TABLE OF CONTENT
Title page i
Table of contents ii
CHAPTER ONE:
1.0 Project Description 1
1.1 Facilities and beginning inventure 1
1.2 Staffing Structure 1
CHAPTER TWO:
2.0 Production Process 2
CHAPTER THREE:
3.0 Marketing Plan 3
CHAPTER FOUR:
4.0 Financial Plan 4
4.1 Equipment of Nail factory 4
4.2 Major Assumptions 5
4.3 Projected Income Statement 9
4.4 Projected Balanced Sheet 10
4.5 Ratio Analysis 11
4.6 Break-Even Analysis 12
4.7 Sensitively Analysis 1 2
CHAPTER FIVE:
5.0 Recommendations and key success factors 13
CHAPTER SIX:
6.0 Economic Impact Evaluation 14
CHAPTER ONE
1.0 INTRODUCTION
Over the past years, many new moulding and core-making processes have been introduced in the foundry industries, and in particular ones based on the use of chemical binders. Greensand moulding, however, remains the single most important method for producing casting. Especially when they are required in large numbers involves the use of mechanized moulding plant.
In order to obtain the optimum economic production with green sand plant, it is imperative that foundry managerial and supervisory staffs are familiar with the best method for control and operation.
According to Bcira, (1985), for a quality production of foundry product to be ascertained, all expects of green sand moulding technology from basic raw material, their properties and control, to the many principles involved in the production of green sand moulds must be adequately understood.
The success of any green sand system depends to a large extent on the continual re-use of the mould sand and the essential factor to maintain its properties, and a section on this important aspect is included, together with information on the normal and special tests which may be necessary. The need for sand cooling and the means for carrying it out should be adequately reviewed, as the methods for mould handling on mechanized plants, the requirements for sand storage and for the handling and removal of sand cast mould prior to re-circulation.
