Backed by the expertise of various technicians with extensive handling sector experience, the FLUID AIRSYSTEMS engineering company was established in 1993 in Maranello (Italy) for the purpose of designing and selling powdered raw material handling, weighing, batching, mixing and storage systems and, in particular, innovative pneumatic conveyor systems equipped with specific accessories.
The company continued to develop and expand and, in 1994, the original technicians were joined by two well-known researchers from the fluid-dynamics institute at the University of Karlsruhe (Germany). Thanks to more than thirty years of sector-related know-how, FLUID AIRSYSTEMS developed innovative, high-performance systems.
Initially active in the fine chemicals and paint-dye factory sectors, the company expanded its operations into the fields of ceramics, plastics, foods and pharmaceuticals.
In 2004, to provide customers with increasingly greater reliability and quality assurance, FLUID AIRSYSTEMS created a testing laboratory for analysing individual materials in order to identify their chemical-physical characteristics. In addition, a variable-geometry pilot plant with a length of 60 metres was built to test materials for optimising the performance of pneumatic conveying systems.
In this manner, customers can physically track their material as it “travels” along the line, determining its optimum conveying conditions.
Technology:
In recent years, FLUID AIRSYSTEMS’ activities have focused on particular plant sections and, specifically, storage, transport, weighing and batching. The company has developed its own innovative technologies and mainly for extracting particularly difficult materials from silos using “milling” extractors, vibrating bottoms, fluidisation systems with vibrating heads, extraction screws and variable-pitch batching units.
FLUID AIRSYSTEMS has consolidated handling experience thanks to the development of dense-phase pneumatic conveying systems with pulsating air. One of the main characteristics of these systems is their simplified design which is based on a single transfer conduit, without additional injections, built with stainless carbon steel 304-316, polyethylene and hoses. A manual or automatic valve can be used to adjust the quantity of material being handled (flow rate).
In the automatic version, the valve, along with a pressure switch, acts like an anti-lockout device. When the conveying pressure increases beyond the standard value, the valve prevents the material from entering the piping until the pressure drops below the conveying pressure value, re-enabling the regular feed process.
During a sudden power outage, a dual valve system, in which one valve is normally closed and the other normally open, guarantees a continuous supply of compressed air.
For a sudden interruption in the compressed air supply, a small compressed air tank ensures that conveying will continue until the line has been emptied, while the material feed system on the same line is closed automatically.
This conveying system has been successfully installed in numerous plants confirming its reliability, low operating costs and high performance levels. FLUID AIRSYSTEMS also designs and develops closed-loop, controlled atmosphere (nitrogen) plants, in a pressurised or suction version, that also include a dense and diluted phase. ecc
Products:
FLUID AIRSYSTEMS
are designers and manifacturers of pneumatic conveying plants for chemical, foods, ceramic tiles and metallurgic industries in dense and diluite phase.
FLUID AIRSYSTEMS
supplies full plant turnkey contracts. They have gained a wide reputation on the national and European market.
In particular, their exclusive pneumatic dense phase system obtained with PULSED AIR allows for pneumatic conveying even for more difficult flow materials.
FLUID AIRSYSTEMS, Italy
FLUID AIRSYSTEMS
Company:
Backed by the expertise of various technicians with extensive handling sector experience, the FLUID AIRSYSTEMS engineering company was established in 1993 in Maranello (Italy) for the purpose of designing and selling powdered raw material handling, weighing, batching, mixing and storage systems and, in particular, innovative pneumatic conveyor systems equipped with specific accessories.
The company continued to develop and expand and, in 1994, the original technicians were joined by two well-known researchers from the fluid-dynamics institute at the University of Karlsruhe (Germany). Thanks to more than thirty years of sector-related know-how, FLUID AIRSYSTEMS developed innovative, high-performance systems.
Initially active in the fine chemicals and paint-dye factory sectors, the company expanded its operations into the fields of ceramics, plastics, foods and pharmaceuticals.
In 2004, to provide customers with increasingly greater reliability and quality assurance, FLUID AIRSYSTEMS created a testing laboratory for analysing individual materials in order to identify their chemical-physical characteristics. In addition, a variable-geometry pilot plant with a length of 60 metres was built to test materials for optimising the performance of pneumatic conveying systems.
In this manner, customers can physically track their material as it “travels” along the line, determining its optimum conveying conditions.
Technology:
In recent years, FLUID AIRSYSTEMS’ activities have focused on particular plant sections and, specifically, storage, transport, weighing and batching. The company has developed its own innovative technologies and mainly for extracting particularly difficult materials from silos using “milling” extractors, vibrating bottoms, fluidisation systems with vibrating heads, extraction screws and variable-pitch batching units.
FLUID AIRSYSTEMS has consolidated handling experience thanks to the development of dense-phase pneumatic conveying systems with pulsating air. One of the main characteristics of these systems is their simplified design which is based on a single transfer conduit, without additional injections, built with stainless carbon steel 304-316, polyethylene and hoses. A manual or automatic valve can be used to adjust the quantity of material being handled (flow rate).
In the automatic version, the valve, along with a pressure switch, acts like an anti-lockout device. When the conveying pressure increases beyond the standard value, the valve prevents the material from entering the piping until the pressure drops below the conveying pressure value, re-enabling the regular feed process.
During a sudden power outage, a dual valve system, in which one valve is normally closed and the other normally open, guarantees a continuous supply of compressed air.
For a sudden interruption in the compressed air supply, a small compressed air tank ensures that conveying will continue until the line has been emptied, while the material feed system on the same line is closed automatically.
This conveying system has been successfully installed in numerous plants confirming its reliability, low operating costs and high performance levels. FLUID AIRSYSTEMS also designs and develops closed-loop, controlled atmosphere (nitrogen) plants, in a pressurised or suction version, that also include a dense and diluted phase. ecc
Products:
FLUID AIRSYSTEMS
are designers and manifacturers of pneumatic conveying plants for chemical, foods, ceramic tiles and metallurgic industries in dense and diluite phase.
FLUID AIRSYSTEMS
supplies full plant turnkey contracts. They have gained a wide reputation on the national and European market.
In particular, their exclusive pneumatic dense phase system obtained with PULSED AIR allows for pneumatic conveying even for more difficult flow materials.
Some of our products:
Blow Tank
Big-bag unloading system
Big-bag oading system
Vibrating feeders for high temperatures
Aero-Mechanical conveyor
Ni-Hard bend
Y fitting in Ni-Hard
Bends and coupling
Vent filter
Gate lock valve
Diverter flap valve
2-4 way valve
Rotary Valve
Lump Breakers
Semi-automatic Big-bag Breaking
Empty Big-bag Compactors
Mixer
Mini Blow Tank
For more information, please visit:
https://edir.bulk-online.com/profile...ystems-snc.htm
Attachments
fluid_airsystems_propulsore (JPG)
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