Cretech Pumps LLP

APPLICATIONS 
Dewatering, Mud, Marine, Effluent, Hotel, Loading and Transfer of Oils, Spirits, Swimming Pools, Gas Oils, Vessels, Industrial-Pumping Petroleum Products, Chemical, Filter Press Feeding, ETP, STP, Waste water Treatment plant, Sewage Pumping,  Mobile Machinery, Pits, Pot-holes, Excavations, Pier, etc, Municipality public Health department. Large housing colonies, Gram Panchayat, Industries like Chemical, Pharmaceuticals, Food, Cement, Paper, Salt, Steel and other liquids for cargo from freighter, barges.

APPLICATIONS
Dewatering, Mud, Marine, Effluent, Hotel, Loading and Transfer of Oils, Spirits, Swimming Pools, Gas Oils, Vessels, Industrial-Pumping Petroleum Products, Chemical, Filter Press Feeding, ETP, STP, Waste water Treatment plant, Sewage Pumping,  Mobile Machinery, Pits, Pot-holes, Excavations, Pier, etc., Municipality public Health department. Large housing colonies, Gram Panchayat, Industries like Chemical, Pharmaceuticals, Food, Cement, Paper, Salt, Steel and other liquids for cargo from freighter, barges.

 APPLICATIONS
Construction Dewatering, Commercial Waste water, Dewatering in Industries like Power, Steel, Fertilizer, Cement, Effluent handling in chemical and process industries, Hotel & Hospitals, Municipal Sewage and Drainage applications, Rain water Dewatering, Muddy water Transfer, ETP, STP, Waste water treatment plants.

Advantages:

• Prevents Downtime: The self-priming feature allows the pump to operate continuously without the need for manual priming or restarting, preventing unnecessary downtime.

• Improved Productivity: The non-clogging design ensures that the pump can handle tough, dirty fluids without frequent stoppages for maintenance, improving overall productivity.

• Versatility: Suitable for a variety of industries dealing with slurry or thick fluids, including construction, mining, drilling, and wastewater treatment.

Self-Priming Capability:

• The pump is designed to automatically remove air from the suction line and create a vacuum without the need for external priming devices. This feature is crucial for handling fluids with varying consistencies, especially in scenarios where the pump may lose its prime due to air or gas buildup in the suction line.

Non-Clog Design:

• A non-clog pump is built to handle fluids containing large solid particles, such as sand, dirt, rocks, or other debris. It prevents these solids from obstructing the pump’s internal components, ensuring continuous and reliable operation even with highly particulate-laden fluids.

• The impeller and volute are often designed with larger clearances or a more robust construction to allow the passage of larger particles without damaging the pump.

High Viscosity Handling:

• These pumps are built to handle thick, viscous fluids that may be difficult for standard centrifugal pumps to process, such as drilling mud, slurry, or thick sludge.

 APPLICATIONS
Construction Dewatering, Commercial Waste water, Dewatering in Industries like Power, Steel, Fertilizer, Cement, Effluent handling in chemical and process industries, Hotel & Hospitals, Municipal Sewage and Drainage applications, Rain water Dewatering, Muddy water Transfer, ETP, STP, Waste water treatment plants.

APPLICATIONS
Water treatment plant, Effluent treatment plant, Electro plating, Pickling & Steel rolling mills, Excellent for transfer and loading – unloading like HCL, Sulphuric Acid/Alkali, Caustic Liquids, Scrubbing of corrosive gases, Textile, Paper, Cellulose, Sugar, Steel, Food, having temperature range, materials, etc, Ideal for circulation of chemical in metal finishing industry, Filter Press for Dyes & Chemicals, Descaling oil and other fuels.

Key Features of Sewage Submersible Slurry Pumps:

Submersible Design:

These pumps are designed to operate while submerged in the liquid, which helps prevent issues such as cavitation and airlock. The pump casing, motor, and other components are housed in a water-tight enclosure, making them durable and efficient for underwater or underground installations.

Ability to Handle Solids:

Sewage submersible slurry pumps are built with large, rugged impellers and a wide intake, allowing them to handle liquids that contain solid particles, including sludge, slurry, and even coarse debris like tree branches, gravel, and rocks.

The impellers are typically designed to be open or semi-open to reduce the risk of clogging, ensuring the pump can pass large solid objects without blockage.

Corrosion and Abrasion Resistance:

These pumps are often made of materials such as cast iron, stainless steel, or specially engineered alloys that offer excellent resistance to corrosion and abrasion. This is especially important when dealing with sewage, which can contain corrosive chemicals, and slurry, which can be highly abrasive due to solid particles.

In some cases, rubber or polyurethane linings may be used in key wear parts to further enhance abrasion resistance.

Heavy-Duty Construction:

Sewage submersible slurry pumps are built to withstand harsh conditions and continuous operation. The motor and pump components are designed to be durable, even when handling highly abrasive or viscous fluids. This makes them ideal for industrial and municipal environments that require constant, high-performance fluid handling.