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Four Key Factors to Consider when selecting Instrumentation Tube Fittings

Four Key Factors to Consider when selecting Instrumentation Tube Fittings

One of the first phases in manufacturing a leak-free instrumentation system is choosing the applicable tube for the chore. No system stability is complete without this necessary part and its suitability with the other components. In this post, you will go over four key considerations to keep in mind when selecting a conventional instrument tube to be used with tube fittings.

 

Techtube Instrumentation Fittings have been designed for a wide range of applications that need the highest level of product consistency. Their suitability with the specified tubing is critical for ensuring a high level of reliability over time.

 

Four Key Factors

  1. Material of Tube Fitting

Consider the operating conditions, such as temperature, pressure, and media, while choosing the proper material for tube fittings. The approximate life of such tubing, as well as its expense and environmental suitability, must all be evaluated.

 

Corrosion-resistant materials should be used in most sectors. Stainless steel, copper, carbon steel, and tubing are the most popular materials utilized. Because the tubing is corrosion-resistant, this is one of the preferred materials.

  1. The texture of Tube Fitting

The tubing should be lighter than the materials used in the fittings. For leak-free couplings, however, a specific tubing hardness must be reached.

 

When it belongs to stainless steel tubing, there is a range of hardness criteria that perform well in various situations. All of our tubings have been thoroughly tested for great performance and to provide the best importance in terms of construction costs.

 

To achieve perfect joints, installers should complete a 1-1/4 turn. This is particularly the case with tougher tubing with more torque. For instance, stainless steel tubing ought to have a hardness value of Rb 80 or less.

  1. Wall thickness of Tube Fitting

The tube fitting is convenient in a combination of wall thicknesses. Their strength grades demonstrate their suitability for specific usage.

 

Thickness typically ranges from 0.028 to 0.109 inches. Tube Fitting up to 1-inch diameter should have these wall densities. The wall thickness of larger tubes, which can vary from 0.125 to 0.167 inches, may be gained.

  1. Surface coating for tubing

Depending on the application requirements, a variety of surface coatings are offered.

 

Metal tubings, for instance, are often covered with corrosion-resistant coverings, particularly in climates where such consequences are familiar. Still, the ideal alternative is to use Techtube UNS S32205 Instrumentation Fittings.

 

Conclusion

Any instrumentation fitting's design, selection, and installation are critical to the conserving energy, performance, and management of any fluid and gas process of production. The device is safer, more robust, and has a longer service life when leakage is reduced, friction is reduced, and corrosion resistance is ensured. Automated processes must be optimized for maximum efficiency, which can only be accomplished through proper safety and installation considerations.

 

When design requirements are met, fewer cycles are required to meet manufacturing deadlines, resulting in increased productivity and lower operating costs.

 

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Know the types of Instrumentation Tube Fittings

Know the Types of Instrumentation Tube Fittings

Most primary industries, such as aerospace, defense, electricity production, petrochemical industry, oil & gas, chemical, alternative fuels, shipbuilding, and medical equipment, rely on process monitoring instrumentation.

 

Pressure gauges, fittings, and tubing, as well as flow meters, strain gauges, and level gauges, are all covered by PM&C instrumentation fittings. They're utilized to transmit, monitor, and system control flow, pressure, and temperature, as well as calibrate the system.

 

Instrumentation fitting elements are crucial to the plant or product grouping's functioning. The instrumentation system's veins and arteries are fittings, valves, and tubing.

 

Four types of instrumentation tube fitting

  1. Fittings for compression

Compression fittings are the most systematic and easiest to obtain. A consecutive hold on the tube is used in this design. The ferrule coins (compresses) the tube and ensures a secure hold on its surface. Compression fittings outperform other fittings in terms of vibration resistance, not just over-buttweld fittings. This kind of fitting does not necessitate the aim of any particular type of equipment. Hardly slide the tube into the stop relation and fasten it with a boxing twist to the preference torque. Compression fittings are often the least valuable overall convention due to their comfort of the establishment.

