Ho So Nang Luc 2013 - English.
Transcript of Ho So Nang Luc 2013 - English.
Company Profile
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TRI VIET STEEL BUILDINGS CO., LTD
TOTAL SOLUTION FOR PRE-ENGINEERED STEEL STRUCTURES
COMPANY PROFILE
www.trivietsteel.com.vn
Company Profile
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INTRODUCTION 2 - 4
� Letter of Introduction 2
� General information 3
PERSONNEL ORGANIZATION 4 - 7
� Organization structure 4
� Organizational chart 5
� List of technical staff 6 - 7
DESIGN CAPACITY 8 - 9
� Technical design capacity 8
� Design standards 9
PRODUCTION CAPACITY 10 - 21
� Factory introduce 10 - 12
� Production capacity 13
� Production process 14 - 21
CONSTRUCTION CAPACITY 22 – 26
� The stages of construction 22 - 25
� Construction schedule 26
� Construction safety 26
EQUIPMENT MANUFACTURING 27 - 28
LIST OF TYPICAL PROJECTS TRI VIET STEEL BUILDINGS 29 - 30
SOME TYPICAL PROJECTS 31 - 49
CUSTOMERS & PARTNERS 50
INDEX
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I. INTRODUCTION
Letter of introduction
Tri Viet Steel Buildings is a professional company operating in pre-engineered building branch in Viet Nam. With the tendency
to be a leading supplier of pre-engineered steel structure, not only fabricating and supplying steel structure products, but also
supplying ““““Total solutTotal solutTotal solutTotal solution forion forion forion for pre pre pre pre----engineered engineered engineered engineered steel structuressteel structuressteel structuressteel structures”””” for the customers with all-in services: Design – Production –
Installation.
Tri Viet Steel Buildings is always confident and proud of our capability in order to bring the best solutions to the customers,
meet the capacity with low expenses. In order to meet high technical demands of scale projects, Tri Viet Steel Buildings continuosly
improves specialized and managed capabilities, and applies ISO 9001:2008 quality management system to our company. In addition,
our company has built up working culture with advantage environment, use talented persons, promote the independence and
creativeness of each staff with the aim of making our company grow up and develop firmly.
Tri Viet Steel Buildings has pre-engineered steel structure factory with the area of 20,000 m2, synchronously equiped with
production line of automatic machines with design capacity of 1,5000 tons / month.
With professional and devoted engineers, we support and supply free the service “Consulting, supplying design solutions and
making quotation” to the customers. Although the projects are conducting in any phases, we always support and supply the best
solutions to you. Contacting with us, you are supported rapidly and free.
Being a leading supplier of pre-engineered steel structure in Viet Nam with the best quality and service is Tri Viet Steel
Buildings’ mission. We commit to build and develop our company with the quality first and the customers’ satisfaction is a sole aim.
Thanks a lots for your attention to Tri Viet Steel Buildings’ products. We hope to cooperate and serve you.
Best regards,
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� GENERAL INFORMATION
Name : TRI VIET STEEL BUILDINGS CO.,LTD
Represented by : Mr Nguyen Phi Thuong – Company Director
Address:
• Head Office & Factory:
4B Khanh Binh, Tan Uyen, Binh Duong Province
Tel : (+84.650) 365.3080
Fax : (+84.650) 365.3079
• Ho Chi Minh City Office:
386/15 Le Van Sy, W. 14, Dist. 3, HCMC
Tel : (+84.8) 3526.0218
Fax : (+84.8) 3526.0219
Email : [email protected]
Website : www.trivietsteel.com.vn
Business license : No. 4602001062 by the Department of Planning and Investment
of Binh Duong province in 2004.
Tax : 3700570307
Account Number : 040 0101 00 44978 in Maritime Bank – Ho Chi Minh Branch
Main business activities:
� Fabrication, business, installation frame of pre-engineered steel buildings.
� Fabrication, business mechanics
� Civil, industrial construction.
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PERSONNEL ORGANIZATION
� ORGANIZATION STRUCTURE
� Company director
Mr Nguyen Phi Thuong
� Head of department functions
• Factory : Mr Nguyen Tri Thuc – Manager.
Mr U Chee Chow – Technical Manager.
• Technical Dept. : Mr. Tran Anh Duy – Deputy Manager.
• Project Management : Mr. Lê Văn Minh – Deputy Manager.
• Purchasing Dept. : Ms. Nguyen Thi Anh Thuyen – Manager.
• Accounting Dept. : Mr. Tran Ngoc Thu – Manager.
• Sales Dept. : Mr. Vo Quang Vinh – Manager.
• HR Dept. : Ms. Le Thi Hong Van – Manager.
