Discover the Future of Pipe Manufacturing with the Revolutionary PTFE Pipe Extruder Machine!

Introducing the PTFE Pipe Extruder Machine – the cutting-edge solution for all your pipe manufacturing needs! This state-of-the-art machinery revolutionizes the industry by producing high-quality, durable, and versatile PTFE pipes. The future is here, and it's time to embrace the innovation that will propel your business to new heights. The PTFE Pipe Extruder Machine is designed with efficiency, precision, and sustainability in mind. With its advanced technology, this machine delivers flawless PTFE pipes in a fraction of the time, reducing production costs and increasing output. Its user-friendly interface ensures easy operation, while its compact design allows for seamless integration into your existing manufacturing setup. In addition to its remarkable performance, the PTFE Pipe Extruder Machine is also environmentally friendly. By minimizing waste and utilizing energy-efficient processes, this machine promotes sustainable production practices that will benefit both your business and the planet. Don't let your competitors get ahead – upgrade to the PTFE Pipe Extruder Machine today and experience the unparalleled benefits of this game-changing technology! Experience the future of pipe manufacturing. Discover the PTFE Pipe Extruder Machine. WhatsApp/phone: +86 19975113419 mail: info@ptfe-machinery.com https://www.sukofurnace.com/ https://www.sukoptfe.com/ https://ptfe-machinery.com/ https://www.sukopolymer.com/ https://www.sukoplastic.com/

Suko Paste hose pipe extruder extrusion machine for the production of ho...

Suko ptfe plastics Paste hose pipe extruder machine. Mainly used for the production of hoses, pipes, medical piping catheter tubing. WhatsApp/ phone: +8619975113419 mail: info@ptfe-machinery.com https://ptfe-machinery.com/project/polymer-plastic-ptfe-paste-hose-extruder-machine/ https://www.sukopolymer.com/ptfe-plastic-paste-extruder-machine/

PTFE Products - Teflon PTFE Hose Pipe Tube

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PTFE Products - Stainless steel braided Teflon liner Tube pipe - The production process

SuKo's Stainless steel braided Teflon PTFE liner Tube pipe weaving video. 

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PTFE Products - Teflon Super Huge Large Size Tube Rod Plate Pipe

PTFE Products - Teflon Super Huge Large Size Tube Rod Plate Pipe by SuKo

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PTFE Products - PTFE Teflon Tube Pipe by SuKo

PTFE Products - PTFE Teflon Tube Pipe by SuKo 

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mail: info@sukoptfe.com 

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EVERYTHING YOU NEED TO KNOW ABOUT PTFE RODS

 

What is a PTFE rod?

PTFE rods, also known as Teflon rods, are unfilled PTFE resin (can contain recycled PTFE resin) molded, paste extruded or plunger extruded for processing various gaskets, seals and lubricating materials that work in corrosive media and electrical insulation parts used at various frequencies. Plunger extrusion process to form the rod.

Main properties of PTFE rod

Operating temperature: from -200℃ to 260℃; easy processability; aging resistance: it can be exposed to ozone and sunlight for a long time without aging; corrosion resistance: it can withstand strong acids, strong oxidizing agents, strong reducing agents and various organic solvents except molten alkali metals and fluorinated media; outstanding electrical insulation properties.

Other characteristics

Density: 2.16-2.20g/cm3; volume resistance＞1×1018; surface resistance＞2×1013; arc resistance＞165s; water absorption＜0.1%; low friction coefficient; non-adhesive surface: solid materials cannot adhere to its surface; non-combustibility: it will not burn in the air; non-toxic: it’s non-toxic, odorless and physiologically inert, and causes no harm to people and the environment.

