CONSTRUCTION OF A SIMPLE PAINT MIXER

  • Type: Project
  • Department: Chemical Engineering
  • Project ID: CNG0291
  • Access Fee: ₦5,000 ($14)
  • Pages: 60 Pages
  • Format: Microsoft Word
  • Views: 1.7K
  • Report This work

For more Info, call us on
+234 8130 686 500
or
+234 8093 423 853
ABSTRACT

A paint mixer is defined as a pattern constructed for the production (mixing) of paint manually.  The method of fabrication of the paint mixer involved a preliminary computation of the dimensions of the standard mixer in relation to the dimension of the reacting vessel in which they will be used in marking out, cutting out to sizes, rolling, folding, welding, body-filling and painting.  The first step taken in the fabrication of this project work was the selection of material suitable for the construction.  The materials used in the construction were locally sourced and were selected to suit the fabrication.  The mild steel sheet was used instead of galvanized steel because of its malleability and low cost.  The dimensions of the mixer are as follows:
- Thickness of the mild steel sheet= 2mm.
- The actual diameter of cylinder = 1ft or 12 inches.
- Volume of the cylinder = 37.7 inches.
- The overlapping volume = 2 inches.
- Depth/Height of mixer = 18 inches.
To fabricate the mixer, the design of the mixer is divided into:-
(1) The cylinder (mixing vessel).
(2) The driving shaft and impeller.
(3) The drive.
The paint mixer assembling was done by installing the bearing in the bearing housing and installing the drive shaft in the bearing whose extreme has been mounted with an impeller.  The above assembling was then installed in the mixing cylinder with the help of bolts and nuts.  The drive was then installed on the extreme of the drive shaft with the help of keys. The cover was placed on top of the cylinder and fastened with anchorage.  The paint mixer was tested and confirmed to function effectively which can serve the purpose of a manual paint mixing.

TABLE OF CONTENTS
TITLE PAGE= = = = = = = = = i
APPROVAL PAGE= = = = = = = = ii
DEDICATION= = = = = = = = = iii
ACKNOWLEDGEMENT= = = = = = = = iv
ABSTRACT= = = = = = = = = = v
TABLE OF CONTENTS= = = = = = = = vi

CHAPTER ONE:
INTRODUCTION= = = = = = = = 1
1.1 BACKGROUND OF THE STUDY= = = = = 1
1.2 STATEMENT OF THE STUDY= = = = = = 2
1.3 OBJECTIVES OF THE STUDY= = = = = = 3
1.4 SCOPE AND LIMITATIONS= = = = = = 3
1.5 METHOD OF RESEARCH= = = = = = 4
1.5.1 THEORETICAL METHOD= = = = = = 4
1.5.2 PRACTICAL METHOD= = = = = = = 5
1.5.3 SIGNIFICANCE OF THE STUDY= = = = = 5

CHAPTER TWO 
LITERATURE REVIEW= = = = = = = 6
2.0 THE HISTORY OF PAINT= = = = = = 6
2.1 PAINT= = = = = = = = = 9
2.2 IMPORTANCE OF PAINT= = = = = = 10
2.3 THE MAKEUP OF PAINT (COMPONENTS)= = = = 11
2.4 PROPERTIES OF GOOD PAINT= = = = = = 13
2.4 TYPE OF PAINT= = = = = = = = 14
2.5.1 GLOSS PAINT= = = = = = = = 14
2.5.2 EMULSION PAINTS= = = = = = = 14
2.5.3 OTHER TYPES OF PAINT AVAILABLE= = = = 14
2.6 OTHER TYPE OF PAINT= = = = = = = 16
2.6.1 PRIMER/SEALERS= = = = = = = = 16
2.6.2 FINISH PAINT= = = = = = = = 17
2.6.3 GLOSS PAINT= = = = = = = = 17
2.8 FAILURE OF PAINT= = = = = = = 19
2.8.1 DILUTION= = = = = = = = = 19
2.8.2 PEELING/BLISTERING= = = = = = = 20
2.8.3 CHALKING= = = = = = = = 20
2.8.4 CRACKING= = = = = = = = 20
2.9 DANGERS OF PAINT= = = = = = = 21
2.10 HOW PAINT IS MADE= = = = = = = 21
2.11 HISTORY OF MIXER= = = = = = = 23
2.12 DEFINITION OF MIXER= = = = = = = 24
2.13 TYPES OF MIXERS= = = = = = = 26
2.13.1 MANUAL MIXER= = = = = = = = 26
2.13.2 CENTRIFUGAL  MIXER= = = = = = = 26
2.13.3 IMPELLER MIXER= = = = = = = = 26
2.13.4 TURBINES MIXER= = = = = = = = 27
2.13.5 MOTORIZED MIXER= = = = = = = 28
2.13.6 OTHER TYPES OF MIXERS= = = = = = 28
2.13.6.1 A HAND MIXER= = = = = = = = 28
2.13.6.2 STATIC MIXER= = = = = = = = 29
2.13.6.3 CONICAL/SCREW MIXER= = = = = = 29
2.13.6.4 BATCH MIXER= = = = = = = = 30
2.13.6.5 CONTINOUS MIXER= = = = = = = 31
2.13.6.6 VOLUMERIC CONCRETE MIXERS= = = = = 31
2.13.6.7 DRINK MIXERS= = = = = = = = 31
2.13.6.8 CONCRETE MIXER= = = = = = = 32
2.13.6.9 FEED MIXERS= = = = = = = = 32
2.13.6.10 PAINT MIXERS= = = = = = = = 32
2.13.6.11 A MAGNETIC MIXER= = = = = = = 32
2.13.6.12 AGITATOR= = = = = = = = 33
2.14 APPLICATION OF MIXERS= = = = = = 33
2.14.1 BAFFLES= = = = = = = = = 34
2.14.2 SHAFTS= = = = = = = = = 34
2.14.3 MIXERS SELECTION= = = = = = = 35
2.15 PAINT MIXERS= = = = = = = = 36
2.15.1 TYPES OF PAINT MIXERS= = = = = = 36
2.15.1.1 ELECTRIC PAINT MIXER= = = = = = 36
2.15.1.2 PNEUMATIC PAINT MIXER= = = = = = 37
2.15.1.3 INDUSTRIAL GYROSCOPIC = = = = = = 38
2.15.1.4 HANDLED PAINT MIXER= = = = = = 38

