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Pickling Lines for Strip
Continuous pickling lines
Shivas is supplying and building continuous pickling
plants in cooperation with leading Terminal Equipment Suppliers. According
to modern requirements of process, the pickling tanks are extensively made
out of polypropylene (PP) and FRVE (Vinyl Ester). The advantage of this
material are simple fabrication, low weight and excellent acid proof
characteristic. All tanks are built in a design specially created by SHIVAS.
This special system results in a long economic life-time and moderate
Our engineers' high know-how and long experience time are allocated to our
customers to guarantee lowest investment costs and short delivery times.
Close collaboration with the customer in the engineering stage allows an
optimum solution, specific to the customer's requirements.
At this stage the existing plant is analyzed by Shivas Engineers and the
reusability of existing machines and equipment is checked. Beside the
machines and the apparatus, the complete system control including process
control system and software are checked with regard to optimization.
Push pull pickling lines (PPPL)
At the highest technical level push pull pickling
lines are engineered, built and commissioned by Shivas.Special attention is
paid to careful strip control and at the same time to high threading speed.
The simple handling of the material and the well thought-out operation
facilitate high throughput performances with small maintenance rates.
Beside the mechanical characteristics of the push pull pickling plants, all
advantages of an ultramodern and efficient pickling technology are united in
the chemical part Individual solutions are developed depending on customer
requirements for strip qualities and for the throughput range. For further
special applications Shivas offers semi continuous pickling lines. These
pickling lines combine the compactness of a push pull picking line with the
throughput efficiency of a continuous pickling line. A wide variety of
production speeds can be compensated for by individual adjustment of the