Reduce Reuse Recycle - Materials Proposal

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECTINTRODOCTION

PES FELT & RESIN GRANULES

Laboratorio Dei Materiali II A.A.2017/2018 Elisa Manzato

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

FELT ORGANIZER

Everyday organizer for kitchen or desk. Perfect for home and for the office.

The main material and the stitching is not toxic and the product is light and easily transportable before and ongoing user experience.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

FELT ORGANIZER

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (fourbasic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide by preferences, according to destination (kitchen/office).

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

MAGAZINE RACK

Magazine rack made up by three levels of felt’s strips stitching on the length ans stitching in the middle to a strip of felt roll up (to maximize structure and stability). To have more stability and an esthetic point, strips are stitching also on the sides.

The main material and the stitching is not toxic and the product is light and easily transportable before and ongoing user experience.

The product has an esthetical appearance that makes it interesting for the user.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

MAGAZINE RACK

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide by preferences.

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

PILLOW

People love confort.

This pillow is made by overlapping layers of strip’s felt sewn together.

It is (theoretically) made for a metal mesh stool (to have this difference in materials) but the product can sit on every chair.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

PILLOW

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

The pattern feels geometric because of the precise characteristics of strips.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide by preferences, according to destinations and esthetical armony.

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

BASKET

Big basket for clothes, toys and various objects. to tidy up in a easy way.

Made of concentric strips stitching together, with a rope at the end, to close it easily.

Basement is made of various layers of strips to gain support.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

BASKET

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide by preferences, according to use (clothes, toys..).

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

LAMP SHADE

Desk lamp with unique atmosphere power. The basement is made of wood and the lampshade in felt, which is made by two strips of felt stitching together, which are been pierced before to create a pattern constellation. The lampshade is easily interchangeable, simply lift it and slip it out of its housing. The two strips can be differents in colours.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

LAMP SHADE

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Basement is made by wheel and treat in a green way with natural wood protections; Felt is pierce manually.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide by preferences and buy differents models.

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

VASE

Vase for dried and long flowers.

Minimal esthetic, the basement is renforced with wood to gain stability.

Strips are stitching and the form is minimal and roll up.

Strips and wood are glued together.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

VASE

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide by preferences.

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

LIGHT HUG

Lampshade that wraps a wooden base and create atmosphere.

Two layers of strips (different colours) stitching together.

This object is more rounded and shaped.

Central frontal joint closure.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

LIGHT HUG

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide as they pleased.

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

CURLY FELT

Large chandelier made of consecutive felt strips, sewn one after the other and assembled to form a spiral.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

CURLY FELT

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide by preferences, according to destination (kitchen/office).

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

POPE

Felt lamp in a conical shape, composed of two (or more) layers of strips sewn together. On the top there is the light bulb hooking structure. On the conical structure there is a small hole for passing the light thread. Thanks to the stitching and the conical shape and the multi layers of felt, the lamp is solid.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

POPE

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Users can see and decide by preferences.

You help recycling

It is confy and light

Every model is unique, like you.

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

FELT UMBRELLA

The most complex shape and mechanism, however, are based on the inverse umbrella.

Lamp that can be used in different ways (either on the table or hanging or on the floor) has three options: clodes, semi open and open.

The structure is made of 100% recyclable steel, while “the umbrella” is made of felt strips designed to create the typical shape.

The O/I and the open/close mechanism are present.

The three modes create very different effects between them.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

FELT UMBRELLA

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

Product is made both industrially and handmade.

You help recycling

It is confy and light

Every model is unique, like you.

Curious object!

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

O-STRIP

Large chandelier made of at least 4 strips of felt superimposed on each other and stiffened in organic shape.

The strips are turned on themselves to give movement to the object.

At the center of the strips and all along their entire length there is a led strip that follows the trend of the felt.

The light is sewn on the structure and the seam can be seen on the back. It is hung thanks to two thin metal wires.

PES FELT SELVEDGE - Needlepunched 100% polyester felt Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

O-STRIP

The product takes advantage from the form of industrial waste (strips of felt almost regular) and his colours (four basic colours to play with).

Felt’s strips are stitching together mixing (or not) colours, to maximise the circular economy of the industrial waste by his availability.

Stitching is studied to be in contrast with felt and to be a pop up colour.

We can say that every product is unique and this is his added value and his main characteristic.

You help recycling

It is confy and light

Every model is unique, like you.