• Tender Dept. : Mr. Trinh Phi Tung – Manager.
• Marketing Dept.. : Mr. Tran Thien Nhan – Deputy Manager.
� The staff situation of the company
• The administrative staff : 30 persons
• The technical staff : 40 persons
• Plant Employees : 120 persons
• Execution of Employees : 50 persons
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� ORGANIZATIONAL CHART
� ORGNIZATIONAL CHART OF FACTORY
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� LIST OF TECHNICAL STAFF
NO. NAME EDUCATION EXPERIENCE PROFESSIONAL – POSITION
1 Nguyen Phi Thuong University 15 Years General Director
2 Nguyen Tri Thuc University 16 Years Factory Manager
3 U Chee Chow University 18 Years Factory Technical Manager
4 Le Van Minh University 10 Years Project Excutive
5 Duong Minh Luan University 6 Years Project Excutive
6 Vu Ba Thang University 6 Years Project Excutive
7 Le Hoang Duy Hung University 7 Years Construct Building
8 Nguyen Thanh Nhut University 6 Years Construct Building
9 Le Ba Luc University 3 Years Construct Building
10 Nguyen The Lanh University 7 Years Safety Dept.
11 Tran Anh Duy University 6 Years Deputy Manager
12 Nguyen Ngoc Thanh University 4 Years Production Designer
13 Nguyen Ngoc Phat University 3 Years Production Designer
14 Huynh Vu Bao College 3 Years Production Designer
15 Bui Dong Duong University 6 Years Architectural Designer
16 Doan Ngoc Tra University 6 Years Architectural Designer
17 Tran Hoang Giang University 2 Years Architectural Designer
18 Nguyen Van Thi University 6 Years Contruction Estimater
19 Huynh Kim Nhat University 4 Years Contruction Estimater
20 Nguyen Van Phuc University 4 Years Contruction Estimater
21 Vo Quang Vinh University 11 Years Sales Manager
22 Vu Trong Hoang University 9 Years Sales Excutive
23 Ngo Thi Thanh Nguyen University 9 Years Sales Excutive
24 Trinh Phi Tung University 12 Years Tender Manager
25 Nguyen Phan Ha Nhi University 4 Years Tender officer
26 Nguyen Viet Truong University 4 Years Tender officer
27 Nguyen Trung Nguyen College 10 Years Production Engineer
28 Nguyen Tien Muoi College 7 Years Production Engineer
29 Vu Huu Binh University 9 Years Production Engineer
30 Pham Van Binh University 10 Years Production Engineer
31 Nguyen Van Hung University 9 Years Production Engineer
32 Ha Ninh Giang University 8 Years Maintenance
33 Tran Thanh Son College 6 Years Maintenance
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NO. NAME EDUCATION EXPERIENCE PROFESSIONAL – POSITION
34 Tran Dinh Ha College 6 Years Maintenance
35 Bui Van Cang University 8 Years Quality Control
36 Nguyen Xuan Thanh University 7 Years Quality Control
37 Nguyen Van Tung Technician 4 Years Assembly
38 Nguyen Hoai Nam College 6 Years Welding
39 Nguyen Van Dong College 6 Years Welding
40 Nguyen Van Bao College 6 Years Welding
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DESIGN CAPACITY
� TECHNICAL DESIGN CAPACITY
� Architectural design drawings:
Provide solutions to design, analyze and guide the investors' optimal choice. After reaching plan,
complete the design of architecture, structure, materials and intentions expressed in the drawings,
elevation, section, perspective.
� Design production drawings:
Once the design drawings are approved, the structure of the works will be shown on detailed
drawings and clearly coded numbers.
� Design estimate: Calculate extract the amount, for the tenders, construction, completion, issues arising in volume.
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� DESIGN STANDARDS
� INTERNATIONAL STANDARD
� AWS D1.1 Edition 2006
� AISC. 2005 – American Institute of Steel Constructions
� MBMA. 2002 – Metal Building System Manu
� Quality Manual
� VIET NAM STANDARD
� TCXD VN 338 : 2005 - Steel Structures - Design standards
� TCVN 3223 : 1994 - Welding electrodes for carbon steel and low alloy steel.
� TCVN 1916 : 1995 - Bolts, screws, nuts and screws implanted. Technical Requirements
� CHECK LAB
� TPI Third Party Inspection
� NDT Non-Destructive Testing
� MPI Magnetic Particle Inspection
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PRODUCTION CAPACITY
� FACTORY INTRODUCE
A. HUMAN RESOURCES.
• In factory, we are currently working about 150 people, including about 100 production workers and maintenance
(including heads), four engineers in charge of production for each project and the rest is protected, accounting,
personnel indirectly, forklift driver, truck,...
