DIVISION 6 WOOD AND PLASTICS

06050 BASIC WOOD AND PLASTIC MATERIALS AND METHODS

• WOOD MATERIALS AND METHODS:

• RED MAHOGANY WOOD: RED MAHOGANY WOOD IS USED FOR VARIOUS COMPONENTS, INCLUDING SLIDING
DOORS, PANEL DOORS, AND POSSIBLY OTHER WOODEN ELEMENTS LIKE TRELLISES. IT'S LIKELY USED FOR ITS
DURABILITY AND AESTHETIC APPEAL.
• PVC WOODEN PLANKS: PVC WOODEN PLANKS ARE USED FOR CEILINGS BELOW CONCRETE CANOPY SLABS AND
POSSIBLY OTHER INTERIOR FINISHES. THESE ARE OFTEN CHOSEN FOR THEIR MOISTURE RESISTANCE AND EASY
MAINTENANCE.
• MAHOGANY WOOD TREAD: MAHOGANY WOOD TREADS ARE USED FOR THE STAIRS. MAHOGANY IS A COMMON
CHOICE FOR STAIRS DUE TO ITS STRENGTH AND DURABILITY.
• GROOVED WOODEN SOLID DOOR: GROOVED WOODEN SOLID DOORS ARE MENTIONED IN THE INFORMATION,
LIKELY USED FOR INTERIOR DOORS. THE GROOVED DESIGN MAY ADD A DECORATIVE ELEMENT.

• PLASTIC MATERIALS AND METHODS:

• PVC PIPES: PVC PIPES ARE COMMONLY USED FOR PLUMBING SYSTEMS IN RESIDENTIAL BUILDINGS. WHILE THE
INFORMATION DOESN'T EXPLICITLY MENTION THEM, THEY ARE OFTEN A FUNDAMENTAL COMPONENT OF THE
PLUMBING INFRASTRUCTURE.
• PVC GUTTER: PVC GUTTER MATERIALS ARE MENTIONED AS "EDGE GUTTER 0.50 MM (BROWN)." THESE GUTTERS
ARE ESSENTIAL FOR DIRECTING RAINWATER AWAY FROM THE BUILDING.
• PLASTIC PLANT BOXES: UNION GALVASTEEL DURATILE 0.50 MM (BROWN) IS MENTIONED, LIKELY REFERRING TO
PLASTIC PLANT BOXES USED FOR LANDSCAPING PURPOSES.
• PLASTIC AIR CONDITIONING UNIT WINDOW FRAMES: WINDOW TYPE AIR CONDITIONING UNITS ARE
MENTIONED IN THE INFORMATION. THESE OFTEN COME WITH PLASTIC WINDOW FRAMES THAT HOLD THE UNIT
IN PLACE.

