 bent neck grease nipple undergoes comprehensive quality verification processes throughout manufacturing. Production facilities maintain ISO 9001 quality management systems certification.
All components meet international automotive standards for lubrication systems, safety, and environmental compliance. Regular internal and external audits ensure consistent quality across production batches.
Advanced traceability systems document complete manufacturing processes and raw material sources accurately. Quality records support customer verification and regulatory compliance requirements effectively.
Continuous improvement processes incorporate customer feedback, field performance data, and technical advancements. Product updates maintain compatibility with evolving FAW vehicle systems.
Advanced manufacturing techniques ensure precision component production and consistent quality standards. Computer-aided design optimizes thread geometry and flow characteristics for specific applications.
Material science innovations enhance corrosion resistance and mechanical durability significantly. Specialized steel alloys provide optimal performance in demanding lubrication environments.
Surface treatment technologies deliver superior protection against environmental factors and chemical exposure. Advanced plating processes create durable finishes that withstand harsh operating conditions.
Engineering design improvements focus on reliability and ease of use without compromising performance. The CQ70145 integrates seamlessly with various grease types and lubrication equipment.
The CQ70145 bent neck grease nipple demonstrates exceptional longevity in commercial vehicle applications. Proper maintenance and correct installation protocols extend component service life significantly.
Regular inspection during lubrication intervals identifies potential issues and wear patterns before failure occurs. Systematic maintenance procedures maintain optimal performance and prevent premature aging.
Advanced corrosion protection features prevent material degradation and spring fatigue effectively. Quality materials and construction withstand extended exposure to challenging operating environments.
Documented performance history and testing data support reliability claims and customer confidence. The component delivers consistent, predictable performance throughout its designed service life.
Comprehensive pressure testing validates sealing performance and operational reliability. The CQ70145 undergoes pressure cycling to verify performance under various operating conditions.
Testing protocols exceed standard requirements to ensure reliability in extreme pressure scenarios. Results demonstrate consistent sealing integrity throughout the service life.
Precision flow testing validates grease passage and ball movement characteristics. The nipple undergoes repeated cycling to verify long-term durability and consistent performance.
Performance metrics confirm the component meets or exceeds original equipment specifications. Testing validates resistance to clogging and smooth operation under different grease viscosities.
Salt spray testing, temperature cycling, and vibration testing validate corrosion resistance and mechanical durability. The CQ70145 demonstrates excellent performance in harsh conditions.
Testing includes exposure to various lubricants, moisture, and mechanical stress to simulate real-world conditions. Results confirm long-term reliability in diverse operational environments.