HP3 Pump Plunger 294090-0360 for 294050-0110 294050-0123

HP3 Pump Plunger 294090-0360: Precision Engineered for Optimal Fuel Injection Performance

Enhance your diesel engine’s efficiency and reliability with the HP3 Pump Plunger 294090-0360, a critical component designed for seamless compatibility with 294050-0110 and 294050-0123 systems. Crafted with precision, this plunger ensures consistent fuel delivery, reducing emissions and maximizing combustion efficiency for commercial vehicles, construction machinery, and marine engines.

Core Specifications

Why Choose Our HP3 Pump Plunger?

• Enhanced Fuel Efficiency: Optimizes fuel atomization, reducing consumption by up to 8%.
• Durable Construction: Heat-treated alloy steel resists wear, ensuring 10,000+ hours of operation.
• Drop-in Compatibility: Direct fit for specified HP3 pump models, minimizing installation time.
• 100% Tested: Each unit undergoesÑϸñ pressure and dimensional testing before delivery.

Applications & Performance

Ideal for heavy-duty diesel engines in trucks, excavators, and generators. The plunger¡¯s precise tolerances (¡À0.002mm) ensure stable fuel pressure, reducing engine noise and extending service life. Field tests show a 12% improvement in combustion efficiency compared to generic alternatives.

Quality Assurance

Backed by a 6-month warranty and manufactured in an ISO 9001-certified facility. Our strict quality control includes raw material inspection, CNC machining, and post-production testing to meet global standards.

FAQ

Q: How do I confirm compatibility?
A: Provide your pump¡¯s OEM number (e.g., 294050-0110) for verification.

Q: Can I request samples?
A: Yes, sample orders are available with refundable costs upon bulk purchase.

Q: What is the lead time?
A: 3-5 business days for in-stock items; custom orders take 7-10 days.

Ready to upgrade your fuel injection system? Contact us today with your OEM number for a personalized quote and technical support. Trust Kalanda¡¯s 10+ years of expertise for reliable, high-performance engine components.