PRODUCT PROFILE Hotline:

Slides:



Advertisements
Similar presentations
Structural Steel Construction
Advertisements

STEEL Steel is a combination of iron and carbon. There are different formulations of steel for various uses. There is stainless steel used for forks and.
2.2 STRUCTURAL ELEMENT Reinforced Concrete Slabs
Caskets Cap Openings.
Competency: Draw Wall Sections
INAR 243 FLOORS.  Structural element  Proper ground for functions.
Framing Agriculture Structures
CHAPTER 9 MASONRY.
Masonry Design. 2 MASONRY WALLS CONSTRUCTION TYPE Single Wythe Cavity Prefabricated Barrier Masonry Veneer Masonry Bonded Hollow Wall.
CEA UNIT 3 TERMS & DEFINITIONS. BEAM A structural member, usually horizontal, that carries a load that is applied transverse to its length.
Architectural Drawing
Class Day Seventeen.
CTC 422 Design of Steel Structures
Roofs ..
Chapter 7 Metals.
Home Work #4 Due Date: 18 Mar, 2010 (Turn in your assignment at the mail box of S581 outside the ME general office) The solutions must be written on A4.
Chapter 19 Floors.
Steel Mild steel Medium carbon steel High carbon steel or hard steel
Floor Systems and Foundation Support
COLUMNS.
Chapter 18 Foundations.
Strength of Material Shear Strain Dr. Attaullah Shah.
Metals. Introduction u Metal is used in various places in the construction process including: –rebar = reinforcing steel in round shapes –flashing = thin.
The ground must push up as hard as the building pushes down
BUILDING CONSTRUCTION V ARCHITECTURAL FINISHING SYSTEMS
Calculations On completion of this unit the Learner should be able to demonstrate an understanding of: The formula used to calculate: Areas Volumes Ratios.
Example 1 A concrete sidewalk is constructed between two buildings on a day when the temperature is 25ºC. The sidewalk consists of two slabs, each 3m in.
Chapter 23 Plumbing Systems. Objectives After reading the chapter and reviewing the materials presented the students will be able to: Identify several.
Choose a category. You will be given the answer. You must give the correct question. Click to begin.
BEAMS AND COLUMNS PRESENTED BY K.ROSHIN RUKSHANA.
1 HVACR116 – Trade Skills Structural Drawings. 2.
FORMS, SCAFFOLDING and STAGING
Chapter 32 Floor Systems and Foundation Support. 2 Links for Chapter 32 Slab Construction Reinforcing Concrete Crawl Spaces.
+ Sill and Floor Construction Vocabulary. + Anchor Bolt A threaded rod inserted in masonry construction to anchor the sill plate to the foundation.
©Teaching Resource in Design of Steel Structures IIT Madras, SERC Madras, Anna Univ., INSDAG 1 COMPOSITE FLOORS - II.
Unit A3-9 Framing Agriculture Structures Problem Area 3 Construction Systems.
Chapter 43 Common Commercial Construction Materials.
13/04/2012www.ruukki.com | Profiled Products Group | PUBLIC1.
JSC CTC Metallokonstruktsiya Corrugated structures.
BEAMS: Beams are structural members that can carry transverse loads which produce bending moments & shear force. Girders: Main load carrying members into.
FORMWORK BUILDING CONSTRUCTION PREPARE BY:-
5. FERROCEMENT.
PRESSURE VESSEL. 1.Determine the bursting steam pressure of a steel shell with diameter of 10 inches and made of ¼ in thick steel plate. The joint efficiency.
Design and Control of Concrete Mixtures CHAPTER 11
CONCRETE AND SUSPENDED TIMBER
Framing Vocabulary Stud: upright beams in the framework of a building
Commercial Floor Systems
Objectives of Design of Reinforced Concrete Elements
Framing Agriculture Structures
Gable Roof BCGCA3007B.
Chapter : 01 Simple Stresses
Pritesh h prajapati Arvind g prajapati Arvind m prajapati Arvind khata.
Chapter-2 Parts of Steel Bridges.
FOR 5TH SEMESTER DIPLOMA IN CIVIL ENGINEERING
Framing Agriculture Structures
1C2 Conceptual Design of Buildings
MATERIALS AND CONSTRUCTION I
Arch205 Material and building construction 1 floor & Roof systems
Structural Drawing Chapter 19.
HỒ SƠ SẢN PHẨM Hotline:
Building section A vertical cut or slice through a structure that illustrates the type of foundation, wall, and roof construction to be used.
Arch205 building construction floor & Roof systems
MATERIALS AND CONSTRUCTION I
Commercial Floor Systems
THE CONCEPT OF LIGHT GAUGE STEEL CONSTRUCTION
Commercial Floor Systems
2.2 STRUCTURAL ELEMENT Reinforced Concrete Slabs
Dr S.Sreenath PhD, MSc Engg, MSc (ICM), MBA
Chapter 13 Concrete Form Design.
THE CONCEPT OF LIGHT GAUGE STEEL CONSTRUCTION
Presentation transcript:

PRODUCT PROFILE Hotline: 0904213636 www.ipc-wiremesh.com.vn www.luoithephanipc.com.vn Email:luoithephan@ipc-vietnam.com.vn PRODUCT PROFILE Hotline: 0904213636

CONTENT 1 2 3 4 4 4 5 1 1 1 1 1 1 1 WELDED WIRE MESH - IPC-WIREMESH TM PROFILED STEEL DECKING - IPC-DECK TM 3 1 OTHER PRODUCTS 4 1 4 1 4 1 5 1 2

