Forum's MUD HOG is a centrifugal pump known for its improved performance, longer life and significant cost savings. Its lighter construction reduces both investment and part costs, making it an ideal choice for the drilling industry and other demanding applications.
Superior bearing configuration
The MUD HOG features a bearing configuration that minimizes vibration and provides increased stability. This results in a longer life expectancy, while the rugged design resists corrosion and wear in harsh conditions. The parts are fully interchangeable with other pumps on the market, making maintenance and component replacement easier.
Key benefits and features
- Robust axle: The shaft and stainless steel sleeve resist corrosion and mechanical wear, ensuring reliable operation.
- Easy access: Stainless steel housing and wear-resistant packing nuts simplify maintenance.
- Top-class mechanical seals: The impeller reduces wear on the stuffing box cover and helps the mechanical seal last longer.
- Labyrinth seals: Reduces bearing and shaft contamination, which in turn minimizes downtime.
- Hard iron components: Impellers, stuffing box covers and wear pads provide extra strength and durability.
- ATEX certified: Suitable for explosive environments.
- More frame sizes: Available in 2.5”, 1.875” and 1.125”.
Tailor-made solutions
MUD HOG can be supplied with skid packing for liner flush, charge pump and transfer pump. A dedicated performance test lab and pump curve program ensure that the pump is precisely tailored to your needs. This provides great flexibility and makes it easier to find optimal solutions for any operating situation.
Why choose MUD HOG Centrifugal Pumps?
Thanks to its robust construction and reliable performance, MUD HOG A first choice for many in the drilling industry, it combines low operating costs, minimal downtime and a range of practical features that ensure you can rely on the pump in demanding conditions. Please contact us. to find out how MUD HOG can meet your specific needs.
Download the product guide here
