Method for manufacturing plastic-substitute goods by using natural materials

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• cutting rice plant stems into 3-5 cm, and washing and drying the rice plant stems to a drying degree of 98%;
• mixing the glue and the rice plant stems together so as to form a mixture of the glue and the rice plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the rice plant stems, 15 wt % of water, and 15 wt % of melamine resin to form a final mixture, obtaining said melamine resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing melamine 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• washing and drying saw dusts to a drying degree of 98%;
• mixing the glue and the saw dusts together so as to form a mixture of the glue and the saw dusts, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the saw dusts, 15 wt % of water, and 15 wt % of melamine resin to form a final mixture, obtaining said melamine resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing melamine 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture. drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• cutting corn plant stems into 3-5 cm, and washing and drying the corn plant stems to a drying degree of 98%;
• mixing the glue and the corn plant stems together so as to form a mixture of the glue and the corn plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the corn plant stems, 15 wt % of water, and 15 wt % of melamine resin to form a final mixture;
• obtaining said melamine resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing melamine 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade. then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture. drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• cutting wheat plant stems into 3-5 cm, and washing and drying the wheat plant stems to a drying degree of 98%;
• mixing the glue and the wheat plant stems together so as to form a mixture of the glue and the wheat plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the wheat plant stems, 15 wt % of water, and 15 wt % of melamine resin to form a final mixture;
• obtaining said melamine resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing melamine 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• cutting bean plant stems into 3-5 cm, and washing and drying the bean plant stems to a drying degree of 98%;
• mixing the glue and the bean plant stems together so as to form a mixture of the glue and the bean plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the bean plant stems, 15 wt % of water, and 15 wt % of melamine resin to form a final mixture;
• obtaining said melamine resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing melamine 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• extracting barley husks out of the washed sludge produced from the alcoholic factory and washing and drying the barley husks to a drying degree of 98%;
• mixing the glue and the barley husks together so as to form a mixture of the glue and the bean plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the barley husks, 15 wt % of water, and 15 wt % of melamine resin to form a final mixture, obtaining said melamine resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing melamine 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and,_molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• washing and drying rice husks to a drying degree of 98%;
• mixing the glue and the rice husks together so as to form a mixture of the glue and the rice husks, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the rice husks, 15 wt % of water, and 15 wt % of urea resin to form a final mixture, obtaining said urea resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing urea 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• cutting rice plant stems into 3-5 cm, and washing and drying the rice plant stems to a drying degree of 98%;
• mixing the glue and the rice plant stems together so as to form a mixture of the glue and the rice plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the rice plant stems, 15 wt % of water, and 15 wt % of urea resin to form a final mixture, obtaining said urea resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing urea 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• washing and drying saw dusts to a drying degree of 98%;
• mixing the glue and the saw dusts together so as to form a mixture of the glue and the saw dusts, drying them to a drying degree of 98%, and crushing them to a size range of 0.01 -0.1 mm;
• mixing 70 wt % of the mixture of the glue and the saw dusts, 15 wt % of water, and 15 wt % of urea resin to form a final mixture, obtaining said urea resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing urea 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• cutting corn plant stems into 3-5 cm, and washing and drying the corn plant stems to a drying degree of 98%;
• mixing the glue and the corn plant stems together so as to form a mixture of the glue and the corn plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the corn plant stems, 15 wt % of water, and 15 wt % of urea resin to form a final mixture, obtaining said urea resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing urea 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• cutting wheat plant stems into 3-5 cm, and washing and drying the wheat plant stems to a drying degree of 98%;
• mixing the glue and the wheat plant stems together so as to form a mixture of the glue and the wheat plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the wheat plant stems, 15 wt % of water, and 15 wt % of urea resin to form a final mixture, obtaining said urea resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing urea 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and, molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• cutting bean plant stems into 3-5 cm, and washing and drying the bean plant stems to a drying degree of 98%;
• mixing the glue and the bean plant stems together so as to form a mixture of the glue and the bean plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the bean plant stems, 15 wt % of water, and 15 wt % of urea resin to form a final mixture, obtaining said urea resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing urea 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and,
• molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.

A method for manufacturing plastic-substitute goods by using natural materials, comprising the steps of:

• preparing a glue by mixing 20 wt % of a starch and 80 wt % of water together, and by heating this mixture;
• extracting barley husks out of the washed sludge produced from the alcoholic factory and washing and drying the barley husks to a drying degree of 98%;
• mixing the glue and the barley husks together so as to form a mixture of the glue and the bean plant stems, drying them to a drying degree of 98%, and crushing them to a size range of 0.01-0.1 mm;
• mixing 70 wt % of the mixture of the glue and the barley husks, 15 wt % of water, and 15 wt % of urea resin to form a final mixture, obtaining said urea resin by mixing water 70 wt % at formaldehyde solution 30 wt %, mixing urea 30 wt % again at 70 wt % of the above mixed solution and heated at a temperature of 350 degree Centigrade, then, mixing 40 wt % of cellulose powder in the 60 wt % of the resulting mixture, drying and powdering this final outcome, and,_molding the final mixture by a molding machine at a temperature of 100-350 degrees C. under a pressure of 5 Kg/Cm2 at a production frequency of 30-80 seconds per product.