Stainless Steel Corrugated Tubes

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  Stainless Steel Corrugated Tubes corrugated stainless steel tubing used for gas piping in buildings. Since 1990 CSST has been used within many buildings in both exposed and enclosed areas to install new gas system piping. The article discusses CSST uses, sources, installation specifications, and safety measures to protect the gas piping from damage by abrasion, puncture, lightning strikes or other hazards. Gas piping codes and industry sources of CSST are included. Our page top photo, provided courtesy of Carson Dunlop Associates, a Toronto home inspection & education firm, illustrates an improper installation of standard yellow CSST gas piping - routed in ground contact in a wet area. Yellow "Standard" CSST gas piping galso requires special electrical ground bonding to reduce risk of damage & leaks in areas of high lightning strike activity. Philips Metal is one of the renowned manufacturer, exporter, stockist, stock holder and supplier of a qualitative range of

Stainless Steel Pipe

Stainless Steel Pipe

 Stainless Steel Pipe

Stainless Steel Seamless Pipe is a broad area of piping material in different compositions, shapes and types. We are manufacturer and supplier of stainless steel pipes of all types. Philips Metal is in the business for several years now and we also produce Stainless Steel Pipe types. There are different types and sizes available in ss pipes. The Stainless Steel ERW Pipe is electric resistance welded whereas the other types such as electric fusion welded and cold drawn pipes are also available. There are different standards such as the ASME B36.19 Stainless Steel Pipe. The B36.19 is for wrought stainless steel pipes ranging from 14 inches to 22 inches. There are other standardizations such as schedules which denote the diameter to wall thickness proportions. The Stainless Steel Schedule 40 Pipe is a medium thickness schedule.

The schedules are useful in calculating the pressure containment of each pipe types. The higher the schedule, the higher the pressure containment is. The ASME SA312 Stainless Steel Pipe is used in applications where strength is the foremost concern. The Stainless Steel Schedule 10 Pipe has relatively low pressure classes. We produce different grades as well. Our ASTM A312 Stainless Steel Pipe such as A312 TP304 is applicable for high temperature services. We also produce Ansi B36.19 Stainless Steel Pipe in all grades. Although the SS Round Pipe is the most commonly used, we also manufacture SS Oval Pipe for special purposes. Our SS Rectangular Pipe could be used in structural applications as well. We supply stainless steel pipes for different industries such as domestic and low cost applications to aeronautics, chemical, marine and petrochemical industries as well.

Stainless Steel Pipe Grades



What are the benefits and applications of stainless steel?

Benefit: All stainless steels have a high resistance to corrosion. Low alloyed grades resist corrosion in atmospheric conditions; highly alloyed grades can resist corrosion in most acids, alkaline solutions, and chloride bearing environments, even at elevated temperatures and pressures. Applications: Below you will find some of the sector where applications of stainless steel are been used frequently.

- Chemical Industries
- Thermal & Nuclear Power Plants
- Fertilizer Plant
- Aerospace
- Food & Dairy Plants
- Paper Industries
- Oil & Gas Exploration
- Desalination Plant
- Pharmaceutical Plant
- Automobile Plants
- Sugar Plants
- Petrochemical Industries

How do I choose which stainless steel to use? Selecting the right stainless steel grade for a specific application is vitally important in order to achieve a sustainable solution, while cost aspects must also be taken into consideration. There are several stages when material selection needs to be made:

- New applications and equipment
- New processes and process changes
- Exchange of material due to poor performance
- Exchange of existing material to minimize cost

To make the right material selection it is important to get a full picture of the service conditions the steel will face. The first aspects to consider could be material related, for example:

- Corrosion resistance
- Mechanical strength
- Fabric ability
- Physical properties
- Surface aspects

Other factors that may influence the decision include:

- Possibilities for weight reduction
- Availability
- Cost
- Life Cycle Cost (LCC)
- Recyclability
- Legislation, standards, and approvals
- Previous experience

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