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


The SHACMAN Micro Air Filter with OEM number BYBLSZ919000918L-V represents advanced filtration technology for heavy-duty truck engines. This essential component ensures optimal air quality and engine protection in demanding operating environments. As genuine Shacman truck parts, this micro air filter guarantees perfect compatibility and reliable performance. The BYBLSZ919000918L-V undergoes rigorous quality control testing to meet stringent automotive standards for filtration efficiency and durability.
Engineered with precision manufacturing, this micro air filter provides exceptional particle capture and airflow maintenance. The advanced design incorporates multi-layer filtration media and robust construction techniques. Commercial vehicle operators trust this component for consistent engine protection across various environmental conditions and operational requirements.
 
            Micro Air Filter
 
            Микро воздушный фильтр
 
            Filtro de Aire Micro
| Parameter | Specification | 
|---|---|
| OEM Number | BYBLSZ919000918L-V | 
| Product Name | Micro Air Filter | 
| Brand | SHACMAN | 
| Filter Media | Multi-Layer Synthetic Fiber | 
| Filtration Efficiency | 99.5% at 5 Microns | 
| Airflow Capacity | 850 CFM | 
| Service Life | 25,000 Miles | 
| Compatibility | Multiple SHACMAN Models | 
The Micro Air Filter BYBLSZ919000918L-V utilizes multi-layer synthetic media for superior particle capture. The filtration system removes contaminants as small as five microns effectively.
Advanced pleat design maximizes surface area while maintaining optimal airflow characteristics. The filter media maintains consistent performance throughout its service life.
Specialized coating treatments enhance dust holding capacity and moisture resistance. Engine protection remains reliable in various environmental conditions and operating scenarios.
High-efficiency filtration prevents abrasive particles from entering the engine system. The BYBLSZ919000918L-V protects critical components from premature wear and damage.
Reinforced gasket design ensures perfect sealing and prevents unfiltered air bypass. The filter housing maintains integrity under vibration and pressure fluctuations.
Temperature-resistant materials withstand engine compartment heat without degradation. The component meets rigorous commercial vehicle protection standards.
Specifically designed for multiple SHACMAN truck models and engine configurations. The BYBLSZ919000918L-V ensures perfect fitment and optimal airflow performance.
Direct replacement capability simplifies maintenance and service procedures. Installation follows factory specifications and requires standard tools.
The micro air filter integrates seamlessly with existing air intake systems. Compatibility testing validates proper function with all connected engine components.
The micro air filter plays a crucial role in maintaining engine efficiency and longevity. It captures harmful contaminants before they reach sensitive engine components.
Advanced filtration media provides consistent performance across various operating conditions. The filter maintains optimal airflow while capturing microscopic particles effectively.
Dust holding capacity ensures extended service intervals without performance degradation. The filtration system adapts to different environmental challenges and air quality conditions.
Pressure drop characteristics remain stable throughout the filter service life. Engine performance benefits from clean air supply and proper combustion mixture quality.
Comprehensive filtration media analysis ensures particle capture efficiency. Each production batch undergoes rigorous quality verification procedures.
Precision airflow testing validates performance characteristics and pressure drop. Components meet strict airflow requirements for engine efficiency.
Simulated environmental conditions verify material integrity and performance. Products maintain filtration efficiency through extended service life.
Gasket and seal testing confirms proper installation and air containment. Components prevent unfiltered air bypass under various conditions.
Proper installation ensures optimal filtration performance and engine protection. Follow manufacturer specifications for seating procedures and housing closure torque values.
Verify gasket alignment and housing cleanliness before filter installation. Ensure all sealing surfaces remain free from debris and damage.
Regular inspection schedules identify replacement needs before performance degradation occurs. Monitor air restriction indicators and follow recommended service intervals.
Replacement timing maintains engine efficiency and prevents potential damage from contaminated air. The filter design allows straightforward service access and component replacement.
Superior filtration protects internal engine components from abrasive wear. Clean air supply maintains optimal combustion efficiency and power output.
Reduced contamination extends engine service life and maintenance intervals. Component protection supports long-term reliability and performance consistency.
Optimal airflow characteristics support efficient engine operation and fuel economy. Clean air supply ensures proper air-fuel mixture and combustion efficiency.
Consistent performance maintains engine operating parameters within design specifications. Fuel consumption benefits from unrestricted airflow and filtration efficiency.
Meets automotive industry standards for emission control and engine protection. Documentation supports compliance verification and maintenance records.
Genuine SHACMAN components ensure warranty protection and technical support. Proper filtration maintains emission system performance and regulatory compliance.
The BYBLSZ919000918L-V Micro Air Filter undergoes comprehensive quality verification processes. Manufacturing facilities maintain ISO 9001 quality management systems certification.
Components meet international automotive standards for filtration performance and engine protection. Regular audits ensure consistent quality across all production batches and material sources.
Complete traceability systems document manufacturing processes and raw material quality. Quality records support customer verification and regulatory compliance requirements effectively.
Continuous improvement programs incorporate customer feedback and technological advancements. Product updates maintain compatibility with evolving engine designs and performance requirements.
Advanced filtration media technology ensures superior particle capture and airflow balance. Computer-aided design optimizes pleat configuration and media distribution.
Material science innovations enhance dust holding capacity and moisture resistance. Synthetic media formulations provide durability while maintaining filtration efficiency.
Manufacturing process improvements deliver consistent product quality and performance characteristics. Automated production ensures repeatable filtration performance across all units.
Environmental adaptation features maintain performance across different operating conditions. The filter design integrates seamlessly with modern engine management systems.
The Micro Air Filter BYBLSZ919000918L-V demonstrates exceptional service life in commercial vehicle applications. Proper maintenance extends component effectiveness and engine protection.
Regular inspection schedules identify replacement needs before performance degradation occurs. Monitoring procedures maintain optimal engine operation and filtration efficiency.
Environmental adaptation features prevent premature clogging in challenging operating conditions. Quality materials withstand extended exposure to various air quality challenges.
Documented performance history supports reliability claims and customer confidence. The component delivers consistent air filtration throughout its recommended service life.
The micro air filter design optimizes engine performance through precise air filtration management. Contaminant removal prevents engine wear and maintains operational efficiency.
Airflow characteristics support optimal combustion and power output across different engine speeds. The filtration system maintains consistent performance under varying load conditions.
Pressure drop management ensures engine breathing efficiency without restrictive airflow limitations. The design balances filtration requirements with engine performance needs.
Environmental adaptation maintains performance across different altitude and climate conditions. The filter system supports engine operation in various geographic locations and applications.