| Home |
| About us - contacts |
| Product information |
| Technical information |
| Distributors |
| References |
| Trade fairs |
| Inquiry, Complaint |
| Download centre |
| On - line chat |
![]() |
|
| PRODUCT INFORMATION - APPLICATION EXAMPLES | |
|
|
|||
| Variability
of used textiles and their special treatment enables use of textile
air distribution systems (textile diffuser, fabric duct, fabric ducting)
in majority of rooms, where it is necessary cooling, heating, humidification
and filtration of air and distribute it using fans. The following
paragraphs describe only typical installations, other applications
will be considered specially. |
|||
| Food processing industry | |||
![]() |
Historically
first textile air distribution systems were used in food processing
industry. Sanitary regulations require that all food processing devices
must be easily and perfectly
cleanable. Out of all the air distribution system options, this condition
is only met by textile diffusers. After washing they are perfectly clean,
and if disinfection is added, also those germs that would resist the
antibacterial treatment, are killed. Fabrics made of endless fibres,
developed specially for the Prihoda's textile diffusers, are very flat
and thus do not allow sedimentation of impurities. This is what makes
them different from the diffusers made of staple fibres that successively
fill with dust and can represent a sanitary risk.
|
||
| Food stores, low-temperature worksites | |||
In
large stores, textile air distribution systems provide uniform air
distribution, thus ensuring maintenance of stable temperatures. This
is usually the essential requirement for storage of foodstuffs. If
people have to work in an environment with low temperature, then
they are usually very sensitive to draughts. Inconvenient air distribution
might cause higher sickness rate. Textile diffusers disperse air
without causing draughts, and create acceptable climate.
|
|||
Chemical,
textile and electrotechnic industry
|
|||
Textile
air distribution systems are a perfect solution for any industrial
branch.
They provide uniform (draughtless) air distribution at unbeatably low
costs, or enable air directing according to the request of the end user.
More than 60 suspension variants bring
a possibility of choosing a convenient solution for any situation, taking in consideration the construction of ceiling and other installations in the particular plant. In a contaminated environment, fabrics with larger holes need to be used (perforation, no microperforation). |
|||
Supermarkets
and gathering areas
|
|||
To
mainly high halls we can offer an air distribution system through
a row of larger holes or
textile nozzles, as the case may be. In any case, accurate air directing
and distribution as the customers wish will be possible. Experience from
practice confirm that a textile air distribution in a supermarket is
a substantially better (more uniform) air distribution system than the
traditional systems. In addition, the costs on this are lower. A matter
of course is the possibility of various colour versions or different
distribution for various zones. For instance, for the cooled and heated
section of the supermarket. Fire resistance of our fabrics conforms to
the requirements of European standards.
|
|||
Pools, sports halls and fitness centres
|
|||
Installations
at various sport yards are very typical for textile air distribution
systems. For large sports halls is available a wide choice of directed
distribution possibilities. On the contrary, cooling air dispersion
at minimum speed will not be perceived negatively by fitness centre
customers. There are often low rooms where air distribution is always
difficult. Semicircular textile diffusers on ceiling are the best solution
in terms of both price and function. Specific environment of swimming
pools is almost predetermined for installation of textile diffusers.
The fabrics used, including installation material, are fully resistant
to damp environment. Combination of different colours revives interior.
| |||
Kitchens
|
|||
|
Space
in kitchens is usually narrow, and their extreme load with heat and
vapours calls up the need of extremely intense ventilation. Textile
diffuser disperses air uniformly, without creation of draught. Any
directing of airflows is usually totally useless. The material used
is resistant to vapours and its maintenance is (also thanks to small
dimensions and low weight) very easy. Comparing the prices of stainless
ceiling, the costs of our solution are much lower! Use of non-textile
distributions systems opposes the requirement on easy and perfect
cleaning that is necessary for sanitary reasons.
|
||
Offices,
night clubs, cinemas, etc.
|
|||
Higher
aesthetical demands can be satisfied by colourful and shape variability
of textile air distribution systems. Correctly manufactured and perfectly
installed semicircular textile diffusers become an elegant part of
interior. In terms of function, air dispersion from those ceiling
semi-cylinders equals to cooling ceilings or beams. Comparing to
those solutions, the price difference is huge even in case of best
equipped textile diffusers. Unlike the traditional diffusers, embedded
in soffits, our solution does not cause any local heat discomfort.
Experiences prove significantly higher satisfaction of workers in
uniformly cooled offices.
|
|||
Temporary
installations
|
|||
The
convenience of using textile air distribution systems for cooling
or heating of large-volume tents or other temporary structures is
clearly apparent. Light construction of ceilings can carry textile
diffusers weighing from 100 to 400 g/m2 without any problems. Assembly
is very fast, usually by means of bearing ropes and hooks sewn on
the diffusers. Top quality material allows multiple repeated use.
Cooling (heating) by means of a single larger source with connected
textile air distribution system is much more economic than just cold
(heat) blowing to the space. In case of heating without air distribution
system the flow is bent upwards and the zone under the ceiling gets
overheated which results in enormous heat loss. In cooling, intense
airflow causes local undercooling and draughts; on the other hand,
insufficiently cooled zones are created elsewhere. Both cases are
successfully solved by a rightly designed textile air distribution
system.
|
|||
