PLASTERBOARDS Plasterboard is a rigid flat sheet material which comprises of a core of gypsum plaster with the surfaces covered by stout paper. This covering.

Slides:



Advertisements
Similar presentations
Roofs are one of a building’s primary elements and play a major part in giving a building its character. There are several different types of roof in.
Advertisements

Portal Framed Construction
Interior Wall and Ceiling Finish
Lather Lathers assemble and install the framework for gypsum materials in buildings. These materials include drywall and plaster.
Materials used for Internal Finishes. Internal finishes It is important that finishing operations are carried out in the right sequence. It is important.
CON 4003 Construction Estimating Prof R. V. Locurcio.
Timber Framed Structures
INTERNAL PLASTERING.
Materials used in the external walls. Brick Bricks are probably the oldest manufactured material we have today. Although the method of production has.
INAR 342: FINISHING WALL FINISHES. Walls are the vertical building elements which divide the spaces from each other. Walls generally have load bearing,
NGfL CYMRU GCaD FLOOR SCREEDING, PLASTERING AND RENDERING.
Gypsum and Lime. History ► Been used for several thousand years ► Greeks and Egyptians both used it.
Lather Skill Trades Introduction Lathers  Assemble and install the framework for gypsum materials (Drywall & Plaster) in buildings.
INAR 243 FLOORS.  Structural element  Proper ground for functions.
Floors construction After the foundations have been completed and the external walls constructed the construction of the floors commences.
Walls Ron Gatepain constructionsite.
Building Methods Types of Structure.
Chapter 23 Interior Walls & Partitions. Interior Partitions Performance Criteria  Strength  Fire Resistance  Durability  Acoustical Isolation Materials.
After the foundations have been completed the walls are set out and construction commences. wall structures.
Hard to Treat Homes Bev Coombe Membership and Communications Manager.
PRE-MIXED GYPSUM PLASTERS
QuickWalls® strong. fast. simple.
House Construction. Learning Standard 5. Construction Technologies Construction technology involves building structures in order to contain, shelter,
Residential Construction Unit 6 Interior finishes Mr. Todzia.
Wall and Ceiling Construction Vocabulary
Topic C1 Superstructures - walls
University of Palestine Industrial Engineering Department Materials And Construction Technology Chapter (2) Blocks And Stone works.
Safety is Job #1 Gypsum/Drywall originally called?
Prefabricated Timber Frame Construction
BUILDING CONSTRUCTION V ARCHITECTURAL FINISHING SYSTEMS
Dry lining.
INTD 54 walls.
Energy Conservation in the roof structure. Energy conservation Conservation of energy within a roof structure can be at two different positions i.e. Ceiling.
Partitions Compartmentation One area of a building is separated from another by the use of fire rated materials System that creates self contained areas.
Dry lining by direct bond – overview
Prefabricated Houses Steel structure prefab house system.
Drywall Theory. Dry Wall Saw Dry wall T-Saw Dry Wall Lift.
Architectural acoustics Acoustical materials. Sound absorber: Reapor Expanded Glass Granulate  Description  The sound absorber for challenging environments.
Assignment By Ryan Shaw. Tools and Equipment Trowel- used for applying plaster Hawk- used for holding plaster whilst plastering Float- gives good.
QuickWalls® strong. fast. simple. *Light Weight *Insulated
FLOORS CONSTRUCTION After the foundations have been completed and the external walls constructed the construction of the floors commences.
Unit 6: Building Technology in Construction Learning Outcome Understand the techniques used in the construction of superstructures for low-rise domestic.
PLASTERING AND POINTING Building Construction
Learning Outcome Lesson Objective
Unit 6: Building Technology in Construction Learning Outcome Understand the techniques used in the construction of superstructures for low-rise domestic.
Pitched Roof By PATEL ANKITKUMAR H.
Building construction Prepared by : Rall no : : Nayani Paril : Patel Nikunj : Parmar Mihir : Patel Adarsh : Patel Bhavin.
Secure Resources – Gyproc Plasterboard Apply Plaster Materials to Internal Backgrounds.
Substrate Identification Wall Tiling. Principal Wall Substrates Cement/sand rendering Gypsum plaster Plasterboard Existing tiling Timber based boards.
Weber Tile Fixing.
Backgrounds and Plaster
Prefabricated Timber Frame Construction
UPPER FLOORS TIMBER AND CONCRETE.
Glasroc H Tilebacker for bathrooms, shower areas
Building Methods Types of Structure.
SANDWICH CONSTRUCTION
Pritesh h prajapati Arvind g prajapati Arvind m prajapati Arvind khata.
Plasters and Pointing. Plasters and Pointing Objects of Plastering: Plastering or surface rendering is the application of mortar to any rough surface.
Secure Resources – Gyproc Plasterboard
Prepared by Ravishankar
Building Construction I Sofia Sebastian 1
Secure resources – gyproc plasterboard
Building Construction I Sofia Sebastian 1
INTD 503- Materials Topic: Partition Walls
Building Construction I Sofia Sebastian 1
Backgrounds and plaster
Secure resources - Beading
Introduction to Weber Tile Fixing Products.
INTD 503- Materials Topic: Wall Coverings
Direct Bond – Dry Lining to Masonry Backgrounds
Presentation transcript:

