Hastings - Spin-on Fuel Filters
Modern fuel injection systems require fuel be free of both particulate and water contamination. Hastings spin-on fuel filters with heavy-duty construction keep fuel clean and engines running at maximum efficiency.
New fuel systems operate at higher pressures (up to 60,000 psi) and tighter tolerances than ever before. Microscopic particles in the fuel, as small as 2-3 microns, can cause abrasive wear severely damaging the fuel injection system and other high-pressure engine components. Hastings Filters offers more than 1100 different fuel filters, fuel managers, coalescers, and fuel/water separators to protect your engine.
Hastings heavy-duty filters are designed to meet or exceed OE performance. They provide the protection your equipment needs for optimal performance and to maintain warranty coverage.
Features/Benefits:
• Durable construction to withstand the harshest working conditions
Applications:
• Engine diesel fuel
Markets:
• Automotive
• Heavy-duty, on-highway transportation
• Commercial trucks and buses
• Agriculture
• Construction
• Industrial
• Marine
• Mining
• Oil and gas
• Power Generation
New fuel systems operate at higher pressures (up to 60,000 psi) and tighter tolerances than ever before. Microscopic particles in the fuel, as small as 2-3 microns, can cause abrasive wear severely damaging the fuel injection system and other high-pressure engine components. Hastings Filters offers more than 1100 different fuel filters, fuel managers, coalescers, and fuel/water separators to protect your engine.
Hastings heavy-duty filters are designed to meet or exceed OE performance. They provide the protection your equipment needs for optimal performance and to maintain warranty coverage.
Features/Benefits:
• Durable construction to withstand the harshest working conditions
Applications:
• Engine diesel fuel
Markets:
• Automotive
• Heavy-duty, on-highway transportation
• Commercial trucks and buses
• Agriculture
• Construction
• Industrial
• Marine
• Mining
• Oil and gas
• Power Generation