2. GFRG panels are manufactured
using Gypsum as a core material
Originally developed in
Australia
Rapid walls
Suitable for load bearing wall (up
to 10 stories)
GFRG Panels
3.
4. Why is it special?
Conventional building materials
Emit Co2
Sand and water is scarce
Energy is intense
Demand is increasing
Construction time is high
Cost’s spiralling up
And so.. We need an alternative!
6. Weight reduction
Weight of 1 sq.m
brick wall 9” thick
with 2 sides plaster
400kg
Weight of 1 sq.m
RAPIDWALL panel
40kg Weight reduction
90%
Weight of 1 sq.m
panel with concrete
infill
250kg Weight reduction
37.5%
7. Comparison btwn conventional
and RW building
Parameters Rapidwall building Conv building
Plinth area 1201 sft 1310 sft
Cement requirement 9.36t 20t
Steel requirement 1.434t 3.518t
Brick requirement - 55,000
Water requirement 7000 l 1.7 lakh l
River sand req 14.5 cum 41.64 cum
Self wt 56.16 t 204 t
Period of construction 37 days 165-180 days
Labour requirement 150 mandays 720 mandays
Cost of construction 5.6 lakhs 8.6 lakhs
Embodied
energy/sq.m
194.38 kWh 35.59kWh
8. Strength of RW panel
Compressive strength of panel with concrete infill
180 kg/cm2
Flexural strength of panel with concrete infill 20.83
kg/cm2
Tensile strength 28.8 kN/m
Water absorption <2%
Fire resistance-4 hrs
Free from corrosion
Rot and termite proof
Light in weight
Earthquake resistant
10. A few other applications
Roof panels
Compound walling
Individual Dwelling Construction
Walls that require high fire rating
Permanent formwork for suspended
slabs
12. Benefits of GFRG panels
Very fast construction
Saving in transport cost
No problem of disposal of waste
Green building
High thermal efficiency
No wastages
Help in Rehabilitation scheme/rebuilding
scheme
Additional storey
No plastering
Panels can be re-used
13. Contd
Ideal for large compound walls
More profit
Conserves energy and scare materials
like water, sand
Helpful for low income and middle
income people too!