Page 83 - Glass Machinery Plants & Accessories no. 2/2018
P. 83
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different
application
blow mould holder exchange
t Easy and
quickly and easily. By loosening
a few screws, the holder can be
change
Carefully
separated simply from the cool-
Full cooling power is ensured
during the entire process cycle
variables
parts gua
process q
ing piece.
Heye
BY TELESCOPIC TUBES
Axial cooling can be applied
FLEXIBILITY t Compatibilit
stands
for different glass container
design,
heights. The telescopic tubes
precis
distances between cooling foot
and mould holder. For very short
the
HOT-END WORK fl exibly adapt to the different and lo be M
mou
moulds, the distance can be com-
pensated by an additional cooling
im
HEYE
piece adapter.
t High cooling effi ciency by
full cycle
Hot-end work cooling for t Uniform cooling air distribu-
ADVANTAGES
double telescopic tubes
tion on the moulds
t Optimized fl ow design
high speed
More power by double telescopic
production
Conventional cooling of the blow mould unit operates only in certain
mould positions. Consequently, consistent cooling of the mould
cannot be ensured for the entire forming cycle at blow side, resulting in
less container stability and less production speed.
double telescopic tubes provide
for maximum volume fl ow. In
the area of the telescopic tubes,
the fl ow path is nearly straight;
www.glassonline.com
in the area of the ball joints it is
scopic tubes with large cross-
redirected very slightly. The cool-
sections provide for maximum
ing piece distributes the cooling
volume fl ow. Thanks to an
air in fan-shaped pattern equally
improved cooling piece design,
This provides increased stability,
better quality and higher pro-
AXIAL COOLING
The latest Heye blow
N EW BLOW MOULD d to other optimized fl ow paths are ensured. on the mould halves.
A specially developed cooling
EASY JOB CHANGE
duction speeds. The axial cool-
mould axial cooling is capa-
piece holder enables to perform
i g can be refi tted on existing
f permanently cooling the
g the entire process
ies
HS
bet-