Our industrial internal gear pumps represent precision engineering specifically designed for fuel injection and fluid transfer applications requiring exceptional reliability. Manufactured from high-quality graded cast iron, these pumps deliver outstanding performance through closed tolerance manufacturing that ensures long operational life and consistent reliability. The self-priming design creates maximum vacuum determined by the cavity between gear teeth, providing stable flow rates and efficient operation across various conditions. These robust units handle liquids with viscosity up to 500 cst and withstand temperatures up to 200°C, making them versatile for diverse industrial fluid handling requirements. The modified profile teeth cutting technology guarantees precise capacity delivery within specified pressure ranges, ensuring accurate fluid management in mission-critical applications.

These internal gear pumps find extensive utilization across multiple industrial sectors includi...

Our industrial internal gear pumps represent precision engineering specifically designed for fuel injection and fluid transfer applications requiring exceptional reliability. Manufactured from high-quality graded cast iron, these pumps deliver outstanding performance through closed tolerance manufacturing that ensures long operational life and consistent reliability. The self-priming design creates maximum vacuum determined by the cavity between gear teeth, providing stable flow rates and efficient operation across various conditions. These robust units handle liquids with viscosity up to 500 cst and withstand temperatures up to 200°C, making them versatile for diverse industrial fluid handling requirements. The modified profile teeth cutting technology guarantees precise capacity delivery within specified pressure ranges, ensuring accurate fluid management in mission-critical applications.

These internal gear pumps find extensive utilization across multiple industrial sectors including automotive manufacturing, industrial machinery, construction equipment, and petroleum handling systems. In automotive applications, they provide dependable fuel injection performance for engines and transportation systems requiring precise fluid control. Manufacturing facilities utilize them for lubrication oil transfer and hydraulic system operations where consistency is paramount. The construction industry benefits from their durability in heavy equipment fluid management, while petroleum sectors rely on them for fuel distribution and transfer operations. Their adaptability extends to chemical processing plants where exact fluid handling is essential for production processes and quality assurance measures.

The operational value of these internal gear pumps lies in their exceptional reliability, minimized maintenance requirements, and extended service life that translates to reduced total cost of ownership. Companies achieve consistent performance that decreases operational downtime and enhances production efficiency. The pumps' capacity to manage high-viscosity fluids and elevated temperatures ensures operational flexibility across various applications and environmental conditions. The robust construction and precision engineering deliver operational consistency that organizations can depend on for critical processes, ensuring uninterrupted operations and maintaining production schedules while providing long-term reliability and performance stability.

Key Features:
- Durable construction using high-quality graded cast iron materials
- Self-priming design with maximum vacuum capability for reliable operation
- Capable of handling fluids up to 500 cst viscosity and 200°C temperature
- Modified profile teeth cutting technology for accurate capacity delivery
- Closed tolerance manufacturing ensuring precise operational performance

Benefits:
- Extended service life and reduced maintenance requirements
- Consistent performance across varying operational conditions
- Operational flexibility with high-viscosity fluid handling capability
- Precise fluid management for critical applications
- Reliable operation minimizing downtime and production interruptions