Deformed Bar Welded Wire Mesh Round Bar Welded Wire Mesh IPC-WIREMESH TM IPC Welded Wire Mesh introduction IPC Welded Wire Mesh is a combination of horizontally and transversely placed cold-drawn wires at right angles to each other. The joints of the wires are then welded automatically by the principle of combining melting and pressurizing, to uniformly create high strength – high quality wire mesh. Deformed Bar Welded Wire Mesh Round Bar Welded Wire Mesh

TECHINICAL SPECIFICATION

TECHINICAL SPECIFICATION

IPC-WIREMESH DIAGRAM APPLIED STANDARD Vietnam Standard TCVN 9391:2012, Welded fabric for the reinforcement of concrete Vietnam Standard TCVN 6288:1997, Cold-drawn steel bar for the reinforcement of concrete Vietnam Standard TCVN 1651-3:2008 (ISO 6935-3:1992) Steel for the reinforcement of concrete – Welded fabric British Standard BS 4482:1985, Specification for cold reduced steel wire for the reinforcement of concrete British Standard BS 4483:1998, Steel fabric for the reinforcement of concrete Singapore Standard SS1:1999, Cold reduced steel wire for the reinforcement of concrete Singapore Standard SS32:1999, Steel fabric for the reinforcement of concrete Australian Standard TA/TV/4671, Cold reduced steel wire for the reinforcement of concrete APPLIED STANDARD IPC-WIREMESH DIAGRAM STT Described parameter Symbol 1 Length of mesh L 2 Width of mesh B 3 Size of mesh L x B 4 Main wire diameter Dd 5 Cross wire diameter Dn 6 Main wire pitch Pd 7 Cross wire pitch Pn 8 Size of one rectangle section Pd x Pn 9 Vertical overhang section M1, M2 10 Horizontal overhang section S1, S2

Full yield strength layered lap Half yield strength layered lap LAPPING Laps are used to transfer load across continuous steel reinforcements. In order to do so, standardized length of laps is required Full yield strength layered lap Half yield strength layered lap Flying end lap

CONVERTING WIRE ROD TO WELDED WIRE MESH FORMULA

IPC-WIREMESH APPLICATION - Surface platforms, building floors, building roofs - Concrete walls - Sewer systems - Foundations, sidewalks, roads - Pools, water tanks - Barriers, fences - Many other applicable structures

IPC-DECKTM INTRODUCTION IPC Steel deck floors consist of profiled steel sheets and concrete filling, are used to substitute reinforced concrete and/or scraffold. Structural design of steel deck floors consists of wave-like zinc-galvanized steel sheets, onto which are triangle or round section steel joists, welded altogether

IPC-DECK FOR INDUSTRIAL FACILITIES IPC-DECK TM 2WB 51-1025 Thickness (mm) Weight (kg/m2) Material standard Coating 1 0.8 7.47 1.JIS G3302:SGC340-570 2.ASTM A653:SS230-550 1.JIS G3302:Z80-Z275 2.ASTM A653:Z90-Z275 2 1.0 9.34 3 1.2 11.20 4 1.5 14.00

IPC-DECK FOR INDUSTRIAL FACILITIES IPC-DECK TM 2WB 50-930 Thickness (mm) Weight (kg/m2) Material standard Coating 1 0.8 8.23 1.JIS G3302:SGC340-570 2.ASTM A653:SS230-550 1.JIS G3302:Z80-Z275 2.ASTM A653:Z90-Z275 2 1.0 10.29 3 1.2 12.35 4 1.5 15.43

IPC-DECK FOR HIGH-RISE BUILDING FLOORS IPC-DECK TM 2WB 51-600 Thickness (mm) Weight (kg/m2) Material standard Coating 1 0.8 10.47 1.JIS G3302:SGC340-570 2.ASTM A653:SS230-550 1.JIS G3302:Z80-Z275 2.ASTM A653:Z90-Z275 2 1.0 13.08 3 1.2 15.07 4 1.5 19.63

IPC-DECK FOR THERMAL POWERPLANTS, REFINERIES… IPC-DECK TM 2WB 50-818 Thickness (mm) Weight (kg/m2) Material standard Coating 1 0.8 8.86 1.JIS G3302:SGC340-570 2.ASTM A653:SS230-550 1.JIS G3302:Z80-Z275 2.ASTM A653:Z90-Z275 2 1.0 11.07 3 1.2 13.29 4 1.5 16.60

IPC-DECK FOR THERMAL POWERPLANTS, REFINERIES… IPC-DECK TM 3WB 76-600 Thickness (mm) Weight (kg/m2) Material standard Coating 1 0.8 10.47 1.JIS G3302:SGC340-570 2.ASTM A653:SS230-550 1.JIS G3302:Z80-Z275 2.ASTM A653:Z90-Z275 2 1.0 13.08 3 1.2 15.07 4 1.5 19.63

IPC-DECK ACCESSORIES

IPC-DECK CALCULATION FORMULAS

PANEL – JOIST DECK JOINT PANEL – PANEL DECK JOINT Screwing method PANEL – JOIST DECK JOINT Welding method

PROPPING Depending on the span of the deck panel, temporary propping may be needed when constructing IPC-DECK. Following is some advice of propping methods.

NOTES WHILE CONTRUCTING IPC-DECK Delivering IPC-DECK Panels, by specific transportations Stocking IPC-DECK panels, to prevent moist and create ventilation Lifting IPC DECK panels

NOTES WHILE FILLING CONCRETE FOR COMPOSITE MATERIAL WITH IPC-DECK Start raking as soon as the concrete is poured out Do not directly step on the panels as they could be deformed Place hard boards above for walking surface

OTHER PRODUCTS WIRE ROD GALVANIZED STEEL WIRE

PLASTIC COATED STEEL WIRE OTHER PRODUCTS COLD – DRAWN STEEL WIRE 1.0 MM WIRE PLASTIC COATED STEEL WIRE