TEES
FLO-TK™ Flow Conditioning Tees Address The Fluid Turbulence Problems Found In A Wide Range Of Applications.
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By installing our FLO-TK™ Tee the flow exits symmetrically. The Tee is being used to split a flow to two pipes. A FLO-TK™ Tee will improve the velocity profile and reduce turbulence.
A FLO-TK™ Tee with exit branches being used one at a time, will in effect create an elbow out of the Tee. A FLO-TK™ Tee with one exit branch shut off behaves like an elbow and the same principles apply as for an elbow regarding uniform flow improvements.
A Tee used to join two flows with a FLO-TK™ placed on both inlet branches of the tee will allow for improved uniform flow and thorough mixing. The flow exiting the conditioners will be custom designed to intertwine and mix together sooner. This is desirable in a reaction vessel where the fluids need to be well mixed to react thoroughly.
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Specialty FLO-TK™ Flow Conditioning Fittings Available:
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Tees-three openings in a T-shaped pipe Tee.
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Reducing Tees- a type of pipe fitting in which the branch port size is smaller than the ports of the run. This type of pipe fitting can also consider size reduction from one of the run ports to the other.
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For different applications in various industries, the reducing Tees are available in many various combinations of sizes and configurations. Apart from the standard sizes, other unusual combinations of size can also be attained using component parts of Tees, reducing Tee and Reducers.
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Straight Pipe Tees- which have the same size openings.
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Cross Pipe Tee- has four equal sized openings.
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A FLO-TKâ„¢ Tee with exit branches being used one at a time, will in effect create an elbow out of the Tee. A FLO-TKâ„¢ Tee with one exit branch shut off behaves like an elbow and the same principles apply as for an elbow regarding uniform flow improvements.
A FLO-TKâ„¢ Tee with exit branches being used one at a time, will in effect create an elbow out of the Tee. A FLO-TKâ„¢ Tee with one exit branch shut off behaves like an elbow and the same principles apply as for an elbow regarding uniform flow improvements.
A FLO-TKâ„¢ Tee with exit branches being used one at a time, will in effect create an elbow out of the Tee. A FLO-TKâ„¢ Tee with one exit branch shut off behaves like an elbow and the same principles apply as for an elbow regarding uniform flow improvements.
A FLO-TKâ„¢ Tee with exit branches being used one at a time, will in effect create an elbow out of the Tee. A FLO-TKâ„¢ Tee with one exit branch shut off behaves like an elbow and the same principles apply as for an elbow regarding uniform flow improvements.
FLUID HANDLING & FLOW INDUSTRY EXPERTS
The FLO-TK™ is a stationary solid construction Billet device (of proprietary design) strategically positioned upstream of an elbow or tee to attack the root of the problem by eliminating flow problems from happening. The FLO-TK™ Flow Conditioner is precision manufactured with an aerodynamic design to produce a rotation to cancel out secondary flows and prevent flow separation. Flow problems are prevented by the creation of a uniform laminar flow with increase in NPSH, flow rate, head, velocity, pressure, plant efficiency, industrial safety, parts life extension and reduced maintenance/wear.
Increases Velocity • Aerodynamic Vanes • Airfoil Minimizes Drag • Barrier Designed for Speed • Fluid Meets With Continuity • Eliminates Slow Down Regions • Designed With No Dead Space Regions • High & Low Pressure Regions to Create Lift • Vortex Created To Allow Control of Fluid through Elbow • Flow Conditioner Creates Squeeze to Create Velocity • Areas Can Be Designed to Slow or Speed Fluid • Designed For Long or Short Radius Elbow • For Fluid Transfer & Flow Control • Flow Turbulence Solution • Smooth Laminar Flow • Increases Pressure • Gently Steers Flow • Energy Efficient • No Moving Parts • Rockwell 90 • Easy Retrofit • Billet Machined • Hardened Design • Stationary Device • Solid Construction • Highly Engineered • Proprietary Coatings Available • Corrosion Resistance • Weld or Flanged Ends • Superior Base Material • Precision Manufactured • Hardened Durable Design • Density Absorbent Design • Cost Savings • Installation Payback •