Automotive Industry

COMPOSITE STRUCTURE

Composite part reinforced with continuous fibre reinforcement with a bio-based polyurethane matrix (BIO-PUR) suitable for structural components subjected to cyclic loads. Materials of petrochemical origin are replaced by bio-based materials, reducing the weight with respect to metallic components by up to 80% and extending their life cycle.

TECNALIA

improvement strategies

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

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T

U

V

ENVIRONMENTAL IMPROVEMENTS

Substitution of up to 40% of current materials with sustainable materials.
50-80% weight reduction.
30% reduction in energy consumption.
30% increase in durability.
Safe disposal of materials as they are inert.

VIEW LEGEND

Product in the framework of new business models

A Features integrated in a single product

B Servitization-oriented product

C Producto in use access-based businnes model

D Product in result access-based businnes model

Reducing impact in the company

E Low enviromental impact materials

F Reduced weight and/or volume

G use of efficient production techniques

Design aimed at partial product recovery

H Design aimed at reusing parts

I Standardisation of parts and components

J Easy dismanting

Product designed for a second life

K Remanufactured product

L Reaconditioning capacity

M Design aimed at reuse

Longer product life

N Easy maintenance and reparanility

O Greater technical durability

P Product aimed at customer loyalty

Enviromental optimisation in the use phase

Q Low energy consumption

R Consumables reduced or optimised

Enviromental optimisation in distribution

S Optimised packaging and packing

T Efficient distribution logistica

Design for product end-of-life

U Easily recyclable product

V Safe elimination