06400 ARCHITECTURAL WOODWORK

• PVC WOODEN PLANKS CEILING: THIS REFERS TO THE USE OF WOODEN PLANKS MADE OF PVC MATERIAL FOR
CEILING SURFACES. IT IS LIKELY USED IN VARIOUS PARTS OF THE BUILDING FOR INTERIOR AESTHETICS.
• RED MAHOGANY SLIDING DOORS: RED MAHOGANY IS A TYPE OF WOOD USED FOR MAKING SLIDING DOORS.
THESE DOORS ARE LIKELY USED IN DIFFERENT PARTS OF THE BUILDING, SUCH AS BEDROOMS OR BALCONIES.
• GROOVED WOODEN SOLID DOOR WITH SMALL STRIP: THIS INDICATES THE USE OF GROOVED WOODEN DOORS
WITH SMALL STRIPS FOR ADDED DETAIL. THESE DOORS MAY BE USED IN SPECIFIC AREAS, SUCH AS CLOSETS OR
ENTRYWAYS.
• WOODEN TREAD ON STAIRS: THE MENTION OF "50MM THK. MAHOGANY WOOD TREAD" SUGGESTS THE USE OF
WOODEN TREADS ON STAIRCASES WITHIN THE BUILDING.
• HARDIFLEX CEILING ON METAL FURRING: HARDIFLEX IS A TYPE OF FIBER CEMENT BOARD USED FOR CEILINGS. IN
THIS CASE, IT IS INSTALLED ON METAL FURRING TO CREATE A CEILING SURFACE.
• LAMINATED PLYWOOD SHUTTER: THIS REFERS TO THE USE OF LAMINATED PLYWOOD FOR CREATING SHUTTERS,
POSSIBLY FOR WINDOWS OR OTHER OPENINGS.
• OVERHEAD KITCHEN CABINET: THIS INDICATES THE PRESENCE OF KITCHEN CABINETS, LIKELY MADE FROM
WOOD OR WOOD-LIKE MATERIALS, INSTALLED ABOVE THE KITCHEN AREA.
• WOODEN PLANKS CERAMIC TILE: THIS MAY REFER TO WOODEN PLANKS USED AS A DECORATIVE ELEMENT OR
FLOORING IN CERTAIN AREAS, POSSIBLY IN COMBINATION WITH CERAMIC TILES.
• MAHOGANY WOOD TREAD AT SUPPORT: THIS REFERS TO THE USE OF MAHOGANY WOOD AS A TREAD ELEMENT
IN A SUPPORT STRUCTURE, POSSIBLY ON A STAIRCASE OR LANDING.
• WOODEN BALUSTRADES: THE USE OF WOOD FOR BALUSTRADES SUGGESTS THE PRESENCE OF WOODEN
RAILINGS, OFTEN SEEN IN STAIRCASES, BALCONIES, OR TERRACES
• WOODEN GRAB HANDLE: WOODEN GRAB HANDLES ARE MENTIONED, POSSIBLY INDICATING THEIR USE IN
VARIOUS LOCATIONS FOR SUPPORT OR AESTHETICS.
• WOODEN PANELS FOR MAIN DOOR: THE PRESENCE OF WOODEN PANELS SUGGESTS THE USE OF WOOD IN THE
MAIN DOOR DESIGN, OFTEN PROVIDING AN ELEGANT OR TRADITIONAL APPEARANCE.
• WOOD PLANK CERAMIC TILE: THIS REFERS TO THE USE OF WOOD PLANK-STYLE CERAMIC TILES, WHICH MIMIC
THE LOOK OF WOODEN PLANKS BUT ARE MADE FROM CERAMIC MATERIAL.

DIVISION 7 THERMAL AND MOISTURE PROTECTION

07050 BASIC THERMAL AND MOISTURE PROTECTION MATERIALS AND METHODS

• WALL CONSTRUCTION: THE EXTERIOR AND PERIMETER WALLS ARE CONSTRUCTED USING 6" (150 MM)
CONCRETE HOLLOW BLOCKS (C.H.B.), WHILE INTERIOR WALLS AND PARTITIONS USE 4" (100 MM) C.H.B. THIS
CONSTRUCTION PROVIDES THERMAL INSULATION AND MOISTURE RESISTANCE TO THE BUILDING'S WALLS.
• ROOFING: THE ROOFING MATERIAL APPEARS TO BE UNION GALVASTEEL DURATILE, WHICH IS A TYPE OF METAL
ROOFING. METAL ROOFING PROVIDES DURABILITY AND HELPS IN PREVENTING MOISTURE INTRUSION WHEN
PROPERLY INSTALLED.
• ROOF INSULATION: THERE IS NO SPECIFIC MENTION OF ROOF INSULATION IN THE PROVIDED INFORMATION.
HOWEVER, INSULATION MATERIALS LIKE FIBERGLASS OR FOAM BOARDS ARE COMMONLY USED TO PROVIDE
THERMAL PROTECTION BY REDUCING HEAT TRANSFER THROUGH THE ROOF.

