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2 Inch Flange AODD Pumps BA50PP-P991-C - Polypropylene Body Santoprene Diaphragm -BSK

2 Inch Flange AODD Pumps BA50PP-P991-C - Polypropylene Body Santoprene Diaphragm -BSK

SKUBA50PP-P991-CBrandBSK
Regular price AED 6,700.00
Regular price Sale price AED 6,700.00
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The BA50PP-P991-C is a high-performance, air-operated double diaphragm (AODD) pump constructed with a durable polypropylene body and a chemically resistant Santoprene diaphragm. Designed for large volume chemical applications, this pump is engineered to reliably transfer chemicals and corrosive fluids in demanding chemical processing environments. With a maximum flow rate of 667 L/Min and a maximum suction lift of 6.2 m, it provides efficient and safe operation for a wide range of applications

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ParameterValue
Wetted Material
Polypropylene
Seat Material
UPE
Ball Material
Santoprene
Diaphragm Material
Santoprene
O-ring Materials
NBR
Discharge Port
Tri-Clamp
Fluid Outlet
2"
Fluid Inlet
2"
Max Flow
680 L/Min
Max Suction Lift-Dry
8.2 m
Max Air Pressure
8.3 bar
Weight
18.5kg
Noise
<78dB
Temperature Range
-40°C to 107.2°C
Dimensions/Size
385×515×375mm
Color/Finish
Natural Polypropylene
Applications/Industry
Industrial-Scale Chemical Processing
Polypropylene Body Material
Provides excellent chemical resistance and lightweight durability, ensuring exceptional compatibility with acids and corrosive chemicals in industrial-scale sanitary processing environments.
UPE Seat Design
Provides enhanced chemical compatibility compared to standard seats, offering superior resistance to chemical degradation for extended service life in industrial-scale sanitary chemical applications.
Santoprene Diaphragm Material
Offers superior compatibility and lasting performance with fluids like acids, chemicals, and sanitary process fluids in industrial-scale clean processing operations.
680 L/Min Max Flow
Enables ultra-efficient and rapid industrial-scale sanitary chemical transfer, massive clean processing, and large-scale hygienic chemical handling operations.
ParameterValue
Self-Priming & Can Run Dry
Reduces downtime and prevents damage, critical for continuous industrial-scale sanitary chemical processing systems and massive clean applications.
Industrial Tri-Clamp Sanitary Connections
Provides large-scale quick-disconnect sanitary connections for easy cleaning, maintenance, and compliance with industrial-scale chemical processing sanitary standards.
Seal-Less, Leak-Proof Design
Eliminates the risk of product contamination and maintains sanitary conditions in industrial-scale chemical processing operations.
Air-Operated (Intrinsically Safe)
Safe for industrial-scale sanitary processing environments where electrical equipment may pose contamination risks in large-scale chemical applications.
Chemical Grade Industrial Sanitary Configuration
Specifically designed for massive sanitary chemical applications with materials selected for enhanced chemical compatibility and cleanliness.
Industrial 2" Port Design
Optimized for ultra-high-volume sanitary chemical flow capacity while maintaining easy cleaning and sanitary compliance.
Industrial-Scale Sanitary Chemical Processing
Massive transfer of acids, specialty chemicals, and process fluids with enhanced chemical compatibility in large-scale clean processing facilities requiring ultra-high-flow sanitary connections.
Major Clean Water Treatment
Ultra-high-capacity handling of chemical additives, treatment solutions, and process chemicals in water treatment facilities requiring sanitary compliance and chemical resistance with maximum throughput.
Large-Scale Pharmaceutical Chemical Processing
Industrial-scale transfer of pharmaceutical chemicals, cleaning solutions, and process fluids requiring both chemical compatibility and sanitary compliance in major operations.
Industrial Clean Manufacturing
For ultra-high-volume sanitary chemical transfer, acid handling, and massive clean processing applications requiring enhanced chemical resistance and industrial-scale sanitary connections.
Major Biotechnology Processing
Ultra-high-capacity handling of process chemicals, cleaning solutions, and specialty fluids in biotechnology applications requiring sanitary design, chemical compatibility, and maximum throughput.
Note
The BA50PP-P991-C's polypropylene construction with UPE seat material and 2" tri-clamp sanitary connections provides excellent chemical resistance for industrial-scale sanitary applications requiring easy cleaning and chemical compatibility. The combination of lightweight polypropylene body with UPE seats and large tri-clamp design offers enhanced compatibility with acids and chemicals while maintaining sanitary compliance, making it ideal for massive clean processing operations where chemical resistance, ultra-high-volume capacity, sanitary design, and easy cleaning are critical requirements.
Industrial-Scale Polypropylene Construction
Excellent chemical resistance and corrosion protection providing superior compatibility for massive sanitary chemical processing environments
UPE Seat Technology
Enhanced chemical resistance compared to standard seats, offering superior compatibility with acids and chemicals in industrial-scale sanitary applications
Ultra-High-Flow Tri-Clamp Sanitary Design
Large 2" quick-disconnect sanitary connections ensuring easy cleaning, maintenance, and compliance with industrial-scale chemical processing standards
Chemical Grade Industrial Sanitary Configuration
Specifically designed for massive clean chemical applications with materials selected for chemical compatibility and sanitary compliance
Proven Industrial-Scale Sanitary AODD Technology
Self-priming, seal-less operation preventing product contamination in industrial-scale sanitary chemical applications
Reliable Industrial Sanitary Flow Capacity
Delivers consistent 680 L/Min flow through 2" tri-clamp ports for efficient massive clean chemical operations
Wide Operating Range
Functions reliably across -40°C to 107.2°C temperature range for diverse industrial-scale sanitary chemical processing conditions
Safe Industrial Sanitary Operation
Air-powered design eliminates electrical contamination risks in massive clean processing facilities