1/4 Inch AODD Pumps BP06PP-P991-B - Polypropylene Body Santoprene Diaphragm -BSK

Name: 1/4 Inch AODD Pumps BP06PP-P991-B - Polypropylene Body Santoprene Diaphragm -BSK
Brand: BSK
SKU: BP06PP-P991-B
Price: 750.00 AED
Availability: InStock

SKUBP06PP-P991-BBrandBSK

AED 750.00

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The BP06PP-P991-B is a high-performance, air-operated double diaphragm (AODD) pump constructed with a durable polypropylene body and a chemically resistant Santoprene diaphragm. Designed for small-scale chemical applications and sampling, this pump is engineered to reliably transfer chemicals and various fluids in demanding laboratory and small industrial environments. With a maximum flow rate of 26.1 L/Min and a maximum suction lift of 3.5 m, it provides efficient and safe operation for a wide range of applications

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Wetted Material: Polypropylene
Seat Material: UPE
Ball Material: Santoprene
Diaphragm Material: Santoprene
O-ring Materials: NBR
Discharge Port: BSP
Fluid Outlet: 0.25"
Fluid Inlet: 0.25"
Max Flow: 28 L/Min
Max Suction Lift-Dry: 3.2 m
Max Air Pressure: 8.3 bar
Weight: 2.8kg
Noise: <70dB
Temperature Range: -40°C to 107.2°C
Dimensions/Size: 145×215×165mm
Color/Finish: Natural Polypropylene
Applications/Industry: Micro-Scale Chemical Processing
Micro-Scale Polypropylene Body Material: Provides excellent chemical resistance and ultra-lightweight durability, ensuring exceptional compatibility with acids and corrosive chemicals in micro-scale precision processing environments.
UPE Seat Design: Provides enhanced chemical compatibility compared to standard seats, offering superior resistance to chemical degradation for extended service life in micro-scale precision chemical applications.
Santoprene Diaphragm Material: Offers superior compatibility and lasting performance with fluids like acids, chemicals, and precision process fluids in micro-scale operations.
28 L/Min Max Flow: Enables precise and controlled micro-scale chemical transfer, ultra-precision dosing, and micro-batch chemical handling operations with exceptional accuracy.

Self-Priming & Can Run Dry: Reduces downtime and prevents damage, critical for micro-scale precision chemical processing systems and automated micro-dosing applications.
Seal-Less, Leak-Proof Design: Eliminates the risk of costly leaks and protects the environment from hazardous fluids in micro-scale precision applications.
Air-Operated (Intrinsically Safe): Can be used in hazardous environments where electrical sparks are a concern, ideal for micro-scale explosive atmosphere applications.
Chemical Grade Micro-Scale Configuration: Specifically designed for ultra-small-scale chemical applications with materials selected for enhanced chemical compatibility and precision control.
Wide Temperature Range (-40°C to 107.2°C): Ensures reliable operation across diverse micro-scale chemical processing conditions and environmental variations.
Ultra-Compact 0.25" Port Design: Optimized for micro-precision flow control and ultra-space-limited installations while maintaining superior chemical compatibility.
Micro-Scale Chemical Processing: Ultra-precise transfer of acids, specialty chemicals, and micro-batch process fluids with enhanced chemical compatibility in laboratory and micro-scale operations.
Laboratory & Analytical Micro-Applications: Precision handling of chemical reagents, analytical solutions, and laboratory chemicals requiring ultra-accurate flow control and chemical resistance in micro-scale operations.
Micro-Batch Manufacturing: Ultra-precise handling of specialty chemicals, process additives, and micro-scale industrial fluids in research and micro-production operations.
Pharmaceutical Micro-R&D: Precision transfer of pharmaceutical intermediates, research chemicals, and micro-scale process development fluids requiring enhanced chemical compatibility and ultra-precision control.
Electronics & Semiconductor Micro-Applications: Ultra-controlled handling of specialty chemicals, cleaning solutions, and micro-scale process fluids in research and micro-manufacturing applications.
Note: The BP06PP-P991-B's ultra-compact polypropylene construction with UPE seat material and 0.25" port design provides excellent chemical resistance for micro-scale applications requiring ultra-accurate flow control and space efficiency. The combination of ultra-lightweight polypropylene body with UPE seats makes it ideal for laboratory, micro-scale production, and precision manufacturing operations where controlled chemical handling, ultra-space efficiency, and micro-precision are critical requirements.
Ultra-Compact Polypropylene Construction: Excellent chemical resistance and ultra-lightweight design providing superior compatibility for micro-scale precision processing environments
UPE Seat Technology: Enhanced chemical resistance compared to standard seats, offering superior compatibility with acids and chemicals in micro-scale applications
Micro-Precision Flow Control: 28 L/Min capacity through 0.25" ports delivering ultra-accurate and controlled chemical transfer for micro-scale operations
Chemical Grade Micro-Scale Configuration: Specifically designed for ultra-small-scale chemical applications with enhanced material compatibility and precision control
Proven Ultra-Compact AODD Technology: Self-priming, seal-less operation that can run dry without damage in micro-scale precision applications
Ultra-Space-Efficient Design: Ultra-compact dimensions (145×215×165mm) ideal for laboratory and micro-scale installations with severe space constraints
Wide Operating Range: Functions reliably across -40°C to 107.2°C temperature range for diverse micro-scale processing conditions
Intrinsically Safe Micro-Scale Operation: Air-powered design eliminates electrical spark risks in micro-scale hazardous environments