CS Fabricated PTFE Lined Dip Pipe

Slider-4 Nuetrilizer Fluid Entry System(Watermark)

Slider-7 Frame Sparging Dip Pipe(Watermark)

CS Fabricated PTFE Lined Dip Pipe

The process diagram for the fluid entry system is shown in the figure above. We provide a range of PTFE-lined dip pipes made of CS, as well as anti-siphon dip pipes and dip pipes for sparging and spraying. We are able to create and carry out functional designs that are appropriate for the user’s application by using various manufacturing process groups.

Internal and externally linings for CS-based pipes can be created using the fusing procedure for PTFE liners. A one-piece design can also be offered depending on the requirements of the user. For the optimum design with its GAD for applications, our process designers and product development experts evaluate the torque produced by agitators.

Our QC engineers determine appropriate working conditions, such as pressure rating, vacuum sustainability, and temperature, to ensure physical health. Erection guidance is also provided to ensure the quality of the long-term outcome. In addition, lining vents as per pipe standards are provided in each segment to evaluate user fouling of the segments over long-term usage. Based on various processes to fluid addition we have different design to develop.

CS SCH-80 based PTFE Internally & Externally Lined Dip pipes.
(One-Piece Design/Fusing Design)
CS SCH-80 based PTFE Internally & Externally Lined Sparging Dip Pipes.
CS SCH-80 based PTFE Internally & Externally Lined Anti-Siphon Dip Pipes.
CS SCH-80 based PTFE Internally & Externally Lined Fluid Neutralizer Dip Pipes.
Pure PTFE Dip Pipes.
Pure PTFE Dip Pipes with user specific design. For example: Frame Type Sparging Dip Pipe, J-Type Dip Pipe , S-Type Dip Pipe etc.

Because of the significant rotating torque of the agitator generated inside the reactor, the metallic core of the PTFE-Lined dip pipe made of seamless CS pipe designed in accordance with SCH-80.

Benefits and Features of Hi-Flon Design

Assured for Full Vacuum (-1 BAR) to Pressure (10 BAR)
PTFE lining Thickness : 5 MM±1 MM
Easy-to-use PTFE lining compares to glass-lining
Reliable construction of MS Fabricated PTFE Lined Dip Pipes against aggressive chemicals at high temperatures
On user request, Antistatic PTEF lined dip-pipes requires to be possible
Providing Vents to evaluate lining foul during its application

Product development is subject to ANSI B 16.5 ASA#150 of IS2062 for flanges & ANSI 36.10 ASTM A-106 Grade B SCH-40/80 for Pipe with internal lining conformance to ASTM F1545.

5 MM–6 MM

Design temperature: 200 °C; working temperature: 180°C.
Pressure: 6 BAR
Vacuum: -1 BAR (Achieved by our mechanical interlocked lining technique)

25 NB to 200 NB with up to 6000 MM length.

Spark Test: 15 KV to check for isolated metallic contacts after lining.
Hydrostatic Pressure Test: 7.5 Kg/Cm².

We offer various design in CS Fabricated PTFE Lined Dip Pipe with Continuous Design as shown in above image. Also Available in Antistatic PTFE Resins.

CS PTFE Lined Dip Pipe

Our engineers are able to design Dip Pipes respect to Agitator Torque.

Our Technical Team also provides Torque Rating, Bending Moment based on RPM of the shaft & Motor Speed; it makes easier to recognize for suitable working conditions.

Our Engineers also guide for Installation and working after delivery at your sight by obtaining results.

PTFE & Antistatic PTFE

5 MM – 6 MM

Iso Static Lining & Flare Lining & Sleeve Lining.

Design Temperature: 200° C & Working Temperature: 180°C. Torque (T) Bending Moments will be available after understanding User requirement & Detail.

In Continuous Design L: 2000 MM (25 NB to 200 NB)
In Thermal Fuse Welding Design: L: 3000 MM (25 NB to 200 NB)

Spark Test: 15 KV to check isolate metallic contacts after lining.

Hydro Test to check leakages.
Suitable For Full Vacuum -1 BAR to high pressure +6 BAR.