1.5 Inch AODD Pumps BA40CS-CTT3-A - CS/CI Body PTFE Diaphragm -BSK

Name: 1.5 Inch AODD Pumps BA40CS-CTT3-A - CS/CI Body PTFE Diaphragm -BSK
Brand: BSK
SKU: BA40CS-CTT3-A
Price: 5025.00 AED
Availability: InStock

SKUBA40CS-CTT3-ABrandBSK

AED 5,025.00

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The BA40CS-CTT3-A is a high-performance, air-operated double diaphragm (AODD) pump constructed with a durable carbon steel/cast iron body and a chemically resistant PTFE diaphragm. Designed for chemical processing applications, this pump is engineered to reliably transfer corrosive chemicals and aggressive fluids in demanding chemical processing environments. With a maximum flow rate of 378.50 L/Min and a maximum suction lift of 6.7 m, it provides efficient and safe operation for a wide range of applications

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Wetted Material: Carbon Steel
Seat Material: PTFE
Ball Material: PTFE
Diaphragm Material: PTFE
O-ring Materials: NBR
Discharge Port: BSP
Fluid Outlet: 1.5"
Fluid Inlet: 1.5"
Max Flow: 380 L/Min
Max Suction Lift-Dry: 7.6 m
Max Air Pressure: 8.3 bar
Weight: 22.8kg
Noise: <76dB
Temperature Range: -40°C to 149°C
Dimensions/Size: 318×432×295mm
Color/Finish: Carbon Steel
Applications/Industry: Heavy-Duty Chemical Processing
Carbon Steel Body Material: Provides exceptional strength and durability, ensuring maximum longevity and reliability in high-volume heavy-duty aggressive chemical environments requiring superior mechanical properties and chemical resistance.
All-PTFE Wetted Parts Design: Provides maximum chemical compatibility and temperature resistance for the most demanding high-volume heavy-duty chemical applications requiring superior chemical inertness.
PTFE Diaphragm Material: Offers superior chemical compatibility and temperature resistance for handling large quantities of aggressive chemicals, acids, and high-temperature process fluids in heavy-duty high-flow operations.
380 L/Min Max Flow: Enables highly efficient and rapid high-volume heavy-duty chemical processing, aggressive fluid transfer, and large-scale robust chemical handling operations with superior mechanical reliability.

Self-Priming & Can Run Dry: Reduces downtime and prevents damage, critical for continuous high-volume heavy-duty aggressive chemical processing operations and industrial systems.
Seal-Less, Leak-Proof Design: Eliminates the risk of costly leaks and protects the environment from large volumes of aggressive chemicals in heavy-duty high-flow operations.
Air-Operated (Intrinsically Safe): Critical for high-volume heavy-duty hazardous chemical environments where electrical sparks could cause dangerous reactions in large-scale robust operations.
High Temperature Range (-40°C to 149°C): Handles high-temperature chemical processes and extreme operating conditions in heavy-duty high-volume applications requiring superior thermal performance.
Maximum Chemical Resistance: PTFE construction provides unmatched compatibility with high volumes of aggressive acids, solvents, and corrosive chemicals in heavy-duty environments with mechanical strength.
Heavy-Duty High-Volume 1.5" Port Design: Optimized for high-capacity aggressive chemical flow while maintaining superior mechanical strength and maximum chemical compatibility.
High-Volume Heavy-Duty Aggressive Chemical Processing: Large-scale handling of strong acids, caustic solutions, aggressive solvents, and corrosive chemical processing fluids requiring both maximum chemical resistance and superior mechanical strength.
Large-Scale Industrial High-Temperature Applications: High-volume processing of heated aggressive chemicals, high-temperature process fluids, and applications requiring operation up to 149°C with heavy-duty mechanical reliability.
Industrial Heavy-Duty Pharmaceutical Manufacturing: High-capacity transfer of active pharmaceutical ingredients, aggressive cleaning solvents, and process chemicals requiring highest purity, chemical compatibility, and mechanical durability.
Large-Scale Heavy-Duty Mining Operations: High-volume handling of aggressive mining chemicals, extraction solvents, and corrosive process fluids in demanding mining environments requiring superior mechanical strength and chemical resistance.
Industrial Heavy-Duty Petrochemical Processing: High-capacity processing of aggressive petrochemicals, refinery chemicals, and industrial solvents in demanding operations requiring both chemical inertness and mechanical durability.
Note: The BA40CS-CTT3-A's carbon steel body with all-PTFE wetted parts construction and 1.5" high-flow design provides the ultimate combination of mechanical strength and chemical resistance for high-volume heavy-duty applications. This model combines the superior durability of carbon steel with the chemical inertness of PTFE, making it ideal for continuous high-volume heavy-duty operations handling aggressive chemicals where both maximum mechanical strength, superior chemical compatibility, and high throughput are critical requirements.
Ultimate High-Volume Heavy-Duty Construction: Carbon steel body with all-PTFE wetted parts providing maximum mechanical strength, chemical compatibility, and high-flow capacity
Maximum Chemical Resistance: Unmatched compatibility with high volumes of aggressive acids, caustic solutions, and corrosive chemicals with superior mechanical durability
High-Volume High-Temperature Performance: Operates reliably across -40°C to 149°C for large-scale high-temperature chemical processes with mechanical strength
Superior High-Flow Mechanical Strength: Carbon steel construction providing exceptional durability for demanding high-volume industrial environments
Proven High-Capacity Heavy-Duty AODD Technology: Self-priming, seal-less operation ideal for continuous high-volume heavy-duty aggressive chemical handling
Reliable High-Volume Heavy-Duty Flow Capacity: Consistent 380 L/Min flow for demanding large-scale heavy-duty chemical processing operations
Extended Service Life: Superior construction ensuring long-term reliability in high-volume heavy-duty aggressive chemical environments
Intrinsically Safe High-Volume Heavy-Duty Design: Critical safety feature for large-scale heavy-duty aggressive chemical environments