stainless steel pneumatic fittings

What are stainless steel pneumatic fittings?

Pneumatic fittings are power systems that follow a mechanized or automated process or machinery in motion. It is driven by pressurized gas or compressed air. The stainless steel pneumatic fittings are used to connect sections of tubes, pipes, hoses, pressurized equipment, etc. They are characterized having a tight seal with lower pressure requirements. It is a common feature in logic control systems and instrumentation units. The fittings are highly compact and versatile in their functioning. They also create a secure connection and can be easily installed and dismantled as per requirements.

The SS fittings are employed to influence to characterize the fluids and gaseous flow in the system. They have superior corrosion resistance properties and enhanced performance and tolerances. The robust equipment has enhanced tolerance to oxidative affluents and has an aesthetical appearance. It is hygienic and bolsters excellent strength and outstanding resistance to impact stress. They also have good durability and are highly sustainable in different environments. It is used in an array of industries in construction, assembly, production, line, huge industrial machinery, tools, workbench equipment, etc. They are available in a range of sizes and variable specifications. It can also be customized to suit different customer requirements. The fittings produced in India are of the highest quality when compared to Chinese grades. This is why the market prefers steel from the subcontinental region. 

stainless steel pneumatic fittings

Difference between hydraulic and pneumatic fittings

A pneumatic fitting provides fluid power using pressurized air or gases. Hydraulic fittings provide fluid power with the help of pressurized liquids such as oil or water. They are classified based on various factors that include

• Strength- Hydraulics is a good option when strength is compared to the other grade specification.
• Hygiene- When it comes to hygiene, you can be assured that pneumatics win over the latter. Air doesn’t leak, while oil and water leak in the other material type.
• Speed- The major advantage that comes with pneumatic systems is their speed. Compressed air has the best flow rate which allows it to offer a quick release of energy at high motion.
• Safety- Pneumatics is considerably a cheaper option compared to the other specification grade. The other platform is always at risk of dangerous failure.
• Complexity and Maintenance- Hydraulic equipment has less complexity than the latter. In comparison, pneumatic systems are easier to maintain in the system.

Advantages and disadvantages of pneumatic fittings

Pneumatic fittings are designed to require a constant supply of compressed air that is normally provided by an air compressor. It helps develop and control energy and is used in a range of industries to help drive machinery. The distinctive advantages include:

• Efficiency- The atmosphere has an unlimited supply of air that helps in the production of compressed air, which can be easily stored. It can be easily transported, making use of pipes that be released directly into the atmosphere without requiring further processing.
• Simple- The system is comparatively simple, which makes them well-suited for automatic control systems. It can be selected from a choice of movement that includes a linear or angular rotational movement. This can be coupled with variable operational speeds.
• Reliable and Safe- It is extremely durable and reliable compared to electromotive movements. They last longer and also require less maintenance. When it comes to safety, they can work in inflammable conditions without worrying about fire or explosion. They also don’t overheat when they overload, further reducing the risks of fire.
• Economical- The outlay for the system is very cost-effective and economical. Since their reliability is high, their repair costs are also low.

It also has certain disadvantages that include:

• Control and speed- Air is compressible, so controlling the speed is more difficult. When there is a specific speed need, you have to attach additional devices to get the right result.
• Environment suitability- The brass pneumatic fittings are known to fail under long periods and dampen under the edges. Further, it cannot operate underwater and are susceptible to changing temperatures and vibration.
• Loudness- It is the loudest type of design that helps power machines. The actuators that run the system can be a source of noise and, in a separate room, limit sound pollution.
• Toxins and chemicals- The systems, in certain cases, use hazardous chemicals within their design. This can at a time, cause accidental launches of chemicals in the air that can be harmful to the surrounding.
• Safety- Pipes that feed the system can move uncontrollably, which can cause injuries to those nearby.

Difference between EN837 & BSPP DIN16288

EN837 covers European standards of steel. It is a federation of national standards for around 150 countries. In comparison, the BSPP DIN16288 grade comes under the British standard grade. It covers around 28 national standards.