ETA blown film dies and internal bubble cooling systems - an ideal ...
ETA blown film dies and internal bubble cooling systems - an ideal ... ETA blown film dies and internal bubble cooling systems - an ideal ...
ETA blown film dies and internal bubble cooling systems - an ideal combination On K 2007 booth 16F39 ETA Kunststofftechnologie GmbH, Troisdorf, will show a blown film die system consisting of a 3-layer spiral mandrel die head combined with internal bubble cooling. A high-capacity IBC requires free space within the die to install the necessary INLET/OUTLET piping. Such arrangements can be optimised with a die and IBC system coming from the same source. ETA blown film dies – with concentric spiral mandrel manifolds or with flat circular distributors – have a large unobstructed centre. An ETA die and ETA IBC form a high-performance entity. ETA blown film dies are in use with die diameters up to 800 mm and with up to 9 layers. ETA IBC systems, designed not only to provide high cooling capacity but also to avoid condensation, have been built for die diameters from 180 mm to 600 mm. Page 1 / 2
<strong>ETA</strong> <strong>blown</strong> <strong>film</strong> <strong>dies</strong> <strong><strong>an</strong>d</strong> <strong>internal</strong> <strong>bubble</strong> <strong>cooling</strong> <strong>systems</strong> - <strong>an</strong> <strong>ideal</strong> combination<br />
On K 2007 booth 16F39 <strong>ETA</strong> Kunststofftechnologie GmbH, Troisdorf, will show a<br />
<strong>blown</strong> <strong>film</strong> die system consisting of a 3-layer spiral m<strong><strong>an</strong>d</strong>rel die head combined with<br />
<strong>internal</strong> <strong>bubble</strong> <strong>cooling</strong>.<br />
A high-capacity IBC requires free space within the die to install the necessary<br />
INLET/OUTLET piping. Such arr<strong>an</strong>gements c<strong>an</strong> be optimised with a die <strong><strong>an</strong>d</strong> IBC<br />
system coming from the same source. <strong>ETA</strong> <strong>blown</strong> <strong>film</strong> <strong>dies</strong> – with concentric spiral<br />
m<strong><strong>an</strong>d</strong>rel m<strong>an</strong>ifolds or with flat circular distributors – have a large unobstructed centre.<br />
An <strong>ETA</strong> die <strong><strong>an</strong>d</strong> <strong>ETA</strong> IBC form a high-perform<strong>an</strong>ce entity.<br />
<strong>ETA</strong> <strong>blown</strong> <strong>film</strong> <strong>dies</strong> are in use with die diameters up to 800 mm <strong><strong>an</strong>d</strong> with up to 9<br />
layers. <strong>ETA</strong> IBC <strong>systems</strong>, designed not only to provide high <strong>cooling</strong> capacity but also<br />
to avoid condensation, have been built for die diameters from 180 mm to 600 mm.<br />
Page 1 / 2
17 August 2007<br />
Contact: Robert Michels<br />
<strong>ETA</strong> Kunststofftechnologie GmbH<br />
Biberweg 4<br />
53842 Troisdorf / Germ<strong>an</strong>y<br />
Fon: +49 / 2241 / 949707<br />
Fax: +49 / 2241 / 949709<br />
mail@eta-gmbh.de<br />
www.eta-gmbh.de<br />
Page 2 / 2
Change language