CHAPTER THREE
3.1 MATERIAL SELECTION= = = = = = = 40
3.2 CONSTRUCTION/FABRICATION PROCEDURE= = = 42
3.2.0 SHAPE OF THE MIXER= = = = = = = 42
3.2.1 MARKING OUT= = = = = = = = 43
3.2.2 CUTTING OUT= = = = = = = = 44
3.2.3 SYSTEM DESIGN ANALYSIS= =Subscribe to access this work and thousands more
CONSTRUCTION OF A SIMPLE PAINT MIXER
For more Info, call us on
+234 8130 686 500
or
+234 8093 423 853

Share This
  • Type: Project
  • Department: Chemical Engineering
  • Project ID: CNG0291
  • Access Fee: ₦5,000 ($14)
  • Pages: 60 Pages
  • Format: Microsoft Word
  • Views: 1.7K
Payment Instruction
Bank payment for Nigerians, Make a payment of ₦ 5,000 to

Bank GTBANK
gtbank
Account Name Obiaks Business Venture
Account Number 0211074565

Bitcoin: Make a payment of 0.0005 to

Bitcoin(Btc)

btc wallet
Copy to clipboard Copy text

500
Leave a comment...

    Details

    Type Project
    Department Chemical Engineering
    Project ID CNG0291
    Fee ₦5,000 ($14)
    No of Pages 60 Pages
    Format Microsoft Word

    Related Works

    ABSTRACT The Turbine Mixer was Fabricated at the Mechanical Engineering Workshop of Institute of Management and Technology, Enugu. The method of the fabrication of the turbine mixer involved a preliminary computation of the dimensions of the standard turbine in relation to the dimension of the reacting vessel in which... Continue Reading
    ABSTRACT The Turbine Mixer was Fabricated at the Mechanical Engineering Workshop of Institute of Management and Technology, Enugu. The method of the fabrication of the turbine mixer involved a preliminary computation of the dimensions of the standard turbine in relation to the dimension of the reacting vessel in which... Continue Reading
      ABSTRACT The Turbine Mixer was Fabricated at the ________________________ The method of the fabrication of the Turbine Mixer involves a preliminary computation of the dimensions of the standard Turbine in relation to the dimension  of the reacting vessel in which they will be used in. making out, cutting out to sizes, rolling/folding, welding,... Continue Reading
    ABSTRACT The Turbine Mixer was Fabricated at the ________________________ The method of the fabrication of the Turbine Mixer involves a preliminary computation of the dimensions of the standard Turbine in relation to the dimension of the reacting vessel in which they will be used in. making out, cutting out to sizes, rolling/folding, welding, body... Continue Reading
    ABSTRACT The fabrication of the pilot motorized mixer in volved a preliminary computation of the durunsions of the galvanized steel used, marketing out cutting out to sizes folding, welding, assembling and painting. The dimensions of the motorized mixer are as follows: The vessel is of 300min in diameter and 450mm... Continue Reading
    ABSTRACT Industrial mixer is equipment designed to carryout operation involved the combination of two or more substance to achieve a uniform product. The method of fabrication of this mixer involves a preliminary computation of the dimensions of the standard which they will be used in marketing out cutting, out to... Continue Reading
    ABSTRACT A motorized mixer of 200 liters capacity was constructed to have the capability of mixing 200 liters of fluid during operation. The construction of the mixer involves the preliminary measures and calculations on the surface area of the metal sheet. Some basic workshop practices was carried out during the construction such as the marking... Continue Reading
    ABSTRACT A motorized mixer of 200 liters capacity was constructed to have the capability of mixing 200 liters of fluid during operation. The construction of the mixer involves the preliminary measures and calculations on the surface area of the metal sheet.  Some basic workshop practices was carried out during the construction such as the marking... Continue Reading
    CHAPTER ONE 1.0 INTRODUCTION The equipment mostly used in the industries and manufacturing establishments requires the production of definite shape, pattern, different design, embossments and others, are usually moulds. The ability of moulds to withstand pressure, distortion and corrosion determines the... Continue Reading
    CHAPTER ONE 1.0 INTRODUCTION The equipment mostly used in the industries and manufacturing establishments requires the production of definite shape, pattern, different design, embossments and others, are usually moulds. The ability of moulds to withstand pressure, distortion and corrosion determines the... Continue Reading
    Call Us
    whatsappWhatsApp Us