Fitava boasts considerable experience in plant engineering and factory automation , marketing the most important leading companies in the process and in automation.
What has always distinguished Fitava is the attention towards its stakeholders at every touch point of encounter with the latter. In fact, the goal is to make them not only satisfied, but enthusiastic about the experience they had with Fitava.

Via Napoli 45, interno 4, 84014 Nocera Inferiore (SA) – ITALY
TEL +39 081 5170356 | FAX +39 081 5170360
e-mail: info@fitavatrading.com

Who we are

MISSION

What has always distinguished Fitava is the attention towards its stakeholders in every touch point of meeting with the latter. In fact, the goal is to make them not only satisfied but enthusiastic about the experience with Fitava.
vega
efa
elsi
dierre
ascon
santierno
sick
wago
donfoss
euspray
gemu
isoil
oemer
valbia
valpres
nobel
alfa-laval
conflow
gestra
mival
penta
saba
seepex
nugia
bresciane
emerson-aventics

Water

Water is used in industry for cleaning, heating, cooling, steam, transport, as a solvent and as part of a larger product. Finding eco-efficient ways to manage water will reduce the competition for a scarce resource between industrial, urban and agricultural use, especially in water-scarce regions.

Steam

Steam is an integral and essential part of modern technology. Without it, the modern food, textile, chemical, medical, pharmaceutical, heating and transport industries could not exist or deliver their particular services. Its use is widespread throughout industry for a wide range of functions, from mechanical power generation to space heating and process applications.

AIR

Modern industry is increasingly focused on the use of new technologies, is committed to sustainability and makes use of environmentally friendly resources. One of the most important of these is compressed air. Its applications cover all industrial sectors, since compressed air can offer many advantages, first and foremost from an operational point of view.

AUTOMATION

Industrial automation uses mechanical, electronic and computer technologies to control industrial production processes by managing flows of energy, materials and information. Automation methodologies provide the tools to design – in abstract and formal terms – the algorithms that the processing elements will use to decide the actions to be performed on the plant to be automated.

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