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Use of waste rubber and bionanofiller in preparation of rubber nanocomposites for friendly environmental flooring applications

Abstract
One major environmental problem that cannot be solved on a large scale is the tire waste. Such tires accumulate to form waste mountains which cannot be easily handled. This study suggests a solution, if succeeded, that consumes half of this waste, when applied. The waste tire powder (WTP) is blended with natural rubber (NR) then mixed with a natural bionanofiller in the ratio of 1:1. This bionanof...
Keywords
Natural rubber
Nanocomposite
Ultimate tensile strength
Husk
Materials science
Elongation
Banana peel
Environmentally friendly
Thermal stability
Polyester
Composite material
Waste management
Chemistry
Food science
Organic chemistry
Ecology
Biology
Engineering
Botany
Sustainable Development Goals (SDG)
Life on land



Use of waste rubber and bionanofiller in preparation of rubber nanocomposites for friendly environmental flooring applications

Use of waste rubber and bionanofiller in preparation of rubber nanocomposites for friendly environmental flooring applications

Abstract
One major environmental problem that cannot be solved on a large scale is the tire waste. Such tires accumulate to form waste mountains which cannot be easily handled. This study suggests a solution, if succeeded, that consumes half of this waste, when applied. The waste tire powder (WTP) is blended with natural rubber (NR) then mixed with a natural bionanofiller in the ratio of 1:1. This bionanof...
Keywords
Natural rubber
Nanocomposite
Ultimate tensile strength
Husk
Materials science
Elongation
Banana peel
Environmentally friendly
Thermal stability
Polyester
Composite material
Waste management
Chemistry
Food science
Organic chemistry
Ecology
Biology
Engineering
Botany
Sustainable Development Goals (SDG)
Life on land