Corrugated Board And Boxes (Automatic Plant) Cap: 20Tpd

 Published On: Aug, 2015 |  Published By: EIRI Project Consultants | Format: PDF
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The materials now available for packaging are paper and paper products, metal containers and foils, glass, plastics-rigid and flexible, cellulosic films, textiles including jute, woven plastics and wood. Among the packaging materials, paper and paper based products continue to occupy a predominent place. Paper based materials used for packaging include bleached and unbleached kraft, corrugated and solid fiber boards and a large variety of converted items like wax coated, plastic coated, bitumen coated etc. Corrugated and solid fibre board boxes have replaced the conventional wooden boxes as transport containers because of their light weight and satisfactory strength. There are, however, several areas in which this sector is laggin behind the developed countries; they include mainly production of parchment paper for use in packaging of biscuits etc. Sack Kraft paper and high strength Kraft for producing corrugated fibre board of good strength characteristics.

Packaging has been assuming importance in the context of growth of industries in general and consumer industries in particular. Paper is one of the most important materials that enters packaging. Paper is extensively used for making boxes, bags, sealing tapes, drums and tubes and as cushioning materials.

Paper makers in the country are becoming conscious of the needs of container industry and are working to improve the existing qualities. In India textile, tea, tobacco and coffee are probably the largest consumers of papers. Out of the total paper production about 35 per cent goes to the packaging industry. With the advancement of industry, the production of paper and paper board is bound to increase, and the major increase will be in the field of packaging papers and boards. Paper is intact replacing the older materials used for packaging. In addition, paper in packaging is economical; light easy to handle and superior. Corrugated boxes and solid fibre containers are extensively being used in place of wooden boxes.

COST ESTIMATION

Plant Capacity 20.00 Ton/day
Land & Building (5000 Sq.Mtr) Rs. 5.98 Cr
Plant & Machinery Rs 3.50 Cr
W.C. for 1 Month Rs.4.64 Cr
Total Capital Investment Rs 14.35 Cr
Rate of Return 29%
Break Even Point 51%
INTRODUCTION
PROPERTIES OF POLYESTER FIBRES
PROPERTIES OF DISPERSE DYES
DISPERSE DYES AND ITS CLASSIFICATION
USES AND APPLICATION
B.I.S. SPECIFICATION
MARKET SURVEY
MAJOR PLAYERS IN TEXTILE INDUSTRY
DYES USED IN POLYESTER YARN DYEING
PROCESS OF MANUFACTURE OF POLYESTER YARN DYEING
PREPARATION FOR DYEING OF POLYESTER YARN
PROCESSING DETAILS AND MECHANISM OF POLYESTER DYEING
METHED OF DISPERSE DYEING
POLYESTER DYEING RECIPE
STAGES AND PARAMETERS IN POLYESTER YARN DYEING
SEQUENCES IN POLYESTER YARN DYEING
PROCESS FLOW DIAGRAM
METHOD OF NYLON YARN DYEING
PROCESS FLOW DIAGRAM
DETAILS OF YARN CONDITIONING
PLANT LAYOUT
PRINCIPLES OF PLANT LAYOUT
PLANT LOCATION FACTORS
EXPLANATION OF TERMS USED IN THE PROJECT REPORT
SUPPLIERS OF RAW MATERIALS FOR YARN DYEING
SUPPLIERS OF PLANT & MACHINERY FOR YARN DYEING

APPENDIX – A :

1.COST OF PLANT ECONOMICS
2.LAND & BUILDING
3.PLANT AND MACHINERY
4.FIXED CAPITAL INVESTMENT
5.RAW MATERIAL
6.SALARY AND WAGES
7.UTILITIES AND OVERHEADS
8.TOTAL WORKING CAPITAL
9.COST OF PRODUCTION
10.PROFITABILITY ANALYSIS
11.BREAK EVEN POINT
12.RESOURCES OF FINANCE
13.INTEREST CHART
14.DEPRECIATION CHART
15.CASH FLOW STATEMENT
16.PROJECTED BALANCE SHEET

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