simple as it is inspired: using the internal
pressure of the spray can, its contents are
released as an aerosol precisely at the time
you press on the button.
the active ingredient (the actual product) and
the liquid propellant inside the spray can: for
this, one part of the propellant is dissolved
in the active ingredient, and a second part
sits as a gas like a "pressure pad" above the
ingredient-propellant mix. If the button is
depressed, the gas propellant forces the
contents through the valve to the outside. At
that instant, the propellant vaporizes in
fractions of a second, and the active
ingredient that is left behind is distributed
very finely and evenly just the way the
user needs to have his product.
using spray cans: the active ingredient is
applied finely, economically and evenly and
dries rapidly. Pump sprays cannot achieve
these unique properties of aerosols, and are
therefore unsuitable for many products.
container: the actual spray can itself, in
tinplate or aluminium. The base of this can
is concave, for two reasons:
generated due to the strong influence of
heat, it allows the base to bend outwards
and thus alleviate the pressure. It means
that the integrity of the spray can is not
compromised despite the overpressure.
feeder tube running down the base against
the inner wall of the can is able to reach the
very last drops of the product when the base
itself is concave.
cover are located at the top of the metal
container: the valve and spray head are
responsible for "atomising" the product and
for precise dosing. The spray head is
provided with a protective cover. The valve
body is connected to a vertical feeder tube
leading into the inside of the spray can. It
extends down to the base and ensures that
the can is emptied completely and evenly.
an expansion space. This ensures that the
filled aerosol can can even withstand
temperatures up to +50 °C.
propellant or propellant gas, since this
generates the pressure needed for spraying.
And ultimately, the even the most
sophisticated design would be nothing
without the product. The active ingredient
which is intended for spraying is similarly in
liquid form and is mixed with the propellant
or propellant gas in the can.
application. It is also based on external and internal testing in laboratories and in practical tests conducted in-house.
your own operational experience. Technical data sheets and safety data sheets are available for all products, in each case reflecting the latest knowledge and
understanding. Further to this, there are corresponding recommendations on each individual product pack. Due to the range of possible applications, neither the
manufacturer nor the marketing companies domestically or in other countries give a guarantee either expressly or tacitly as to particular outcomes from use of the
product and the durability of same, or for the product lifetimes.