  1. Fittings for cones and threads

Cone and Thread connections are occasionally utilized in high-pressure installations, however, they are more commonly employed at pressures up to 15,000 PSI. The tube is a beveled edge and screwless into the fitting, resulting in a firm and tight connection. The tube sides must be precision-shaped with a smooth polished polish and then connected so that the tubing is connected tightly against the junction to ensure a tight seal. Everything is usually done on the job, which increases the assembly time and expense of C&T fittings dramatically. C&T fittings, like compression fittings, can be disassembled and reassembled for maintenance.

  1. Fittings for Butt Weld

A butt weld fitting is a convention that provides the nicest oscillation safety. A well-formed butt weld has the highest tolerance to noise and wears since the metals are permanently bonded together. A butt weld fitting connection, on the other hand, has significant drawbacks, including the expense. A butt weld connection is the most costly of the three basic types of instrumentation fitting components due to the expense of welding equipment, a specialist welder, and additional work time.

  1. Pneumatic Fittings with a Push-To-Connect System

Push-to-connect fittings link tubing with an inner collet and an outer push switch. These composite fittings can be made of poly or nickel-plated metal, polymer, and two phases of plastic components. Push-to-connect air connectors for elastomeric or nylon tubing ensure leak-free and secure couplings for all compressor applications. Push-to-connect pneumatic fittings enable instant connections without the use of tools by continually pressing the tube into the fitting, and disconnections are just as simple.

 

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Know the Types of Instrumentation Tube Fittings

Most primary industries, such as aerospace, defense, electricity production, petrochemical industry, oil & gas, chemical, alternative fuels, shipbuilding, and medical equipment, rely on process monitoring instrumentation.

Pressure gauges, fittings, and tubing, as well as flow meters, strain gauges, and level gauges, are all covered by PM&C instrumentation fittings. They're utilized to transmit, monitor, and system control flow, pressure, and temperature, as well as calibrate the system.

Instrumentation fitting elements are crucial to the plant or product grouping's functioning. The instrumentation system's veins and arteries are fittings, valves, and tubing.

Four types of instrumentation tube fitting

  1. Fittings for compression

Compression fittings are the most systematic and easiest to obtain. A consecutive hold on the tube is used in this design. The ferrule coins (compresses) the tube and ensures a secure hold on its surface. Compression fittings outperform other fittings in terms of vibration resistance, not just over-buttweld fittings. This kind of fitting does not necessitate the aim of any particular type of equipment. Hardly slide the tube into the stop relation and fasten it with a boxing twist to the preference torque. Compression fittings are often the least valuable overall convention due to their comfort of the establishment.

  1. Fittings for cones and threads

Cone and Thread connections are occasionally utilized in high-pressure installations, however, they are more commonly employed at pressures up to 15,000 PSI. The tube is a beveled edge and screwless into the fitting, resulting in a firm and tight connection. The tube sides must be precision-shaped with a smooth polished polish and then connected so that the tubing is connected tightly against the junction to ensure a tight seal. Everything is usually done on the job, which increases the assembly time and expense of C&T fittings dramatically. C&T fittings, like compression fittings, can be disassembled and reassembled for maintenance.

  1. Fittings for Butt Weld

A butt weld fitting is a convention that provides the nicest oscillation safety. A well-formed butt weld has the highest tolerance to noise and wears since the metals are permanently bonded together. A butt weld fitting connection, on the other hand, has significant drawbacks, including the expense. A butt weld connection is the most costly of the three basic types of instrumentation fitting components due to the expense of welding equipment, a specialist welder, and additional work time.

  1. Pneumatic Fittings with a Push-To-Connect System

Push-to-connect fittings link tubing with an inner collet and an outer push switch. These composite fittings can be made of poly or nickel-plated metal, polymer, and two phases of plastic components. Push-to-connect air connectors for elastomeric or nylon tubing ensure leak-free and secure couplings for all compressor applications. Push-to-connect pneumatic fittings enable instant connections without the use of tools by continually pressing the tube into the fitting, and disconnections are just as simple.