• CEILING MATERIALS: THE CEILING BELOW THE CONCRETE CANOPY SLAB AND IN SOME AREAS IS MADE OF PVC
WOODEN PLANKS. CEILING MATERIALS CAN HELP IN PROVIDING THERMAL INSULATION AND PREVENTING
MOISTURE FROM ENTERING THE INTERIOR SPACES.
• WINDOW AND DOOR FRAMES: THE WINDOW AND DOOR FRAMES ARE MADE OF ANALOK, WHICH IS OFTEN
ANODIZED ALUMINUM. PROPERLY INSTALLED WINDOW AND DOOR FRAMES HELP IN PREVENTING MOISTURE
INTRUSION AND PROVIDE THERMAL INSULATION WHEN PAIRED WITH APPROPRIATE GLAZING.
• GLASS: VARIOUS GLASS TYPES ARE USED, INCLUDING 14" FLOAT BRONZE GLASS AND 14" SMOKED FLOAT
BRONZE GLASS. THESE PROVIDE DAYLIGHT AND CAN ALSO HAVE THERMAL PROPERTIES DEPENDING ON THEIR
COATINGS.
• EXTERIOR WALL FINISH: THE EXTERIOR WALLS ARE FINISHED WITH PERMACOAT SEMI-GLOSS LATEX PAINT IN
DIFFERENT COLORS. EXTERIOR WALL FINISHES PROTECT AGAINST MOISTURE AND PROVIDE AESTHETIC APPEAL.
• GUTTERS AND DRAINAGE: EDGE GUTTERS WITH 0.50 MM BROWN FINISH ARE USED FOR WATER DRAINAGE AND
MANAGEMENT, HELPING TO PREVENT WATER INFILTRATION AND MOISTURE-RELATED ISSUES.
• FOUNDATION AND FOOTINGS: DETAILS REGARDING THE FOUNDATION AND FOOTINGS ARE NOT PROVIDED IN
THE INFORMATION. HOWEVER, PROPER FOUNDATION DESIGN IS ESSENTIAL FOR PREVENTING MOISTURE
INTRUSION FROM THE GROUND.
• CERAMIC TILES: CERAMIC TILES ARE USED ON THE WALLS IN CERTAIN AREAS, SUCH AS BATHROOMS AND THE
KITCHEN. PROPER TILE INSTALLATION PREVENTS MOISTURE PENETRATION INTO THE WALL STRUCTURE.
• CONCRETE SLABS: THE BUILDING FEATURES CONCRETE CANOPY SLABS AND CONCRETE MOLDINGS. THESE
PROVIDE PROTECTION AGAINST MOISTURE AND CONTRIBUTE TO STRUCTURAL INTEGRITY.
• CHANDELIER LIGHTS: THE CHANDELIER LIGHTS MENTIONED MAY HAVE ELECTRICAL INSULATION AND
MOISTURE-RESISTANT FEATURES TO ENSURE SAFETY AND PREVENT MOISTURE-RELATED ELECTRICAL ISSUES.

07200 THERMAL PROTECTION

• WALL CONSTRUCTION: THE USE OF 6" (150 MM) CONCRETE HOLLOW BLOCKS (C.H.B.) FOR EXTERIOR AND
PERIMETER WALLS AND 4" (100 MM) C.H.B. FOR INTERIOR WALLS PROVIDES A BASIC LEVEL OF THERMAL
INSULATION. CONCRETE BLOCKS HAVE INHERENT THERMAL MASS PROPERTIES, WHICH CAN HELP REGULATE
INDOOR TEMPERATURES.
• ROOFING MATERIAL: THE ROOFING MATERIAL MENTIONED IS UNION GALVASTEEL DURATILE, WHICH IS
TYPICALLY MADE OF METAL. METAL ROOFING CAN REFLECT SUNLIGHT AND HEAT, REDUCING HEAT
ABSORPTION INTO THE BUILDING'S INTERIOR, THUS PROVIDING THERMAL PROTECTION.
• ROOF INSULATION: THERE IS NO SPECIFIC MENTION OF ROOF INSULATION IN THE PROVIDED INFORMATION.
HOWEVER, TO ENHANCE THERMAL PROTECTION, THE ADDITION OF INSULATION MATERIALS UNDER THE ROOF
CAN HELP IN REDUCING HEAT GAIN AND LOSS THROUGH THE ROOF.
• CEILING MATERIALS: THE USE OF PVC WOODEN PLANKS FOR THE CEILING MAY CONTRIBUTE TO THERMAL
INSULATION BY CREATING AN AIR GAP BETWEEN THE ROOF AND THE CEILING. THIS AIR GAP CAN ACT AS A
THERMAL BARRIER.
• WINDOW AND DOOR FRAMES: THE WINDOW AND DOOR FRAMES MADE OF ANALOK, WHICH IS OFTEN
ANODIZED ALUMINUM, PROVIDE SOME THERMAL RESISTANCE. PROPERLY SEALED AND INSULATED WINDOW
AND DOOR FRAMES CAN HELP PREVENT HEAT TRANSFER.
• GLASS: THE TYPES OF GLASS USED, SUCH AS 14" FLOAT BRONZE GLASS AND 14" SMOKED FLOAT BRONZE GLASS,
MAY HAVE VARYING THERMAL PROPERTIES DEPENDING ON THEIR COATINGS. LOW-E (LOW EMISSIVITY)
COATINGS, FOR EXAMPLE, CAN REDUCE HEAT TRANSFER THROUGH THE GLASS.
• EXTERIOR WALL FINISH: THE USE OF PERMACOAT SEMI-GLOSS LATEX PAINT ON EXTERIOR WALLS DOESN'T
DIRECTLY CONTRIBUTE TO THERMAL PROTECTION BUT CAN AFFECT THE BUILDING'S ENERGY EFFICIENCY BY
REFLECTING OR ABSORBING HEAT BASED ON ITS COLOR.
• INSULATION (NOT SPECIFIED): WHILE SPECIFIC INSULATION MATERIALS ARE NOT MENTIONED IN THE
INFORMATION, THE INCLUSION OF THERMAL INSULATION WITHIN WALLS, CEILINGS, AND ROOFS IS A COMMON
PRACTICE FOR ENHANCING THERMAL PROTECTION IN BUILDINGS.

