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2 Inch Flange AODD Pumps BA50CI-CTT3-C - Cast Iron Body PTFE Diaphragm -BSK

2 Inch Flange AODD Pumps BA50CI-CTT3-C - Cast Iron Body PTFE Diaphragm -BSK

Regular price AED 7,100.00
Regular price Sale price AED 7,100.00
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The BA50CI-CTT3-C is a high-performance, air-operated double diaphragm (AODD) pump constructed with a durable cast iron body and a chemically resistant PTFE diaphragm. Designed for chemical processing and extreme duty applications, this pump is engineered to reliably transfer corrosive chemicals and aggressive fluids in demanding chemical processing and heavy industrial 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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Specifications

  • Wetted Material: Cast Iron
  • Seat Material: PTFE
  • Ball Material: PTFE
  • Diaphragm Material: PTFE
  • 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: 32.5kg
  • Noise: <78dB
  • Temperature Range: -40°C to 149°C
  • Dimensions/Size: 385×515×375mm
  • Color/Finish: Cast Iron
  • Applications/Industry: High-Purity Processing
Product Features
  • Cast Iron Body Material: Provides exceptional durability and strength, ensuring maximum longevity and reliability in heavy-duty high-purity processing environments requiring robust construction.
  • All-PTFE Wetted Parts Design: Provides maximum chemical compatibility and purity maintenance for the most demanding high-purity processing applications requiring zero contamination risk.
  • PTFE Diaphragm Material: Offers superior chemical compatibility and temperature resistance for handling high-purity aggressive chemicals, ultra-pure process fluids, and high-temperature applications.
  • 680 L/Min Max Flow: Enables highly efficient and rapid high-volume high-purity processing, ultra-pure fluid transfer, and large-scale clean processing operations.
  • Self-Priming & Can Run Dry: Reduces downtime and prevents damage, critical for continuous high-purity processing operations and automated ultra-pure systems.
  • Tri-Clamp Sanitary Connections: Provides quick-disconnect sanitary connections for easy cleaning, maintenance, and compliance with high-purity processing standards.
  • Seal-Less, Leak-Proof Design: Eliminates the risk of product contamination and maintains ultra-pure conditions in high-volume processing operations.
  • Air-Operated (Intrinsically Safe): Safe for high-purity processing environments where electrical equipment may pose contamination risks in critical applications.
  • High Temperature Range (-40°C to 149°C): Handles high-temperature ultra-pure processes and extreme operating conditions in demanding high-purity applications.
  • Heavy-Duty 2" Tri-Clamp Design: Optimized for high-volume ultra-pure flow capacity while maintaining easy cleaning and high-purity compliance.
Applications & Industries
  • High-Volume Pharmaceutical Manufacturing: Large-scale transfer of active pharmaceutical ingredients, ultra-pure solvents, and critical process chemicals in GMP production facilities requiring sanitary connections.
  • Industrial Biotechnology Processing: High-capacity handling of bioprocess fluids, cell culture media, and biopharmaceutical products requiring ultra-pure conditions and easy cleaning.
  • Large-Scale Food & Beverage Processing: High-volume transfer of aggressive food processing chemicals, cleaning solutions, and specialty ingredients requiring both chemical resistance and sanitary compliance.
  • Semiconductor Chemical Processing: High-capacity handling of ultra-pure aggressive chemicals, specialty etchants, and high-purity process fluids in large-scale clean room facilities.
  • Industrial Chemical Processing: Large-scale processing of high-purity specialty chemicals, aggressive cleaning solutions, and ultra-pure industrial solvents requiring both chemical resistance and contamination prevention.
  • Note: The BA50CI-CTT3-C combines heavy-duty cast iron construction with all-PTFE wetted parts and tri-clamp sanitary connections, providing the ultimate solution for high-volume applications requiring maximum chemical resistance, mechanical durability, and high-purity standards. This model is ideal for demanding applications where aggressive chemical compatibility, contamination prevention, and easy cleaning are critical requirements.
Why Choose This Pump?
The BA50CI-CTT3-C from BSK Fluid Technology represents the ultimate combination of mechanical strength, chemical resistance, and sanitary compliance, combining heavy-duty cast iron construction with all-PTFE wetted parts and tri-clamp connections to deliver unmatched performance in the most demanding high-purity aggressive chemical processing applications.
Key Product Highlights:
  • Ultimate High-Purity Construction: Cast iron body with all-PTFE wetted parts and tri-clamp connections providing maximum strength, chemical compatibility, and sanitary compliance
  • Maximum Chemical Resistance: Unmatched compatibility with high volumes of aggressive chemicals while maintaining ultra-pure conditions
  • High-Purity High-Temperature Performance: Operates reliably across -40°C to 149°C for high-temperature ultra-pure chemical processes
  • Sanitary High-Volume Design: 680 L/Min capacity through 2" tri-clamp ports for demanding high-purity operations
  • CIP/SIP Compatible: Designed for standard high-purity industry cleaning and sterilization procedures
  • Proven Heavy-Duty AODD Technology: Self-priming, seal-less operation preventing contamination in high-volume ultra-pure applications
  • Easy Maintenance Design: Tri-clamp connections facilitate quick disassembly for thorough cleaning and maintenance
  • Industrial High-Purity Durability: Built for continuous operation in demanding high-purity processing environments
The BA50CI-CTT3-C is the ultimate choice for high-volume pharmaceutical manufacturing, industrial biotechnology processing, semiconductor chemical processing, and specialty chemical production where the combination of maximum chemical resistance, mechanical durability, high-purity standards, sanitary compliance, and high-volume capacity are essential for successful operation in the most demanding high-purity chemical environments.