A complete range of products for the automation of plastic industry

With over 90 years of experience, Piovan is a world leader in the design and manufacture of industrial automation systems for the storage, conveying and handling of polymers, bioresins, powders and recycled plastics.

In recent years, Piovan has been particularly involved in the design and production of automation systems for the recycling and reuse of plastics and for the production of naturally compostable plastics.

Piovan supplies feeding systems, smart dryers, oil condensers, blenders, scrap recovery systems, in-line Moisture Minder, acetaldehyde and benzene detection instruments, supervisory software and much more.

PLASTIC FOOD INDUSTRIAL COOLING

Feeding & Conveying

The range of Piovan solutions spans from stand-alone single material loaders to central multiple material systems.

Drying & Dehumidifying

Broad selection of technologies to perform the drying process in the best condition possible for the raw material.

Dosing & Blending

Volumetric, gravimetric, loss-in-weight, continuous or batch, are the technologies implemented in the series of blenders and dosing units of Piovan.

Temperature Controllers

Efficiency of heat exchange and reliability of operation characterise our range of temperature control units.

Storage

Wide range of solutions that includes from the small movable storage silos on wheels, up to the external silos to stock tonnes of material. The solutions can be totally tailor made on customer request.

Software & Control systems

Process integration and control systems are key to maximizing efficiency and achieving high performance.

Lab-tech

The simplest way of measuring AA levels in PET preforms. The Piovan Lab-Tech range allows utmost production monitoring, by providing real time analysis of acetaldehyde content in the PET preforms.

Granulation

Small, medium and large capacities, with the latest design for size reduction, granulation, recycling devices and accessories, represent the range of equipment of Piovan.