Transcript - Rudra Eleven

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100% Prefabricated buildings
High Tensile Galvanised steel framing
Zero use of cement mortar, bricks in the building
Maintenance free, luxurious finishes
Earthquake Resistant buildings, will not collapse
Ultra High speed of construction.
Complete turnkey solution available.
Planning you new home should be a pleasure and at RUDRA
ELEVEN It is.
You’ll find the perfect balance of personal choice and expert
support every step of the way.
You can have as little or as much involvement in the planning
process as you wish And at any Point.
RUDRA ELEVEN is ready willing and uniquely able to help you
transform.
Your personal wants and need into floor plans and elevation.
SUSTAINABILITY / GREEN BUILDING FAST FACTS
Steel is one of the most sustainable building materials in the world. The industry has embraced the common sense
approach that reducing its impact on the environment is not only the right thing to do, but it makes economic sense.
Since the early 1990s, the steel industry has reduced its energy use to produce a ton of steel by approximately 1/3.
More than 95% of the water used in the steel making process is recycled and returned - often cleaner than when it was
taken from the source.
Every piece of steel used in construction contains recycled content. Further, all steel can be recovered and recycled
again and again into new high quality products.
Steel is durable, safe, and strong. It is not susceptible to rot, termites, or mold. Steel used for framing will last from
hundreds to over a thousand years due to its zinc coating, a natural element. Steel structures require less material
(both reduced weight and reduced volume) to carry the same loads as concrete or masonry or wood structures.
Steel is dimensionally stable: it will not warp, split, or creep - making it durable and built to last. Don’t waste time me
and dollars on costly call backs. Minimize cracking and pops in drywall and other finishes with CFS framing.
Steel and Green Building Codes and Standards.
Performance'of'Steel'Framed'Houses'During'an'Earthquake
Earthquakes are one of the most destructive forces in nature. In recorded history, single
seismic events have altered the course of major rivers, erased land masses from the map,
and devastated man-made structures within a considerable distance of the earthquake epicentre.
Frequently, earthquakes also produce additional hazards such as (tsunami) and fire caused
by damage to the infrastructure of a populated area.
The inevitable consequence of any seismic event is the loss of life.
Improvements to design and construction methods in the World over the past 50 years have
helped make the modern home a safer habitat during an earthquake. One of them, the use of
light steel gauge framing, offers very real advantages over traditional wood framing or civil
building should an earthquake strike.
FIRE RESISTANCE
Steel is a non - combustible, fire resistant material and will not feed a fire.
On average, wood structural members or framing rank third as the first-ignited material in home fires according to
the national Fire Protection Association
Building with steel can reduce construction insurance as well as homeowners premiums
.
Insulation Glass wool
Glass wool is a thermal insulation on that consists of intertwined and flexible glass fibers,
which causes it to "package“ air, resul in a low density that can be varied through compression
and binder content. It can be a loose fill material, blown into abcs, or together with an active
binder sprayed on the underside of structures, sheets and panels that can be used to insulate
flat surfaces such as cavity wall insulation, ceiling tiles, curtain walls as well as ducting .It is
also used for soundproofing.
Cavity Wall Insulation is one of the safest practices for wall insulation application. Twiga Insul
boards are placed in between the cavity of the wall leaves. The insulation remains isolated
from external and internal environment of the building.
Dry Wall Insulation helps a`ain acoustic privacy and fire rating. Twiga Insul slabs are to be
placed in the cavities of the grid structure for partitionwall. Both side of the grid is then
covered with OSB Boards and single or multiple layers of Gypsum.When it is applied for Prefab
structures the construction helps to provide thermal efficiency of the building, too..
Why we used steel ?
Steel is widely used in the construction of multi-storey buildings. However, steel construction
is seldom used and is traditionally considered uneconomical for landed properties. In many
parts of the world, timber or structural brickwork is preferred whereas in Singapore,
reinforced concrete construction is usually preferred for landed properties.
