Biodegradable films are sort of plastics which decomposing in natural by composting and land filling
in environments. Biodegradation of plastics can be achieved by enabling microorganisms in the
environment to metabolise the molecular structure of plastic films to produce an inert humus-like material
that is less harmful to the environment. They are plastics whose components are derived from renewable
raw materials. Biodegradable films are recently-developed eco-friendly alternative made of corn starch.
In this research, therefore, we focus on laminating mulbery paper by biodegradable films to enhance
the usage and eco-friendly materials. Equally important, the dry laminate is the fabricate technique and
Latex glue is used as adhesive.
Anin Memon, et al. [1] designed an archetypal laminating machine size 0.45 x 0.9 x 0.8 meter for
laminating the matters by cellulose-propionate films and used Latex glue as adhesive. Progressively, this
research uses the matter from inject printing process because this process is wildly used in printing and
suitable for infinitesimal matter, also low cost and faster. The matter is printed on coated and uncoated
papers; 210 gram, size 297 x 420 millimeter (size A3). The laminating uses temperature 160 oC for half
dry latex glue, laminating speed is 45 second per sheet. The results as the follows: the matter durable to
scratch than non-laminate matter. After dropping the water on the laminated matter, it can protect the
Biodegradable films are sort of plastics which decomposing in natural by composting and land filling
in environments. Biodegradation of plastics can be achieved by enabling microorganisms in the
environment to metabolise the molecular structure of plastic films to produce an inert humus-like material
that is less harmful to the environment. They are plastics whose components are derived from renewable
raw materials. Biodegradable films are recently-developed eco-friendly alternative made of corn starch.
In this research, therefore, we focus on laminating mulbery paper by biodegradable films to enhance
the usage and eco-friendly materials. Equally important, the dry laminate is the fabricate technique and
Latex glue is used as adhesive.
Anin Memon, et al. [1] designed an archetypal laminating machine size 0.45 x 0.9 x 0.8 meter for
laminating the matters by cellulose-propionate films and used Latex glue as adhesive. Progressively, this
research uses the matter from inject printing process because this process is wildly used in printing and
suitable for infinitesimal matter, also low cost and faster. The matter is printed on coated and uncoated
papers; 210 gram, size 297 x 420 millimeter (size A3). The laminating uses temperature 160 oC for half
dry latex glue, laminating speed is 45 second per sheet. The results as the follows: the matter durable to
scratch than non-laminate matter. After dropping the water on the laminated matter, it can protect the
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