Resumen

Pregunta de Investigación

Planteamiento del Problema

Actualmente en México  hay una crisis económica que hace que exista una fuerte demanda por los productos de cuidado del hogar. Esta problemática hace que las personas con bajos recursos económicos no puedan optar por la opción de proteger sus hogares de los cambios climáticos.

Esto hace que los inmuebles sufran de grietas, daños exteriores, goteras, moho, malos olores, entre otros.

Por esta situación queremos crear este impermeabilizante que ayudara a reducir los gastos en los productos comerciales.

Antecedentes

Objetivo

Justificación

En la actualidad los impermeabilizantes son muy costosos pero a la vez necesarios, debido a los intensos cambios climáticos que provocan grietas y goteras, causando daños a la estructura, traspasando la humedad cada vez dañando mas la superficie.

Lo que queremos lograr con este impermeabilizante es sustituir los comerciales por algo mas económico y eficiente para el daño de superficies, para prevenir grietas, goteras, mal olor, etc.

Con esto obtendríamos un impermeabilizante para cualquier persona que busque una opción mas económica y ecológica.

Después de obtener el dicho impermeabilizante tendremos la iniciativa de confirmar su eficacia poniéndolo a prueba en condiciones húmedas que provocan grietas al no tener protección contra cambios climáticos.

Hipótesis

Si logramos elaborar un impermeabilizante a base de trigo con materiales económicos y fáciles de conseguir entonces podremos conseguir sustituir los comerciales

Método (materiales y procedimiento)

Materiales:

300 gramos de harina de trigo

–20 mililitros de aceite vegetal

-500 gramos de cemento

-200 mililitros de pegamento de contacto

-3 litros de agua clorada

-150 mililitros de ácido muriático

-4 litros de colorante artificial blanco (ya que repele los rayos del sol)

Procedimiento:

1.-Se vierte en una cubeta el agua clorada

2.-Después la harina de trigo con el aceite vegetal

3.-Posteriormente agregar el pegamento de contacto con el cemento (cuidando que se disperse por toda la mezcla)

4.-Y finalmente con precaución agregamos el ácido muriático.

Galería Método

Resultados

Se obtuvieron 2 litros de impermeabilizante el cual presento tonalidades grises, también tenia una consistencia liquida y al paso de dos horas empezó a solidificarse, creando una capa áspera en la superficie del recipiente.

El costo del impermeabilizante es de 138$

Galería Resultados

Discusión

Logramos elaborar el impermeabilizante a base de trigo en un principio creimos que no se hiba a lograr ya que la textura no era la indicadapara el impermeabilizante, pero al paso de 30 minutos y ya tenia la consistencia de impermeabilizante.

Conclusiones

El impermeabilizante es una eficiente alternativa a los comerciales, ya que este no contiene los químicos dañinos, ademas de ser económico y fácil de aplicar.

Tiene una sencilla fabricación ya que no se utilizan muchos materiales, la cantidad del impermeabilizante depende del contenido empleado a la hora de su elaboración

Bibliografía

Orlando, T. J.,. N. S. (2011).

Hogar ecológico
Medio Ambiente. Revista ecológica hogar, 2(2), 28-48. Recuperado de

http://mustang.foromx.net/login?redirect=%2Ft2315-topic

https://acidos.info/muriatico/

https://www.pegamento.org/contacto/

Summary

In short, our waterproofing project based on wheat is a good option for people with low incomes or who do not want to spend much because it is too cheap and if you do not want to buy it already done or you have the second option to do it yourself, the materials are easy to get.
The different thing about this waterproofing is that it contains flour of trígo that helps that the waterproofing does not contaminate so much and that it is not so expensive.
Wheat is a cereal that is used for various things like in the kitchen as well as in the industrial.
The cement and the contact adhesive are used to apply a thick and resistant layer after application.
Chlorinated water is to give liquid consistency but a little thick like muriatic acid.
The vegetable dye is simply to give color but if you do not have dye you can use paint; of white pruden since the white color does not wear so much because it does not absorb so much light.

Research Question

Problem approach

Currently in Mexico there is an economic level that makes that there is a hard demand for home care products. This problem means that people with low economic resources cannot take ​​for the option of protecting their homes from continuous climatic changes. this make that the buildings  suffer from leaks, cracks, external damage, mildew, bad smell, etc.
For this situation we want to make this waterproofing based on wheat that will help to not contaminate and reduce commercial expenses.

Background

Nowadays, waterproofing products are very expensive but at the same time necessary due to the intense climatic changes that cause cracks and leaks causing damage to the structure, penetrating the humidity and damaging the surface.

Objective

To prepare a waterproofing based on wheat.

Justification

Nowadays, waterproofing is very expensive but at the same time necessary due to the intense climatic changes that produce cracks and leaks causing damage to the structure, passing through the damp and damaging the surface. What we want to achieve with this waterproofing is to replace the commercial ones for something cheaper and efficient for surface damage to repair cracks, leaks, bad smell, etc. With this we will obtain a waterproofing for anyone who wants an economic and ecological option. After obtaining the waterproofing we will have the initiative to confirm its effectiveness by putting it in wet conditions that protect the surface.

Hypothesis

If we can develop a waterproofing based on wheat with cheap and easy materials then we can get to replace the commercial ones.

Method (materials and procedure)

Materials
300 grams of wheat flour
20 milliliters of vegetable oil
500 grams of cement
200 milliliters of glue
3 liters of chlorinated water
500 milliliters of muriatic acid
4 liters of artificial coloring (white that repels the sun’s rays)

Process
1.-Pour chlorinated water into a bucket

2.-After the wheat flour with

3.-Then add the contact glue with the cement (taking care that it is dispersed throughout the mixture)

4.-And finally with caution add the muriatic acid.

Method Gallery

Results

We obtained 2 liters of waterproofing which presented gray tones as it also had a liquid consistency and after a few hours it began to solidify, creating a rough layer on the surface of the container.
the cost of the waterproofing is 138 pesos.

Results Gallery

Discussion

We managed to make a waterproofing based on wheat, at first we thought that it was not going to be achieved since the texture was not the one indicated for the waterproofing but 30 minutes passed and it had a waterproofing consistency.

Conclusions

The waterproofing is an efficient alternative to the commercial ones, since it does not contain harmful chemicals, besides being economical and easy to apply.
It has a simple application and manufacturing due to not much materials are used, the amount of the waterproofing depends of the quantity  used at the time of its preparation.

Bibliography

Orlando, T. J.,. N. S. (2011).

Ecological home

Environment. Ecological home magazine, 2 (2), 28-48. Recovered from

http://mustang.foromx.net/login?redirect=%2Ft2315-topic

https://acidos.info/muriatico/