Over the years, various improved systems have been developed for use in landed
properties. An economical light gauge steel frame system is increasingly being used in
America, Europe, Australia and New Zealand. This light gauge steel frame is developed
through a cold-formed process without the use of heat. This process enables steel
manufacturers to produce light-weight but high tensile steel sheets.
The sheet surface is coated with a zinc alloy that completely covers the steel surface and
seals it from the corrosive action of its environment. This results in buildings that are more
solid, rigid, stronger, durable and easier to build.
As such, the light gauge steel frame system is an attractive alternative for use in landed
properties. This is particularly in view of concerns on the depletion of timber resources and
low productivities associated with reinforced concrete construction.
Steel is a superior Construction Material
Highest strength-to-weight ratio of any building material
Versatile-can be combined with brick, concrete, timber and most other building products by using correct fasteners
100% recyclable
Non-combustible – do not burn and will not contribute fuel to the spread of a fire
Inorganic – will not rot, warp, split, or crack
Impermeable – does not expand or contract with moisture content
Consistent material quality – produced in strict accordance with national standards
Benefits to the Customer
High strength results in safer structures, less maintenance, and slower aging of structure
Fire safety
Not vulnerable to termites
No additional preservative chemicals are required, unlike the treatment of timber
Not vulnerable to any type of molds
Less probability of foundation problems – lighter than wood which results in less movement
Proven to remain stable in seismic conditions
Less probability of damage in high wind – stronger connections, riveted and screwed versus nailed
Benefits to the Builder
Up to 25% faster erection and delivery time than wood, up to 30% lighter than wood
Up to 50% faster erection and delivery time than concrete, up to 60% lighter than concrete
Trade Friendly – holes are pre-punched, supplied grommets protect pipes and wire, which makes the work of electricians
and plumbers flow seamlessly.
Easy material selection – no need to sort, all framing is labeled in accordance with the drawings
Straight walls and square corners. Doors and windows close as they should
Calls back due to cracks are eliminated
Less scrap and waste (2% for steel vs. 20% for timber)
Toxic Mold
Molds in your home can cause health
problems and structural damage.
Steel is non-porous and will not promote the
growth of mold.
Fire Resistance
Steel framing is non-combustible and will not
fuel a fire.
Steel will not ignite & can withstand high
temperatures.
External & Internal wall coverings
Everest Wall Boards are synonymous with quick, hassle - free wall solutions.
They are made using the revolutionary HPSC technology which makes them
completely moisture, termite and fire resistant. Everest Wall Boards in
combination with different substrate framework like timber, steel and
aluminum, Offer unique advanced dry Wall constructions, which leverage
space utilization to the maximum with substantial savings on time.
Architects prefer to use them as they offer flexibility when it comes to
changing designs, besides being durable and maintenance free . For External
and Internal walls and ceiling Cement fiber boards of 10mm thickness are
used, for flooring 16mm/20mm thick boards are used.
1. Prefabricated panels
1. Faster Construction (60% faster)
2. High precision
2. Light weight
1. Ease of handling, Construction
2. Low chance of progressive collapse
3. Earthquake resistance
3. Dimensionally Stable
1. Durable construction
2. Doesn’t expand or contract with
moisture or temperature
4. Thermal & Acoustic
Insulation
1. Expanded Polystyrene or Rockwool
insolation, Vapeur Barrie, Energie
efficient.
2. Reduced HVAC load by up to 10%
5. Seismic Resistance
6. Less Sound Transmission
1. Fire rating as per building code
2. Internal wall: Gypsum or cement board
3. External wall: Cement board
1. Better than conventional systems
2. Gypsum board with Cement fiber board
increases the STC of Rockwool /EPS
insulation.
7. Fire resistance
1. Fire rating as per building code
2. Internal wall: Gypsum or cement board
3. External wall: Cement board
8. Eco friendly
1. Minimal requirement of natural
resources such as wood and water
2. Low carbon foot print
Water Piping
Pre-punched holes for services
Thanks
Regd Office: 19/72 Krishnapuri Khirni Gate
Agra Road Aligarh – 202001, UP
Mob: 09219833103
Email: [email protected]