1.9T diesel engine lube filter

SH40X20136 Engine Oil Filter Paper Core The SH40X20136 paper filter core is a precision OEM-standard cartridge-style oil filter specially customized for Yunnei D19 1.9T diesel engines, perfectly compatible with JAC light commercial trucks and Yuejin light-duty vehicles, cross-referenced with interchange part numbers JR08106H, 10048217. Manufactured strictly in accordance with IATF 16949 automotive quality certification standards, this multi-layer reinforced pleated filter paper can efficiently capture metal filings, carbon sludge, oxidized grease and fine dust impurities in circulating engine oil during daily urban delivery and medium-load highway operation. It maintains stable filtration performance under frequent temperature changes and engine vibration, effectively reducing abrasion of crankshafts, bearings and piston assemblies. Designed for daily fleet transportation, logistics pickup and light engineering machinery, this filter core effectively stabilizes oil cleanliness, prolongs engine service life and cuts long-term repair costs. Featuring fully original dimensional molding for direct plug-and-play installation without modification, it is widely favored by global auto parts wholesalers, vehicle repair garages and fleet maintenance suppliers for stable quality and competitive factory bulk pricing.  Product Material Description: Filter Medium: High-density oil-resistant composite cellulose filter paper with synthetic fiber reinforcement, uniform deep pleats, outstanding dirt holding capacity and stable oil permeability Upper & Lower End Housing: High-strength reinforced engineering plastic, impact-resistant, anti-deformation and anti-corrosion against engine high temperature Sealing Accessory: Imported high-temperature nitrile rubber O-ring, aging-resistant and fully leak-proof Internal Structure: Integrated positioning plastic bracket, firm structure to resist oil pressure impact Adhesive: High-temperature industrial hot melt adhesive, permanent lamination without degumming under long-time vibration