PNEUMATICS

What is pneumatics?

Pneumatics is a branch of engineering that studies and applies compressed air as a source of energy to enable mechanical movement.

Ultimately, it focuses on the design, construction, and use of systems and components that harness the power of compressed air to perform mechanical work.

What are the advantages of using pneumatic systems in industry?

• Inexhaustible: Air is unlimited, so it can be stored in large quantities and volumes.
• Reliable: Pneumatic components are reliable and durable. This is a significant advantage over other technologies.
• Economical: Air is an abundant resource, and pneumatic systems are generally easy to maintain. Furthermore, the machinery used in industrial pneumatics is inexpensive, with affordable costs for companies and a long-term investment thanks to its durability.
• Safe: Air is non-flammable and non-polluting, and the systems are inherently safe against overloads, unlike electromotive systems.
• Clean: It is ideal for environments where cleanliness is a requirement, such as the food and pharmaceutical industries.
• Ecological: It works without using polluting substances, so it is a green energy.

Where do we find pneumatics? Areas of application

• Automation of industrial processes.
• Movement control in machinery and equipment.
• Use of pneumatic tools in tasks such as drilling, screwing and painting.
• Valve control in piping systems and control processes.
• Transport of bulk materials, such as powders and grains.

What are the differences between a pneumatic and a hydraulic system?

The main difference between pneumatics and hydraulics lies in the medium they use to transmit energy, that is, the nature of the fluids. Pneumatics uses compressed air, while hydraulics uses hydraulic oil.

On the other hand, hydraulic systems are more commonly used where very high force is required, while pneumatic systems are more commonly used in machines intended for automated processes.

In short, the different properties between hydraulic and pneumatic mechanics make the differences in their operation and performance quite noticeable.

What types of pneumatic components exist?

There are various types of pneumatic components, each with a specific function within a system for generating, processing, controlling, and utilizing compressed air energy. These include compressors, actuators (such as cylinders, motors, and pumps), valves, filters, and piping.

What type of maintenance does a pneumatic system need?

Pneumatic systems require preventive and corrective maintenance.

Preventive maintenance activities include cleaning compressed air filters, regularly inspecting for leaks, lubricating components, checking system pressure, and replacing worn parts. Corrective maintenance, on the other hand, deals with repairing faults or breakdowns.

Can I return an item?

You have 14 calendar days to exercise your right of withdrawal from the date of receipt of the product. No exchanges or returns will be accepted after this date.

To start the return process, please contact us at disumtec.com and wait to receive an email with the authorization.

You have the right to return products if they are defective or do not match your order. In this case, the company will cover the return shipping costs with prior authorization. If the product does not meet your expectations and you wish to return it, you will be responsible for the return shipping costs.

No returns will be accepted for used/tested, customized or custom-cut material.

Do you offer advice on choosing the right pneumatic component?

Yes, we offer expert consulting services. Our team will guide you, taking into account your pressure, flow rate, motion type, and working environment requirements. We'll help you identify the cylinder, valve, fitting, or air handling unit that best suits your application.