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The Ultimate Industrial Hose Pump: Precision Engineering for Extreme Fluid Handling

In the demanding world of industrial processing, the Industrial Hose Pump (also known as a heavy-duty peristaltic pump) has emerged as the most reliable solution for transferring "troublesome" fluids. Unlike standard centrifugal or gear pumps that struggle with wear, clogging, and leakage, our industrial hose pump is designed to handle the most aggressive, high-viscosity, and abrasive media with zero internal leakage and minimal maintenance.

1. Revolutionary Design: How the Hose Pump Works

The core philosophy of our Industrial Hose Pump is simplicity and isolation. The fluid being pumped is completely contained within a heavy-duty, reinforced elastomer hose. A rotating shoe or roller compresses the hose, creating a vacuum that draws the fluid in and pushes it forward.

Because the fluid never touches the pump’s mechanical parts—only the inner liner of the hose—this hose pump eliminates the need for:

• Mechanical Seals: No more expensive seal failures or leaks.

• Check Valves: No clogging from solids or fibers.

• O-Rings & Diaphragms: Reducing the number of wear parts to just one—the hose itself.

2. Unmatched Performance in Extreme Conditions

Our Industrial Hose Pump is engineered to excel where other pumps fail. Whether you are dealing with concentrated sulfuric acid or thick mining tailings, this pump delivers:

• Superior Self-Priming & High Suction Lift: Capable of a vertical suction lift of up to 9.5 meters, it is the highest self-priming volume pump available. This makes it ideal for deep pit drainage and underground mine dewatering.

• High Solid Content Capacity: While most pumps clog when solid concentrations exceed 10%, our industrial pump can easily transport slurries with up to 75% solid content. It can handle solid particles and fibers without any risk of blockage.

• Energy Efficiency & Cost Savings: The positive displacement mechanism is highly efficient. Compared to traditional centrifugal pumps, our hose pump can save over 50% in energy costs, especially when handling high-density media (specific gravity up to 2.5).

3. Key Technical Features & Benefits

To ensure long-term reliability in 24/7 industrial environments, we have integrated several advanced features:

• Reversible Operation: The pump can run in both directions. This is a critical feature for clearing line blockages or thoroughly flushing the system after a production run.

• Dry-Running Capability: Many pumps will burn out if they run dry. Our industrial hose pump can run dry indefinitely without any damage, making it perfect for unmanned or remote locations.

• Gentle Pumping Action (Low Shear): For shear-sensitive fluids like yeast, flocculants, or latex, the gentle compression of the hose ensures the media’s integrity is not compromised.

• Corrosion Resistance: By offering multiple hose materials—including NR (Natural Rubber), NBR (Nitrile), and CSM (Hypalon)—we provide a tailored solution for every chemical challenge, from alkaline liquids to petroleum-based oils.

4. Diverse Industrial Applications: From Mining to Cosmetics

The versatility of the Industrial Hose Pump allows it to serve as the "workhorse" across a wide range of industries:

• Mining & Metallurgy: Handling thickened tailings, gold ore pulp, and abrasive mine water. Its ability to pump high-density slurry (SG up to 2.5) is unmatched.

• Chemical Industry: Transferring titanium dioxide, phosphate slurries, resins, and various acids/alkalis.

• Water & Wastewater Treatment: Precise metering of chemicals, lime milk dosing, and pumping thick sludge from sedimentation tanks.

• Construction: Pumping cement grout, mortar, concrete slurry, and decorative ceiling coatings.

• Food, Beverage & Cosmetics: Sanitary transfer of toothpaste, emulsions, shampoos, syrups, and yeast.

•  Paper & Pulp: Handling high-concentration paper pulp and wastewater treatment residues.

• Power Plants: Managing radioactive waste liquids in nuclear plants and chemical treatment in thermal power stations.

5. Selection Guide: Finding the Right Pump for Your Needs

Choosing the correct Industrial Hose Pump requires a deep understanding of your operational parameters. Our engineering team assists customers by evaluating:

1. Fluid Characteristics: Is it corrosive, abrasive, or shear-sensitive?

2. Duty Cycle: Will the pump run intermittently or 24/7? This helps us determine the optimal hose life.

3. Pressure & Flow Rate: We calculate the precise motor power and RPM required to maintain stable discharge pressure.

4. Temperature & Viscosity: High-temperature or high-viscosity fluids require specific hose reinforcements and pump sizing.

6. Maintenance and Longevity

Maintenance is the biggest "hidden cost" in pumping. With our hose pump, the only regular maintenance required is the quick replacement of the hose. Because there are no valves or corners where debris can accumulate, the internal flow path is smooth and self-cleaning. For hazardous or explosive environments, we offer ATEX-certified explosion-proof motors to ensure maximum site safety.

模型	力量	排量m2/H	输出压力MPa	电机功率
	KP300-6NP-0.75KW	1	0.6	0.75
KP300	KP300-13NP-15KW	1	1.3	1.5
	KP300-6NP-22KW	2.6	0.6	2.2
	KP300-13NP-4KW	2.6	1.3	4
	KP400-6NP-1.5KW	2.5	0.6	1.5
KP400	KP400-13NP-3KW	2.5	1.3	3
	KP400-6NP-3KW	6	0.6	3
	KP400-13NP-5.5KW	6	1.3	5.5
	KP600-6NP-5.5KW	16	0.6	5.5
KP600	KP600-10NP-7.5KW	16	1.0	7.5
	KP600-13NP-11KW	16	1.3	11
KP800	KPB00-6NP-11KW	30	0.6	11
	KP800-13NP-18.5KW	30	1.3	18.5