BACTERIAL PIGMENT DYEING

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Physical properties

General

Heavy:

Stiff:

Hard:

Light:

Flexible:

Soft:

Structure

Solid:

Homogeneous:

Geometric:

Porous:

Heterogeneous:

Organic:

Texture

Smooth:

Uniform:

Dense:

Coarse:

Variable:

Sparse:

Performance

Mechanics

High Resistance:

Fragile:

High Scratch R:

Low Resistance:

Ductile:

Low Scratch R:

Physical

High Fire R:

High UV R:

High Wather R:

Low Fire R:

Low UV R:

Low Wather R:

Conductive

Thermal conduction:

Electrical conduction:

Chemical conduction:

Thermal insulation:

Electrical insulation:

Chemical insulation:

Sensoriality

Sight

Glossy:

Opaque:

Reflective:

Matte:

Translucent:

Non-reflective:

Touch

Waxy:

Cold:

Hard:

Rough:

Warm:

Soft:

Smell

Slight:

Sweet:

Pleasant:

Intense:

Acid:

Unpleasant:

Hear

Bright:

Silent:

Sound-absorbent:

Dull:

Noisy:

Sound-reflective:

Taste

Inedible:

Slight:

Sweet:

Edible:

Intense:

Salty:

Bio-synergies

Dyeing process developed starting from the use of bacteria present in the soil which, with the sole use of sugar and water, are able to produce red-violet pigments useful for dyeing fabrics, garments, accessories and products, with enormous advantages for the environment compared to traditional processes rich in heavy metals and carcinogens. Furthermore, these pigments, widely used by the pharmaceutical and cosmetic industry, show anticancer, antiviral, antifungal and anti-microbial properties that can be transferred to dyed fabrics.

POST CARBON LAB

Unit 30, Open Cell, Old Laundry Yard, Sheperd's Bush - London W12 8EZ, UK

tel. 0044 7543502482

mail. post.carbon.lab@gmail.com

GALLERIA

Language English

Centro Saperi&Co

Category

Physical properties

Performance

Sensoriality

Sustainability

BACTERIAL PIGMENT DYEING

GALLERIA