Italian company is looking for distributors for its machine for volume reduction of inorganic waste

 ITALY Business partnering opportunity  Created: 12/02/2016
Last updated: 11/03/2016
Fecha límite: 11/03/2017

Italian company manufacturing metal structures and machines has developed a machine to recycle inorganic waste by way of an innovative cutting system that allows to considerably reduce waste volume. The company is looking for distributors.

Descripción completa

Italian company working in the field of metal processing for production of metal structures and equipment with a particular attention to environment impact has realized a machine to reduce volume of inorganic waste (cans, plastic bottles for example). This machine has a cutting system that makes it possible to process plastic bottles or aluminium cans into pieces 1 centimetre of diameter. The initial volume is reduced over 95% and the pieces obtained are ready to be re-used for new products, without further processing steps. It also doesn't need large engines for its functioning. This machine can have industrial applications as well as private applications: household appliance for home and also for camping vans or boats, it can be put near vending machines in public premises or used in the Ho.Re.Ca.(Hotellerie Restaurant Café) sector.
The machine has an international patent. The company is looking for distributors to enter foreign markets.

Socio buscado:

- Specific area of activity of the partner: Distributors should have experience in the environmental market, in particular in waste valorization business.
Distributors specialized in supplies for the Ho.Re.Ca. and naval sector are welcome.

Advantages & innovations:

It is not so expensive and bulky as traditional compactors are.
Customized approach and flexibility: the company can design, prototype and produce from small to large quantities of the machine.
Technical assistance is also provided.

Clasificado como: Tecnologías de Materiales Manufactura Industrial Otras Tecnologías Industriales Medio Ambiente Industria

» Reference: BOIT20160212001

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This project has received funding from the European Union’s Horizon 2020 research and innovation program under grant agreement N° 690103