Blue Pneumatic is in the business of creating value

Blue Pneumatic is in the business of creating value. Our growing product line consists of Rivet Nut tools, Riveters, Lockbolt tools and accessories. Our products are the result of careful market research to determine ‘what the customer wants’. Our production techniques allow us to deliver extremely high-quality products at affordable prices. The value that we deliver gives more people than ever access to products like our Spin-Spin Rivet Nut tools.

Pneumatic Cylinder ,Hydraulic Components, Pneumatic Accessories, Pneumatic Valve, Air Cylinder, Air Treatment Units.

We specialize in products that increase production.The Lockbolt All-In-One BP-82E is great for installing Huck Bolts*. This Lockbolt / Rivet tool empowers the customer by offering great versatility. Get set up to install Huck Bolts* and Avdeloks* through our global distributor network. As an industry leader, our mission is to provide world class service. This means servicing our Rivet Tools, Lockbolt (Huck Bolt) installation tools, and Rivet Nut tools. We support all of our rivet tools with a complete selection of spare repair parts. Tool selection charts and tool parts breakdown parts lists are provided on this site.

Pneumatic Air Cylinder

Pneumatic Air Cylinder are pneumatic cylinder actuators determined by pressure differential in the cylinder halls. One side of a piston flange could be hassled to give force and motion with a spring providing come back force after pressure is released, or both sides can be interchanging pressure for bi-directional powered motion. Air cylinders are used in numerous locations, activating and fastening relevance’s. Stainless steel cylinders are utilized in situations where, for hygienic causes, the cylinder would be exposed to precise cleaning or in situations that are sarcastic by nature. Generally the various styles of stainless steel pneumatic cylinders are available in the market.

Pneumatics is characteristically the technology of option for applications such as material handling and small-parts assembly, but with new competences counting closed-loop control, precision pneumatic components and high-speed electronics which have made these techniques more competitive with electrical and hydraulic closed-loop techniques. In industrial relevance’s across the plank, pneumatic cylinders and components are gaining wider recognition as being rocky adequate to withstand unsympathetic situations while offering highest performance at a competitive cost.We need to also consider that pneumatic cylinders have developed into an almost endless collection of configurations, sizes and extraordinary designs. Such adaptability makes more pioneering configurations probable, but at the same time in some cases it increases sources of failure.As a thumb rule we should always choose a mounting technique that absorbs force on the cylinder’s centerline. If the piston rod is loaded chiefly in compression form, a better option is to choose a cap-end mounting style. On the other hand, if the piston rod is loaded chiefly in tension, a head-end mounting is the favored best practice. Moreover in all the situations, cylinder’s mountings should be checked on a regular basis. More on http://www.airtop-pneumatic.com。

Making todays pneumatic cylinders work effectively

Pneumatic cylinders continue to provide a valuable and preferred option for linear actuation in many applications. To achieve these unprecedented levels of effectiveness, all portions of the cylinder design must be balanced to reach the desired performance and cost ratio.
As you can see from the cutaway cylinder, pneumatic cylinder have a large number engineered components working together. One of the critical areas of engineering required for achieving this performance is good sealing system design. To achieve the necessary sealing system effectiveness, engineers for a variety of components involved in a pneumatic cylinder need to work together to reach the right balance for each application. Looking at the output of linear actuator is a great place to start to begin to understand the factors to be balanced for an effective linear actuator.
Good linear actuator design incorporates all types of measurables of performance for the linear actuator application. While past practices are well defined for identifying typical cylinder design variables like load capacity, stroke length, positional accuracy, and cylinder useful life, today’s engineers have a wider range of actuation technologies to choose from, and an expanded range of linear actuator performance variables to optimize during the design process. Application parameters now typically include these features:

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* Acceleration and deceleration performance
* Vibration of the linear actuator load
* Impact of environment variables around the linear actuator such as thermal effects, contamination around the linear actuator, noise impact, and hardware growth or distortion
* Linear actuator repair and reuse
* End-of-life disposal requirements
* Initial and sustaining system costs
All of these factors lead to today’s cylinder designs now requiring a close examination of all components to insure that we achieve the necessary balance for proper optimization of system performance. To understand how to achieve this balance, let’s look at the role of the sealing system in cylinder function.

Pulse Valve

Pulse Valve  functions as the “switch” for compressed air in the dust clean blowing system of the pulse bag filter. Controlled by the output signals of the pulse jet control device, VXF, MCF, YMF valve make dust clean to the filter bags cell by cell to keep the resistance of the baghouse within the set range, and thus guarantee the processing functions and the dust-collecting efficiency of the baghouse.

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Mechanical Valve

MSV Series mechanical valve are controlled by manpower or mechanical power on different conditions. We have two-position three way and two-position five way valves. Various controlling forms are optional: roller type, selective knob, strengthened know, large round bottom, plat round botton, convex round botton and with lock bottom.

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Double Shaft Cylinder

The key parts of the CXSW/TN series double shaft cylinder are manufactured by ourselves, from die-casting, aluminum profile precision draw, machining, casting’s shot blasting, air tightness assurance through the impregnation by vacuum pressure process and passivation treatment, aluminum profile surface oxidation treatment, to assembling and testing, for better quality control. The cylinder covers, piston and piston rods are CNC machined, seals are from PARKER, to ensure the cylinders work stably and safely.

Pneumatic Cylinder, Pneumatic Valve, Air Cylinder, Air Treatment Units, Pneumatic Accessories, Hydraulic Components