1/2 Inch AODD Pumps BP15AL-P991-B - Aluminium Alloy Body Santoprene Diaphragm -BSK

Name: 1/2 Inch AODD Pumps BP15AL-P991-B - Aluminium Alloy Body Santoprene Diaphragm -BSK
Brand: BSK
SKU: BP15AL-P991-B
Price: 1050.00 AED
Availability: InStock

SKUBP15AL-P991-BBrandBSK

AED 1,050.00

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The BP15AL-P991-B is a high-performance, air-operated double diaphragm (AODD) pump constructed with a durable aluminum alloy body and a chemically resistant Santoprene diaphragm. Designed for small industrial and sampling applications, this pump is engineered to reliably transfer various fluids including chemicals and samples in demanding laboratory and small industrial environments. With a maximum flow rate of 45.3 L/Min and a maximum suction lift of 70 m, it provides efficient and safe operation for a wide range of applications

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Wetted Material: Aluminium
Seat Material: UPE
Ball Material: Santoprene
Diaphragm Material: Santoprene
O-ring Materials: NBR
Discharge Port: BSP
Fluid Outlet: 0.5"
Fluid Inlet: 0.5"
Max Flow: 57 L/Min

Max Suction Lift-Dry: 4.5 m
Max Air Pressure: 8.3 bar
Weight: 4.8kg
Noise: <72dB
Temperature Range: -40°C to 107.2°C
Dimensions/Size: 178×285×195mm
Color/Finish: Anodized Aluminium
Applications/Industry: Chemical Processing

Product Features

Compact Aluminum Body Material: Provides excellent resistance to corrosion and lightweight durability, ensuring longevity and reliability in precision chemical processing environments.
UPE Seat Design: Provides enhanced chemical compatibility compared to standard seats, offering superior resistance to chemical degradation for extended service life in precision applications.
Santoprene Diaphragm Material: Offers superior compatibility and lasting performance with fluids like mild acids, general chemicals, and precision process fluids in low-flow applications.
57 L/Min Max Flow: Enables precise and controlled chemical transfer, precision dosing, and small-scale chemical handling operations with enhanced accuracy.
Self-Priming & Can Run Dry: Reduces downtime and prevents damage, critical for precision chemical processing systems and automated dosing applications.
Seal-Less, Leak-Proof Design: Eliminates the risk of costly leaks and protects the environment from hazardous fluids in precision applications.
Air-Operated (Intrinsically Safe): Can be used in hazardous environments where electrical sparks are a concern, ideal for precision explosive atmosphere applications.
Chemical Grade Precision Configuration: Specifically designed for small-scale precision chemical applications with materials selected for enhanced chemical compatibility.
Wide Temperature Range (-40°C to 107.2°C): Ensures reliable operation across diverse precision chemical processing conditions and environmental variations.
Compact 0.5" Port Design: Optimized for precision flow control and space-limited installations while maintaining chemical compatibility.

Applications & Industries

Precision Chemical Processing: Controlled transfer of acids, specialty chemicals, and precision process fluids with enhanced chemical compatibility in laboratory and pilot-scale operations.
Laboratory & Analytical Applications: Precision handling of chemical reagents, analytical solutions, and laboratory chemicals requiring accurate flow control and chemical resistance.
Small-Scale Paint & Coatings: Precise handling of specialty paints, pigments, and coating additives in small-batch manufacturing and R&D operations.
Pharmaceutical R&D: Precision transfer of pharmaceutical intermediates, research chemicals, and process development fluids requiring enhanced chemical compatibility.
Electronics & Semiconductor R&D: Controlled handling of specialty chemicals, cleaning solutions, and process fluids in research and development applications.
Note: The BP15AL-P991-B's compact 0.5" port design with UPE seat material provides superior chemical resistance for precision applications requiring accurate flow control. The combination of small-scale design with enhanced chemical compatibility makes it ideal for laboratory, pilot-scale, and precision manufacturing operations where controlled chemical handling and space efficiency are critical requirements.

Why Choose This Pump?

The BP15AL-P991-B from BSK Fluid Technology combines compact precision construction with proven AODD pump technology to deliver unmatched performance and reliability for precision chemical processing challenges. Its focus on enhanced chemical compatibility with UPE seat design in a compact package makes it the ideal choice for laboratory, pilot-scale, and precision applications requiring accuracy and chemical resistance.

Key Product Highlights:

Compact Aluminum Construction: Lightweight yet durable design providing excellent corrosion resistance for precision chemical processing environments
UPE Seat Technology: Enhanced chemical resistance compared to standard seats, offering superior compatibility with acids and chemicals in precision applications
Precision Flow Control: 57 L/Min capacity through 0.5" ports delivering accurate and controlled chemical transfer for precision operations
Chemical Grade Precision Configuration: Specifically designed for small-scale chemical applications with enhanced material compatibility
Proven Compact AODD Technology: Self-priming, seal-less operation that can run dry without damage in precision applications
Space-Efficient Design: Compact dimensions (178×285×195mm) ideal for laboratory and space-limited installations
Wide Operating Range: Functions reliably across -40°C to 107.2°C temperature range for diverse precision processing conditions
Intrinsically Safe Precision Operation: Air-powered design eliminates electrical spark risks in precision hazardous environments

The BP15AL-P991-B bridges the gap between basic precision fluid handling and demanding small-scale chemical applications, offering enhanced chemical resistance while maintaining compact design and precision control for laboratory applications, pilot-scale processing, and precision manufacturing operations where reliable performance, chemical compatibility, and space efficiency are essential.