Applications of PTFE rod

There are two kinds of PTFE rods: pressed rods and molded rods. Due to excellent chemical resistance and dielectric properties, and minimized friction coefficient, PTFE rods are mainly applied to long products and mechanical parts with non-standard specifications such as seals/gaskets, rings, wear-resistant plates/seat electricity, insulating parts, mechanical parts, and linings in the fields of oil and gas, petrochemical, chemical, instrument and equipment.
Chemical industry: It can be used as anti-corrosion material, produce various anti-corrosion parts, such as pipes, valves, pumps and pipe fittings, and act as the linings and coatings of reactors, distillation towers and anti-corrosion equipment.
Mechanical industry: It can be used as self-lubricating bearings, piston rings, oil seals and sealing rings, etc. Its self-lubrication can reduce wear and heat generation of machine parts and reduce power consumption.
Electronic appliances: It is mainly used in the manufacture of various wires and cables, battery electrodes, battery separators, and printed circuit boards, etc.
Medical materials: Its heat-resistant, water-resistant and non-toxic properties enables itself to be used as sealing and filling materials for medical devices (sterilization filters, beakers, artificial heart and lung devices) and artificial organs (artificial blood vessels, heart and esophagus).

SuKo PTFE Teflon Rod Extruder

1. Complete set of ptfe equipment manufacturer - Push bar machine line: bar extruder, mold design, heating ring, automatic feeding one-stop service.

2. PLC intelligent control: continuous extrusion, sintering, self-adjusting concentricity, automatic feeding, feeding equipment can be used for 6-8 hours, no manual.

3. Extrusion rod quality: smooth surface, high tensile strength, high density.

4. Professional technical guidance: installation and debugging, operation and operation, process setting, maintenance, after-sales service, raw material channel.

Application of composite steel pipe technology

Composite steel pipe is composed of two (or more) materials combined into one through specific technological means so that it has comprehensive characteristics

Sex's new steel pipe. Since the 1960s, Japan, the United States, Germany, the United Kingdom and other countries have attached great importance to the development of composite steel pipe, composite steel pipe products in energy, shipbuilding, chemical, petroleum and machinery and other fields have been widely used. Composite steel tube processing technology mainly includes rolling, casting, extrusion, brazing, welding and so on.

1.     Application range of composite steel pipe

The combination mode of two kinds of single layer materials of composite steel pipe completely depends on the application requirements and environmental characteristics. The basic steel pipe has high strength and rigidity, low price and good process performance. The covered steel pipe shall be of high hardness and have the ability to resist the corrosion of environmental medium. This layer can be in the inner layer of composite steel pipe (inner composite pipe) or in the outer layer (outer composite pipe).According to the nature of use can be divided into chemical use liquid gas pipe, oil and gas pipeline and oil well pipe, boiler, waste incinerator with multiple tube, pipe for heat exchanger, with wear resistance, corrosion resistance structure with multiple tube and architectural decoration pipe, etc., with the continuous development of composite pipe technology application, the application range of the composite pipe will be extended to more wide application fields.

2.     Production method of composite steel pipe

Composite steel pipes can be divided into two types, bimetallic and double-layer, according to the combined state of the contact interfaces of the two kinds of steel pipes. The composite steel pipe with the contact interface of inner and outer layer connected to metallurgical bonding degree is called bimetallic pipe, while the contact interface of inner and outer layer only reaches mechanical connection, and the composite steel pipe with longitudinal section layer and layer freely separated is called double layer pipe. There are many different process methods to produce composite steel pipes, each of which has its own characteristics and application scope.

2.1  Hot working process

In this method, ordinary carbon steel billet is used as outer base metal, center hole is drilled, and stainless steel or nickel alloy rod is used as inner layer. Outer guarantee the physical properties of the composite pipe, the inner pipe corrosion requirements, when the bar and billet surface after the inner hole surface is clean, will bar embedded billet hole of the pipe, welding seal the ends of the tube billet, use level of low frequency induction coil to control the heating, after being heated to set temperature, in 1 600 t hot punch on the vertical hydraulic punching machine, pipe billet in circular perforation mode and axial compressed gauge circle perforation, after thermal perforated tube billet, bar and the base material to metallurgical combination. This process is used by Tubacex, a Spanish extruded steel pipe company, to produce composite steel pipes with external diameters of 60· 3 and 219 · Imm. The thickness of the corrosion resistant lining pipe is usually 10% to 0% of the total thickness of the composite pipe, usually between 2 cm and 1 cm at the minimum.

