Specifications
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Product Features
- Stainless Steel 316 Body Material: Provides excellent resistance to corrosion, chemicals, and contamination, ensuring longevity and reliability in medium flow high purity sanitary processing environments.
- PTFE Diaphragm Material: Offers superior compatibility and lasting performance with fluids like high-purity food products, pharmaceutical solutions, sterile beverages, ultra-clean fluids, and pure processing liquids.
- 378.50 L/Min Max Flow: Enables efficient and rapid medium-volume high-purity fluid transfer, pharmaceutical processing, and sterile applications requiring higher flow rates.
- Self-Priming & Can Run Dry: Reduces downtime and prevents damage, simplifying operation in high-purity sanitary systems where continuous operation is essential.
- Medium Flow High Purity Stainless Steel with PTFE Sealing: Provides pharmaceutical-grade construction with stainless steel seats and PTFE cover O-rings, delivering maximum purity and contamination prevention for medium-volume critical applications.
- Seal-Less, Leak-Proof Design: Eliminates the risk of costly leaks and protects products from contamination in sterile environments.
- Air-Operated (Intrinsically Safe): Can be used in hazardous environments where electrical sparks are a concern, making it ideal for explosive atmospheres in pharmaceutical facilities.
- Medium Flow High Purity 1.5" BSP Port Design: Optimized for medium-volume high purity sanitary applications with 1.5" BSP connections for reliable integration into pharmaceutical and sterile processing systems requiring higher flow rates.
- Chemical Processing Temperature Range (4.4°C to 104°C): Optimized for pharmaceutical processing conditions, providing reliable operation across typical high-purity sanitary handling temperatures.
- Medium Flow High Purity Sanitary Configuration: Specifically engineered for medium flow high purity sanitary applications with enhanced PTFE configuration, featuring materials selected for FDA compliance and maximum contamination prevention in pharmaceutical and food processing environments.
Applications & Industries
- Pharmaceutical: Precise transfer in medium-volume high-purity API synthesis, sterile fluid handling, and pharmaceutical manufacturing requiring FDA-compliant stainless steel construction with enhanced PTFE sealing for maximum contamination prevention in pharmaceutical operations requiring higher throughput.
- Food & Beverage: FDA-compliant for moving high-purity food products, sterile beverages, ultra-clean concentrates, and pure food ingredients requiring stainless steel sanitary construction with PTFE purity for premium food processing with medium flow capacity.
- Biotechnology: Handling sterile processing fluids, high-purity pharmaceutical solutions, and specialty chemicals requiring food-grade construction with stainless steel sanitary design and enhanced PTFE sealing for medium-volume biotechnology processes.
- Dairy Processing: Transferring ultra-pure dairy products, sterile milk processing, and high-purity food-grade fluids requiring FDA-compliant stainless steel construction with PTFE contamination prevention for premium dairy operations requiring higher flow rates.
- Semiconductor: Transferring ultra-pure chemicals and high-purity processing fluids requiring maximum contamination prevention with stainless steel construction and enhanced PTFE sealing for medium-volume chip manufacturing requiring food-grade standards.
- Note: The BA40SS-STT3-A's medium flow high purity stainless steel construction with enhanced PTFE configuration (PTFE cover O-rings) and 1.5" BSP ports delivering 378.50 L/Min provides FDA-compliant performance with maximum contamination prevention for medium-volume high-purity applications. The stainless steel body offers excellent resistance to corrosion and contamination while the enhanced PTFE sealing system provides superior chemical compatibility and purity protection with increased throughput. This model represents the premium option for medium flow high purity sanitary applications where FDA compliance, maximum contamination prevention, enhanced flow capacity, and the highest sanitary standards are essential for pharmaceutical, food processing, and biotechnology industries requiring ultra-pure fluid handling with higher throughput.
Why Choose This Pump?
The BA40SS-STT3-A from BSK Fluid Technology combines robust construction with proven AODD pump technology to deliver unmatched performance and durability for your specific fluid handling challenges. Its focus on ultimate chemical resistance with Stainless Steel body and Teflon wetted parts design makes it a cost-effective and reliable choice for ensuring operational efficiency and safety.
Key Product Highlights:
- Stainless Steel 316L Body Construction: Premium stainless steel design providing exceptional corrosion resistance and hygiene standards for heavy-duty industrial applications
- Teflon (PTFE) Wetted Parts: Ultimate chemical resistance material offering unmatched compatibility with virtually all chemicals, solvents, and aggressive fluids with temperature resistance from -20°C to 220°F
- Proven AODD Technology: Self-priming, seal-less operation that can run dry without damage while maintaining 4.5m self-priming lift capability
- Heavy-Duty 1.5" Port Design: Large bore installation with 1.5"-Side flange connections while delivering reliable 330 L/Min flow capacity with 70M maximum head
- Maximum Operating Range: Functions reliably with PTFE's exceptional chemical and temperature resistance up to 8.3 bar maximum air pressure across extreme conditions
- Intrinsically Safe Operation: Air-powered design eliminates electrical spark risks in hazardous environments while handling the most aggressive chemicals and particles up to 6mm diameter
The BA40SS-STT3-A is specifically engineered for high-volume applications requiring the absolute highest level of chemical resistance and sanitary standards, making it the ideal solution for large-scale pharmaceutical manufacturing, aggressive chemical processing, and high-flow ultra-pure fluid handling where maximum chemical compatibility and throughput are paramount.
