Search Results for: Woven fabrics of silk-waste
the conditions, the faster the breakdown. bacteria and fungi break down the wool. the fungi first destroy the ends of the wool fibre, and bacteria then digest the weakened fibre by secreting enzymes. a wide range of fungi and bacteria are involved, including: fungi: microsporum, trichophton, fuasarium
, rhizopus, chaetomium, aspergillius and penicillium bacteria: actinomycetes, streptomyces, pseudomonas, proteus, bacillus a soil burial study undertaken by agresearch showed that 10 wool fabrics (knitted and woven) lost 95% of their weight on average over 15 weeks. some finishes or treatments may slow...
http://www.iwto.org/biodegradeability
the conditions, the faster the breakdown. bacteria and fungi break down the wool. the fungi first destroy the ends of the wool fibre, and bacteria then digest the weakened fibre by secreting enzymes. a wide range of fungi and bacteria are involved, including: fungi: microsporum, trichophton, fuasarium
, rhizopus, chaetomium, aspergillius and penicillium bacteria: actinomycetes, streptomyces, pseudomonas, proteus, bacillus a soil burial study undertaken by agresearch showed that 10 wool fabrics (knitted and woven) lost 95% of their weight on average over 15 weeks. some finishes or treatments may slow...
https://www.iwto.org/biodegradeability
the conditions, the faster the breakdown. bacteria and fungi break down the wool. the fungi first destroy the ends of the wool fibre, and bacteria then digest the weakened fibre by secreting enzymes. a wide range of fungi and bacteria are involved, including: fungi: microsporum, trichophton, fuasarium
, rhizopus, chaetomium, aspergillius and penicillium bacteria: actinomycetes, streptomyces, pseudomonas, proteus, bacillus a soil burial study undertaken by agresearch showed that 10 wool fabrics (knitted and woven) lost 95% of their weight on average over 15 weeks. some finishes or treatments may slow...
http://www.iwto.org/biodegradeability