2.2  Composite steel plate welding method

This method can be used to manufacture composite steel pipes for oil and gas transmission pipelines with diameters larger than 300mm.The composite steel plate was rolled into tube billet by UO process, and then welded into longitudinal seam. The process flow of composite steel pipe produced by this method is as follows: longitudinal seam welding -- pipe expanding -- heat treatment of steel sheet i-jo forming billet.

2.3  Cold process diffusion annealing

The tube billets of different materials are made into cold-rolled or cold-drawn seamless tubes respectively. A special low-melting intermediate layer thin belt is wound around the outer side of the inner layer of tube billets. After cold drawing, high-temperature diffusion annealing is carried out. The characteristic of composite steel pipe produced by this process is that the joint boundary is very obvious and even. Due to the addition of a low melting point metal layer between the two bonding interfaces, its binding strength is relatively high, usually greater than 300MPao. The low melting point metal gasket material is usually Ni - P alloy, and its melting point temperature decreases with the increase of the content of P. The other gaskets are B (1, 4Wt%), Si (up to 9Wt %), cr(up to 30Wt%) iron - or ni-based alloys. The melting point of the gasket material must be lower than that of the outer base tube and the inner tube. The composite steel tube produced by this process can withstand bending forming, and its dimensional accuracy and surface quality can meet the standard requirements.

The forming method of large diameter plastic pipe and its research

With the development of pipeline transportation industry, the requirements for pipeline transportation capacity are becoming higher and higher, and the application of large-diameter plastic pipe is becoming more and more extensive. The research and development of large-diameter plastic pipe with high production intensity, light quality, impact resistance and corrosion resistance is one of the main development directions of pipeline transportation in the future.

In this paper, the forming method of large diameter plastic pipe, its research status, existing problems and development trend are summarized. In view of the traditional method of large diameter plastic pipe forming problem, this paper proposes a combined with increase of material manufacturing technology of traditional molding and extrusion molding technology of large diameter plastic pipe forming new technology, the polymer melt injection pile forming, namely the role of plastic melt extrusion machine pressure, jet filled by rolling pipe and keep-off device, block formed by the constraints of the space, then the rolling device and continuous screw pile under the action of tractor molding line.

Then, according to the principle of polymer melt injection and stacking technology, a large diameter plastic pipe melt injection and stacking equipment was developed. The equipment consists of extruder, pipe forming device, tractor, control system and so on. Compared with the traditional pipe molding equipment, the equipment not only don't need extrusion die head, winding mandrel, mould, also can flexible pipe molding, can Ø molding diameter 749 ~ Ø 948 mm, 30 ~ 50 mm plastic pipe wall thickness.

The main process parameters of the molding process are analyzed, including molding temperature, screw speed, traction speed, rotation speed and pitch, etc. According to the mathematical relationship between the process parameters, the process parameters set and calculated for subsequent numerical simulation analysis and experiment are required.

According to the principle of the molding process of establishing mathematical model and geometric model, using POLYFLOW software to carry on the numerical simulation, analyzes the melt velocity distribution, temperature distribution, local flow, such as law, combined with traction speed, rotating speed, cooling to finalize the design temperature, injection molding process parameters such as temperature, numerical simulation analysis, the results of experiments with theoretical guidance significance.

Finally, according to the calculated parameters and numerical simulation analysis of the conclusion, large diameter plastic pipe melt injection pile forming experiments, including on the pipe forming ring stiffness, tensile properties and impact properties and mechanical properties test, differential scanning calorimetry analysis results, analysis of the pulling speed, rotating speed, finalize the design temperature, cooling spray forming temperature and other process parameters on the molding pipe mechanical properties, the influence of the validation of numerical simulation analysis.

In addition, the mechanical properties and molding pipe by mechanical properties compared with extrusion molding pipe sizes, the results show that through the process forming of large diameter, the mechanical properties of plastic pipe is better than that of the extrusion molding, especially the impact performance, among them, the axial impact strength is 1.6 times that of extrusion molding pipe and circumferential impact strength is 2.2 times that of the extrusion molding pipe.