Operating and maintaining submersible pumps presents significant technical challenges. Applications in these environments often face limited accessibility, aggressive media, and complex thermal and cooling requirements. To address these hurdles, FCX Performance partners with BJM Pumps by Industrial Flow Solutions to provide engineering and pump distribution for demanding submersible environments.
The Benefits of BJM Pumps
BJM Pumps are built to withstand harsh conditions. Their pumps focus on:
-
High Temperature Resistance: The Fahrenheit® Series is designed for continuous duty in liquids up to 200°F (93°C), using high-temperature rated seals and motor insulation to support operational stability in hot process water.
-
Corrosion Resistance: Using materials such as 316 cast stainless steel and non-metallic Noryl, BJM provides solutions for acidic or caustic fluids where cast iron would rapidly degrade.
-
Explosion-Proof Certification: For hazardous locations, BJM offers FM-approved explosion-proof motors that meet Class I, Division 1, Groups C & D requirements, promoting safety in volatile environments.
Industries Served
Key industries that FCX Performance supports with BJM Pumps are:
-
Mining and Construction
-
Municipal and Commercial Industries
FCX Performance: Your Technical Partner
FCX Performance works directly with you on design, design, selection, procurement, start-up, and service support. Our engineering expertise allows us to deliver integrated flow-control products that:
-
Reduce downtime by matching the right pump materials to your specific media.
-
Improve efficiency through precise hydraulic selection.
-
Enhance safety by providing certified equipment for hazardous environments.
-
Help improve customer profitability by extending the mean time between failures (MTBF).
Successful submersible pumps require a combination of the correct materials and precise application engineering. By leveraging BJM Pump’s technology alongside FCX Performance’s technical support, you can maintain reliable pump performance.