DIVISION 8 DOORS AND WINDOWS

08050 BASIC DOOR AND WINDOW MATERIALS AND METHODS

DOORS:
• DOOR 1 (MAIN ENTRANCE):
o SIZE: 1.50 X 2.70 METERS
o DESCRIPTION: THICK RED MAHOGANY SOLID PANEL MAIN DOOR ON 2" X 6" DOOR JAMB
• DOOR 2 (LIVING AREA TO LANAI):
o SIZE: 1.60 X 2.70 METERS
o DESCRIPTION: RED MAHOGANY SLIDING DOORS WITH 14" FLOAT BRONZE GLASS
• DOOR 3 (DINING TO OUTDOOR DINING):
o SIZE: 3.30 X 2.70 METERS
o DESCRIPTION: RED MAHOGANY SLIDING DOORS WITH 14" FLOAT BRONZE GLASS
• DOOR 4 (VARIOUS LOCATIONS):
o SIZE: 0.80 X 2.10 METERS
o SETS: 7 UNITS
o DESCRIPTION: 2" THICK SOLID PANEL DOOR ON 2" X 6" DOOR JAMB
• DOOR 5 (VARIOUS LOCATIONS):
o SIZE: 0.70 X 2.10 METERS
o SETS: 3 UNITS
o DESCRIPTION: 2" THICK SOLID PANEL DOOR ON 2" X 6" DOOR JAMB
• DOOR 6 (BEDROOM 1 TO TERRACE):
o SIZE: 2.80 X 2.10 METERS
o DESCRIPTION: ANALOK SLIDING DOOR FRAMES WITH 14" FLOAT BRONZE GLASS
• DOOR 7 (STORAGE):
o SIZE: 0.70 X 2.00 METERS
o DESCRIPTION: 2" WOODEN LOUVERED DOOR
• DOOR 8 (BEDROOM 1 AND 2 TO BALCONY):
• SIZE: 1.60 X 2.10 METERS
o SETS: 2 UNITS
 o DESCRIPTION: ANALOK SLIDING DOOR FRAMES WITH 14" FLOAT BRONZE GLASS

WINDOWS:
• WINDOW 1 (LIVING AREA):
o SIZE: 2.00 X 3.00 METERS
o SETS: 2 UNITS
o DESCRIPTION: FIXED PANELS WITH AWNING WINDOWS USING 14" FLOAT BRONZE GLASS AND
ANALOK FRAMES
• WINDOW 2 (KITCHEN):
o SIZE: 1.20 X 1.20 METERS
o DESCRIPTION: ANALOK WINDOW FRAMES WITH 14" FLOAT BRONZE GLASS
• WINDOW 3 (BEDROOM 1, BEDROOM 2 & BEDROOM 3):
o SIZE: 2.40 X 1.20 METERS
o SETS: 3 UNITS
o DESCRIPTION: ANALOK WINDOW FRAMES WITH 14" FLOAT BRONZE GLASS
• WINDOW 4 (GROUND FLOOR COMMON TOILET):
o SIZE: 1.20 X 0.50 METERS
o DESCRIPTION: ANALOK AWNING WINDOW FRAMES WITH 14" FLOAT BRONZE GLASS
o WINDOW 5 (MASTER TOILET, SECOND FLOOR COMMON TOILET):
o SIZE: 0.60 X 0.50 METERS
o SETS: 2 UNITS