 

SS 304  Instrumentation Tube Fittings 
SS 316L Instrumentation Tube Fittings
SS 304H Instrumentation Tube Fittings
SS 316H Instrumentation Tube Fittings
Brass Instrumentation Tube Fittings
Single Instrumentation Tube Fittings
Double Instrumentation Tube Fittings
Incoloy Instrumentation Tube Fittings
Inconel Instrumentation Tube Fittings
Monel Instrumentation Tube Fittings
High Pressure Instrumentation Tube Fittings
6000PSI Instrumentation Tube Fittings
Duplex Instrumentation Tube Fittings
Super Duplex Instrumentation Tube Fittings
Inconel 600 Instrumentation Tube Fittings
Inconel 625 Instrumentation Tube Fittings
Inconel 800 Instrumentation Tube Fittings
Inconel 825 Instrumentation Tube Fittings
Monel 400 Instrumentation Tube Fittings
Monel K400 Instrumentation Tube Fittings
Hastelloy C276 Instrumentation Tube Fittings
Hastelloy C22 Instrumentation Tube Fittings
Hastelloy B2 Instrumentation Tube Fittings
SS 904L Instrumentation Tube Fittings
Alloy 254 Instrumentation Tube Fittings
10000PSI Instrumentation Tube Fittings

 

 

 

 

 

 

 

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Stainless Steel Female Connector Tube Fittings

Everything is set up and maintained using the connection. Every part of human emotions, such as emotional ties, is intertwined with scientific aspects, such as electrical connections. It is vital to have a working relationship with the organizations that aid you or play a key role in your endeavors when it comes to any form of business or construction project.

Female connectors are one of the connecting pieces of any part's joint. Let's review some facts concerning female connector’s tube fittings to make sure you understand.

What are Female connector’s tube fittings?

Female Connector Tube Fittings are a type of industrial fitting that connects various types of tubes and fractional ports to a male parallel pipe thread. These Female Connector Tube Fitting are made from Round Bars and are forged.

Female connectors are used to send electrical, physical, or digital communications. A female connector has one or more holes into which the exposed plug-type conductor of a male connector can be inserted for a secure connection. Female connections can be identified by their physical characteristics. When the male connector is removed, the conductor of a female connector is not exposed like that of a male connector, therefore it cannot come into contact with items by accident.

Female connectors can be found in a variety of places, including regular outlets, phone jacks, and Ethernet jacks. The most common female connector is a two- or three-prong electrical outlet, sometimes known as a wall outlet. Common connectors include telephone jacks, headset jacks, coaxial cable chassis connectors, and D-shell connectors for computer serial and parallel ports.

SS 304L Female Connectors

SS 316L Female Connectors

SS 304H Female Connectors

SS 316H Female Connectors

Brass Female Connectors

Single Female Connectors

Double Female Connectors

Incoloy Female Connectors 

Inconel Female Connectors

Incoloy Female Connectors

Monel Female Connectors

High Pressure Female Connectors

6000PSI Female Connectors

Duplex Female Connectors

Super Duplex Female Connectors

Inconel 600 Female Connectors

Inconel 625 Female Connectors

Inconel 800 Female Connectors

Inconel 825 Female Connectors

Monel 400 Female Connectors

Monel K400 Female Connectors

Hastelloy C276 Female Connectors

Hastelloy C22 Female Connectors

Hastelloy B2 Female Connectors

SS 904L Female Connectors

Alloy 254 Female Connectors

 

 

 

 

 

 

 

Functions of Female Connector Tube Fittings

Female connectors, like male connectors, can be joined to hardware, wires, or cables. This is the point at which the resemblance ends. Male connectors can be inserted into female connectors with minor holes or gaps.

Keep an eye out for the holes in the electrical outlet that are waiting for a plug to be put in.

Cables for keyboards, screens, and other digital devices can be plugged into female ports on computers. Female connectors come in a variety of sizes, as the female connectors on computers that allow the USB cable to be inserted demonstrate.

A female connector in an industrial application can be as small as a 3/4-inch coupler or fastener or as large as a six-foot pipe. Industrial female connections come in a range of shapes and sizes.

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