Skip to main content

Construction Stages

                                                                          Construction Stages

1.      Excavation

a.      9” brick work=3’X3’ (assumed at 3’-0” level we will get hard soil)

b.      4.5” brick work=2’-6”X2’-6”

c.      Columns= as per structural drawing, should be atleast 4’-6” down

2.      Termite treatment

a.      Bayer’s premises

b.      Biflex TC

3.      P.C.C. or Red Brick Ballast (4”-5” thick), stone aggregate is recommended

4.      Brick Work

a.      9” wall= 27”,22.5”,18”,13” then plinth beam 9” thick then 9” brick work

b.      4.5” wall= 22.5”, 18”, 13” then plinth beam 9” thick then 9” brick work

5.      Plinth beam (on road level, sewerage pipes should not cut plinth beam)

6.      4.5” walls of shorter span will be raised from plinth beam

7.      D.P.C. level atleast 2” thick

8.      Water Proofing

a.      Dr fixit pidicrete urp

b.      Cico (all these compounds should be applied with fibre mesh for better strength)

9.      Wooden frames (if malasiyan saal frames will be fitted at the time of construction, if teak then frames will be fitted after civil work but we have to purchase wood before time for seasoning purposes.)

10.   Vertical stacks (all pipes will be 4” thick, 6 kg pressure recommended)

11.   Lintel beams (8’-0” level)

12.   Shuttering, toilet on first floor will be sunk

13.   Electrical plans and air conditioning pipeline provision

14.   Slab (5” thickness recommended)

15.   First floor civil work

16.   Second floor civil work

17.   Wall electrical fitting work as per our furniture

18.   Plumbing work as per Toilet layouts

19.   Plumbing work as per Kitchen layout

20.   Plumbing work in Washing area

21.   Security system fittings (camera, video door phone etc)

22.   Gas pipeline fitting

23.   Air conditioning pipeline fitting

24.   Plaster work (With thick sand or coresand should be mixed in fine sand)

25.   Water proofing (roof and sunken areas)

26.   Sewerage pipe line fitting

27.   Boring for Rain water harvesting/earthing/Genset

28.   Earth filling- level should be 8” down from D.P.C. level (3” fine sand, 3” P.C.C., 2” for flooring)

29.   Termite treatment

30.   Kaccha floor (P.C.C.)

31.   False ceiling work

32.   Flooring

33.   Wooden work (wooden work, False ceiling and flooring can be started simultaneously)

34.   Paint polish work

35.   Toilet fixture fitting

36.   Glass work.

37.   Electrical fixtures fittings.                                                    

Comments

Post a Comment

If you have any doubts,please let me know.

Popular posts from this blog

How to Calculate Estimation of Wall Plaster.

Assume: Wall = 1m Length, 1m height Mortar Ratio = 1:6 Plaster Thickness = 12 mm =0.012 m Constants: Density of Cement = 1440 kg/m3 1 cum = 35.3147 cuft. So: Volume of Mortar = 1 x  1 x 0.012 = 0.012 cum. (Wet Volume) Dry Volume of Mortar = 0.012 x 1.30 = 0.0156 cum.   Quantity of Cement = 1/7 x 0.0156 x 1440 = 3.21 kg = 0.064 Bags Quantity of Sand     = 6/7 x 0.0156 x 35.3147 = 0.47 cuft. The recommended  thickness  of cement  plastering  is given below. Recommended  thickness  of  plastering  for brick  walls  is 12 MM, 15 MM or 20 MM. 12 MM  thick  cement  plaster  is done where the plain surface of brick masonry is  plastered . 15 MM cement  plaster  is required on the rough side of 9” and 4.5”  wall .

Medlum Density Fibre Board (MDF)

Medium Density Fibre Board (MDF)  MDF IS made from wood and other lignocellulose material refined into fibres and reconstituted with a resin binder. Row wood material is normally a single species wood. MDF has homogeneous structure with uniform density, texture and properties throughout, no identifiable grain can be seen at edge, end or face. There are no internal voids or pits and there is no variation in the surface hardness. Unlike plywood MDF doesn't delaminate. It has much higher strength than particle board. Since edges are totally smooth and uniform, costly tipping or beading with strips of wood required for plywood and particle board is not essential. It can be carved, grooved or embossed just like any timber. The surface of MDF is totally smooth and accepts all kinds of finishes - paints, varnishes and laminates. One such type of famous board in the market is 'Duratuff" . It comes in both interior and exterior grade. Duratuff prelaminated boards are also avail...

How to Calculate Cost and Quantity of 1000 Sq.ft Concrete Slab?

Cost and Quantity of 1000 Sq.ft Concrete Slab 1000 Sq.ft = 92.93 Sq.mt. Thickness of Slab = 0.150 Sq.mt. Volume of Slab = 92.93 X 0.150 = 13.939 cu.mt. Beam Volume = 20% o f concrete Vol.                         =13.939 X 20/100 = 2.7878 cu.mt. Total Slab Volume = 13.939 + 2.7878 = 16.768 = 17 cu.mt. We know :- M20 Grade of Concrete (1 : 1.5 : 3)  Concrete  Quantity  of 1 cu.mt. Cement = 8 bags   Sand = 15 cu.ft  aggregate = 30 cu.ft  1 cu.mt Concrete Cost =  4,550 Rs. So :- M20 Grade of Concrete (1 : 1.5 : 3)  Concrete  Quantity  of 1000 cu.mt. Cement = 17 X 8 = 136 bags  Sand = 17 X 15 = 255 cu.ft  aggregate = 30 X 17 = 510 cu.ft 1000 cu.mt Concrete Cost =  77,350 Rs. Steel Quantity = 1% of concrete Vol.                          =17 X 1/100 =...