PRODUCTION OF EMULSION POINT WITH THE AVAILABLE MATERIAL
ABSTRACT
This project is on the production of paint from the available materials. The first process involved was the sourcing of the available material which include calcium carbonate (dotonute) water etc. the next step is the proper production procedure. The same product patterns was employed while the production was valued with a view to obtain a high quality paint.
From the result obtained, it was observed that high quality paint was produced in production category C(3), consisting of 10kg water, 0.1kg titanium dioxide (TiO2), 0.3kg teranol, 0-3 ethylene glycol 0.3kg welting agent, 0.1kg defrayer, 0.2kg thickness 10kg CaCO3, 4kg PVA, 2kg NH3 and 0.5kg white spirit.
The above fact was ascertained by subjecting the various paint produced from different production procedure to quality control test. The quality of this paint in production category C(3) was, opacity 2 coat, PH 8, drying time 1 hour, chalking 190 cycle scrubs, PVA 20%, viscosity 3.8 poises and binder gravity 1.17 and its quality marched with the Standard Organization of Nigeria (SON) approved quality.
TABLE OF CONTENT
Chapter one
Introduction
Chapter two
Historical review of paint product
Types of paints
Raw materials for paint production
Quality control test
Chapter three
Production formulation of paint
Method of production
Standard quality of paint
Chapter four
Observation discussions
Chapter five
Conclusion/recommendation
References
CHAPTER ONE
1.0 INTRODUCTION
Until recently, paint production was regarded as art, and use was made of it principally for decorative purposes. The production then was by trial and error with no standard principle and little or no regard to the quality of the final product. With the application of science in the production of paint, product of high quality is now possible. This time, not only to give appearance but more importantly for surface protection. Thus, modern paint industry firm a small but important part of the chemical industry. It is closely related to the plastics, and petroleum industries and like then is based on modern knowledge of chemistry, physical and engineering.
