The invention discloses a tension-resistant plastic woven bag. The tension-resistant plastic woven bag is characterized in that
polypropylene is used as the base material, master batch
raw material varieties and formula are optimized, a production process is improved, and
modified carbon nanotubes,
Prunus Humilis Bunge fibers,
polyethylene / winter rye
peptide compounds and
bitter almond oil are scientifically compounded to produce the tension-resistant plastic woven bag; the
modified carbon nanotubes can evidently increase the tension resistance, relative tension load, strength,
toughness and elasticity modulus of the plastic woven bag; the
Prunus Humilis Bunge fibers can evidently increase the
impact resistance of the plastic woven bag and are easy to biologically degrade and capable of lowering production cost; the
polyethylene / winter rye
peptide compounds can greatly increase the low
temperature resistance of the plastic woven bag; the
bitter almond oil can effectively increase the lubricating performance and
oxidation resistance of the plastic woven bag. The produced tension-resistant plastic woven bag has the advantages that the tension-resistant plastic woven bag is excellent in
physical property, to be more specific, the plastic woven bag is high in tension resistance load, the multi-directional tension load of the plastic woven bag is 520-930(N / 50mm), and the release force of the plastic woven bag is 6.5(N / 30mm); the plastic woven bag is high in
impact resistance, to be more specific, bag breaking in optional directions is avoided when the plastic woven bag falls from a position 2m in height; the plastic woven bag is high in
ultraviolet resistance, to be more specific, the multi-directional tension load
retention rate of the plastic woven bag is 78-85% after the plastic woven bag is subjected to
ultraviolet irradiation alternate experiments for 144 hours.