Curious object!

Handmade

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

GRITTY TILES

CONTENUTO (da tradurre in inglese) 1. ‘hero shot’: immagine rappresentativa (render) che descrive il prodotto / nuovo materiale nel suo contesto previsto.

Tiles of ionic resin (100×100 mm) with a thickness of 5mm. Suitable for interiors, light orange color, and reflecting light. It gives elegance and refinement.

SPHERICAL RESIN GRANULES - ionic exchange resin in polyester-Divinylbenzene Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

GRITTY TILES

The raw material in not easy to process.

It can be used mixed with other components, such as glues or resins or even bioplastic to create a unique compond.

To be more ecological it can be mixed with vinyl glue and then poured into a formwork where it will dry. Once dry, the mixture is very resistant.

It is preferable to lay it on a base material on which it can be attached.

Industrial production is recommended.

You help recycling

reuse industrial is good!

warm colour

great touch

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

ARANCINO

Its name derives from its appearance, which reminds us of a Sicilian arancino.

Vase or lamp with an organic and handmade shape.

The double use is given by its unique and particular shape.

It has a papier-mâché processing base to which the resin was then applied. The variation in color is given by the different layers of resin.

This process can be made industrial using an acetate base and an epoxy resin.

At an industrial level, forms change and become more standardized.

It makes the atmosphere warm and soft.

SPHERICAL RESIN GRANULES - ionic exchange resin in polyester-Divinylbenzene Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

ARANCINO

schizzo dell’oggetto

The raw material in not easy to process.

It can be used mixed with other components, such as glues or resins or even bioplastic to create a unique compond.

To be more ecological it can be mixed with vinyl glue and then poured into a formwork where it will dry. Once dry, the mixture is very resistant.

It is preferable to lay it on a base material on which it can be attached.

Industrial production is recommended.

You help recycling

reuse industrial is good!

warm colour

great touch

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

ORANGE SHADE

Circular lampshade inserted on a wooden base (or other support) with a dedicated recess.

The resin was applied on a vinyl acetate base. The granular resin was mixed with epoxy resin and was then applied to the acetate with a brush and in rotation until it was dry.

Another method of production was for casting on acetate sheet (more drying times of the resin). The final result is a particularly malleable and curvable resin film on acetate. One can undoubtedly fix it to create basic forms.

The color rendering is interesting and makes a warm atmosphere.

SPHERICAL RESIN GRANULES - ionic exchange resin in polyester-Divinylbenzene Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

ORANGE SHADE

The raw material in not easy to process.

It can be used mixed with other components, such as glues or resins or even bioplastic to create a unique compond.

To be more ecological it can be mixed with vinyl glue and then poured into a formwork where it will dry. Once dry, the mixture is very resistant.

It is preferable to lay it on a base material on which it can be attached.

Industrial production is recommended.

You help recycling

reuse industrial is good!

warm colour

great touch

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT DESCRIPTION

SILVERWARE

The resin in granules can be mixed with different resins (principally epoxy to bring out its particular color).

Having the resin a special grip once dry and being resistant it is interesting to be able to exploit it in those objects that require particular attention to the grip of the hand: cutlery and kitchen tools in this case.

The objects have a metal core that is correctly positioned in a formwork; by casting, the resin is poured into the formwork. Once the mold has been opened, the resin needs a light sanding.

SPHERICAL RESIN GRANULES - ionic exchange resin in polyester-Divinylbenzene Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECT APPROACH

SILVERWARE

The raw material in not easy to process.

It can be used mixed with other components, such as glues or resins or even bioplastic to create a unique compond.

To be more ecological it can be mixed with vinyl glue and then poured into a formwork where it will dry. Once dry, the mixture is very resistant.

It is preferable to lay it on a base material on which it can be attached.

Industrial production is recommended.

You help recycling

reuse industrial is good!

warm colour

great touch

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697

CIRCULAR DESIGN CHALLENGE for LIFE M3P > PROJECTINTRODOCTION

PES FELT & RESIN GRANULES

Laboratorio Dei Materiali II A.A.2017/2018 Elisa Manzato

Course LABORATORIO DEI MATERIALI II Group A Manzato Elisa Tecnologie dei Materiali II > Professor Tamar Ben David NABA, Nuova Accademia di Belle Arti > A.Y. 2017/18

This project has received funding from the European Union’s Life Programme 2015 under grant agreement No LIFE15 ENV_IT_000697