PLASTERBOARDS Plasterboard is a rigid flat sheet material which comprises of a core of gypsum plaster with the surfaces covered by stout paper. This covering paper gives flexibility and durability to the plasterboard.

Plasterboards can be used to obtain self finished wall surfaces ready either for direct decoration or for a single final coat of plaster. Also, plasterboards can be used to obtain partition walls and to form ceilings.

ADVANTAGES OF PLASTERBOARDS Its lightness workability Speed of application It is demountable It has easy application details It forms suitable base for most kind of finishing layer It is fire resistant Thermal insulation

DISADVANTAGES OF PLASTERBOARDS Plaster finishes applied to them may crack due to vibrator or movement in the joints which they’re fixed. They are poor sound insulator.

TYPES OF PLASTERBOARDS GYPSUM BASEBOARDS They are specifically made as a base for one or two coats of gypsum plaster and are enclosed with coarse textured paper to provide a good key. it is less likely to crack and provides greater protection against damage by fire. Joints should be scrimmed and reinforced with jute scrim. Boards have square edges.

GYPSUM LATH Lath provides backing and adhesion for gypsum plaster. For better insulation gypsum lath is sometimes made with a sheet of aluminium foil attached to the back. Because of the rounded edges, joints do not require to be scrimmed. Lath measuring are usually 406x1200x95 mm.

GYPSUM WALLBOARD Plasterboard designed for direct decoration, suitable for internal partitions and ceilings. Available with square edges and bevelled edges. Wallboard measuring are usually 600x2400x95 mm.

Classification of Plasteboards According to Their Gypsum Properties (in Turkey) White Plasterboards Its core is formed from gypsum which gives lightness, hardness, durability and good workability to the plasterboard.

Green Plasterboards Its core gypsum material are strengthen against the water and damp. So it can be used in wet spaces as a water resistant material.

Red Plasterboards Its core gypsum material are strengthen against the fire with organic fibers and other additives. So it can be used in spaces which fire resistant materials are required.

APPLICATION Normally they are applied to timber battens or metal channels attached to the wall at centers to suit the spanning properties and module size of board. The boards should be nailed to studs with 32 mm galvanized nails. A space of about mm should be left between boards.

The joints should be filled with gypsum plaster stopping. Joints must be covered with 100 mm wide joint tape, in order to prevent cracks. Finishing can be a direct application of paint, varnish or wallpaper; but the joints must be masked carefully. Alternatively, the joints maybe made a feature of the design by the use of edge chamfers or by using moulded cover fields.

Technical Properties of the Boards Lenght:2500 mm ( mm) Width:1200 mm ( mm) Thickness:12,5 mm (6-9, mm) Average Weight: ≤ 9 kg/m 2 ( kg/ m 2 ) Spacing Between The Studs: 600 mm (400 mm)

Photographs

Accessories

DETAILS Corner

Inner Corner

Wall - Ceiling