FILLER SLAB, HEATED FLOOR, STEEL SECTION REPORT

1. FLOOR TYPES
S. MOHAMMAD SALMAN NAQVI/4TH YEAR
FILLER SLABS
• FILLER SLAB TECHNOLOGY IS AN INNOVATIVE AND COST EFFECTIVE TECHNOLOGY WHERE THE DEAD LOAD OF SLAB IS
REDUCED BY REPLACING THE CONCRETE WITH FILLER MATERIAL.
FILLER MATERIALS USED
•MANGALORE TILES
•CLAY PANS
•BRICKS
•WASTE BOTTLES
•COCONUT SHELLS
•THERMOCOL
•CYBER WASTES LIKE KEYBOARD
•STABILIZED MUD BLOCKS
•TERRACOTTA TILES
CLAY FILLER SLAB MANGALORE FILLER SLAB DRY CLAY BRICK FILLER SLAB
COCONUT SHELL FILLER SLAB
• DECREASES CARBON FOOTPRINT BY
20%.
• IMPROVE THE CEILING'S APPEARANCE.
• AUTOMATICALLY MANAGES WASTE BY
REUSING HAZARDOUS ELEMENTS TO
THE SOIL AND EARTH
• HEAT-RESISTANT AIR SPACES BETWEEN
FILLER SLABS OFFER PLEASANT LIVING
ROOM TEMPERATURES
• STRONG AND DURABLE.
• 20% CHEAPER THAN A TRADITIONAL
RCC SLAB
ADVANTAGES
• FILLER SLAB TECHNIQUE
REQUIRES EXPERTISE. IF THE
REBARS COME IN TOUCH WITH
FILLER PRODUCTS MADE OF
CLAY, THEY MAY RUST
• THE TERRACE SLOPES MUST BE
PROPERLY PLANNED, AND ALL
RAINWATER DOWNPIPES MUST
BE CLOG FREE
DISADVANTAGES
SERVICES BETWEEN THE FILLERS
FILLER MATERIALS
REINFORCEMENT IN BETWEEN
STEEL SECTION FLOOR SYSTEM
• THIS FLOOR SYSTEM IS COMPOSED OF HOLLOW OR SOLID PRECAST CONCRETE UNITS PLACED ON
STEEL BEAMS ON WHICH SHEAR STUDS ARE WELDED
• THE THICKNESS OF THE CONCRETE PRECAST UNITS IS 150-160MM FOR HOLLOW UNITS AND 75-100MM
FOR SOLID UNITS.

2. S. MOHAMMAD SALMAN NAQVI/4TH YEAR
HEATED SLAB-ALTERNATE SLAB CONSTRUCTION TECHNOLOGY
• HEATED FLOORS, OR RADIANT FLOOR HEATING, IS A SYSTEM WHERE EITHER ELECTRIC WIRES OR
HOT WATER PIPES ARE INSTALLED UNDERNEATH THE FLOORING TO CREATE WARMTH. THE HEAT
THEN RADIATES UP AND WARMS THE ROOM EVENLY FROM THE GROUND UP
STEP 1
LAYING OF HEAT INSULATION PIPES
THROUGH WHICH HOT LIQUID FLOWS
STEP2
LAYING OF FLOORING AFTER
INSTALLATION OF INSULATING PIPES
STEP3
FINAL OUTCOME. THE PIPES ARE
CONNECTED TO WATER BOILERS
CONSTRUCTION STEPS
• UNIFORM HEATING
• NO MAINTAINANCE
• NO NOISE
• NON ALLERGIC
• ENERGY EFFICIENT
• EASY TO INSTALL
ADVANTAGES
• FLOORING MUST BE
REPLACED
• INITIAL COST
• SLIGHTLY ELEVATES
THE FLOOR HEIGHT
DISADVANTAGES
SHORT-SPAN COMPOSITE
BEAMS AND COMPOSITE
SLABS WITH METAL DECKING
LIQUID FLOWS
SLIMDEK FLOOR SYSTEM CELLULAR COMPOSITE
BEAMS WITH COMPOSITE
SLABS AND STEEL DECKING
COMPOSITE BEAMS WITH
PRECAST CONCRETE UNITS
SLIMFLOR BEAMS WITH
PRECAST CONCRETE UNITS
NON-COMPOSITE BEAM WITH PRECAST CONCRETE UNITS
• HIGH MAINTENANCE AND MORE
CORROSIVE
• FIREPROOFING COST
• SUSCEPTIBILITY OF BUCKLING
• HIGHER INITIAL COST
• AESTHETICS
DISADVANTAGES
• RELIABILITY
• INDUSTRIAL BEHAVIOR
• LESSER CONSTRUCTION TIME
• HIGH STRENGTH AND LIGHT
WEIGHT
• UNIFORMITY, DURABILITY AND
PERFORMANCE
• ELASTICITY
• SCRAP VALUE
• TEMPORARY STRUCTURES
ADVANTAGES