SLIMY FUTURES 0.2

'Slimy Futures' explores the potential use of bioplastics as a coating for bioleather. While Kombucha bioleather isn't water-resistant, combining its material properties with bioplastics could create a new material that could be used in innovative woven textiles for interior fabrics.

BIODEGRADABLE ALGAE PLASTIC
MATRERIALS: FORAGED SEAWEED 
HOURS: 96          ARTISANS: 1                                                        
BIODEGRADABLE ALGAE PLASTIC
MATERIALS: DRIED SEAWEED
HOURS: 48 HOURS          ARTISANS: 1
AGAR BIOPLASTIC
NATURAL COLOUR 
HOURS: 72 HOURS          ARTISANS: 1
AGAR BIOPLASTIC 
NARTURAL COLOR
HOURS: 96          ARTISANS: 1
AGAR BIOPLASTIC
TURMERIC DYE 
HOURS: 168          ARTISANS: 1
AGAR BIOPLASTIC 
MATERIALS: AGAR BIOPLASTIC + RECYCLED WASTE BIOPLASTICS
TURMERIC DYE 
HOURS: 120          ARTISANS: 1
AGAR BIOPLASTIC
MATERIALS: ROSE DYE 
HOURS: 96          ARTISANS: 1
AGAR BIOPLASTIC
MATERIALS: ROSE DYE 
HOURS: 96          ARTISANS: 1
AGAR BIOPLASTIC 
MATERIALS: MADDER ROOT DYE
HOURS: 96          ARTISANS: 1
BIODEGRADABLE PLASTIC
MATERIALS: MAIZE STARCH + MADDER ROOT DYE
HOURS: 120          ARTISANS: 1

AGAR BIOPLASTIC
MATERIALS: TURMERIC DYE
HOURS: 168          ARTISANS:1 
IRON OXIDISED AGAR BIOPLASTIC 
MATERIALS: TURMERIC DYE + RECYCLED METAL COMPONENTS
HOURS: 240          ARTISANS: 1
IRON OXIDISED AGAR BIOPLASTIC 
MATERIALS: TURMERIC DYE + RECYCLED METAL COMPONENTS
HOURS: 240          ARTISANS: 1
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