• Production workers are divided into groups according to their functions as: the cut, the accessories, the drill, the
shape, the welding, assembly of accessories, the finishing, the rub abrasive cleaning, spraying the ball, the paint, ...
Each team managed by team leaders and direct executive producer.
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B. SAFETY EQUIPMENT .
• All staff and workers at the plant is equipped with helmets, protective clothing, steel tip shoes, gloves fully under
the provisions of protection for mechanical engineering.
• Also, depending on the requirements for the specialized groups such as cutting, welding, drilling, painting, ... that
workers are equipped with facilities like: Black glass and special glass for workers welding in charge welding; glass
for workers in charge of sanding abrasive cleaning components, spray paint, masks for workers spraying;
C. PLANT GENERAL ARRANGEMENT.
• The total area is near the campus 20.000m2 plants, of which the production desk is near 13.000m
2. The area
around the dump finished products occupy 3.000m2. Regional offices, cafeterias, parking, storage of supplies and
accessories are arranged separated from the main production areas to ensure their utility.
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• The plant is arranged in a closed production lines, facilitate the import of raw materials into areas cut and finished
product inventory, including the use by special-use vehicles is 15 meters long meeting.
• Paint area is arranged at the end of production areas, has covered area is 1.500m2, completed structures will be
painted in the paint shop to dry 1-2 days, then will be carried out beach area warehouse contained and continues
to be completely dried in the sun, make sure the factory coating layer is completely dry, limiting the scratches and
paint miles.
• All divisions, departments and regional plants are arranged according to synchronization, there is close monitoring
in 24/24 of the Division of Protection.
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� PRODUCTION CAPACITY
“Production capacity of the Tri Viet Steel Buildings capacity 1.000
tons per month, can lift up to 1.500 tons of products per month”
• Blasting is used as the standard SA 2.0 or 2.5 depending on design requirements. After spray painting will be
finished soon lining paint stick better and to avoid rust.
• Overall production at the factory engineers supervise production and QC staffs cut by drawing shop drawing and
sticking by the standards required by the original design documents.
• The design drawings, shop drawing, testing records, production records are being set up and monitored
throughout the production process. After the end of production, all records are stored and marked by customer
code to facilitate the management.
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� PRODUCTION PROCESS
]
Checking dimensions, straight
after cutting
MATERIAL
Checking dimensions, specification
of materials before cutting
CUTTING
Checking dimensions, straight
after assembling
H-BEAM
ASSEMBLING
Checking weld height, quality
and testing
WELDING
Checking angle, straight,
plane surface
STRAIGHTENING
Checking after finished welding
FINISH
WELDING
Checking cleaning of surface
SURFACE
CLEANING & SHOT
BLASTING
Checking thickness of paint-coat
PAINTING
CHECK &
STORAGE
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A. MATERIALS.
CHECKING NO. MATERIALS SPECIFICATION
SCOPE STANDARD
1 Steel plate
(1.500 x 6.000) mm
Thickness: (4, 5, 6, 8, 10, 12, 14, 16, 18,
20,…) mm
Length
Width
Thickness
Tolerance
±0.2mm
2 Steel coil Thickness: (1.5; 1.8; 2.0; 2.4; 2.5;…) mm Width
Thickness Accurate
3 Sheet coil
Width: 1.200 mm
Thickness: (0.35; 0.40; 0.45; 0.48; 0.53;
0.55) mm
Width
Thickness Accurate
Figure 1: Steel Coil Figure 2: Steel Plate
Figure 3: Sheet plate Figure 4: Sheet Coil
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B. CUTTING
Cutting follow the detail figure, dimension in approved shop drawings.
1. Machines:
• Steel cutting maniche CNC: Equipment system software, the CNC cutting, drawing CSD, with the automatic,
automatic programming, cutting simulation, cost calculation,… cutting steel curved shape.
• CNC Cutting Machine: cutting system with 10 cutting heads are parallel, cut steel with thickness of 18mm, 20mm,
24mm, …
• Hydraulic Cutting Machine: cutting steel as straight and oplique, maximum thickness is 16mm
Figure 5: CNC Cutting Machine Figure 6: HYDRAULIC Cutting Machine
2. Performance:
• Steel plate is accurately marked following detail drawing.
• Steel plate is moved to the position to cut by the crane, and only cut after checking the accurate position.
• Completed products after cutting are piled as predetermined position to prepare for shaped press.
3. Checking
• Demension: length, width are accurate as detail demension of each product after cutting.
• The edge of steel plate has to be straight, even.
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C. ASSEMBLING
1. Machines:
• Vertical Assembling Machine by a hydraulic system presses one flange plate, one web plate welded
automatically to make building components even and oblique.
• Horizontal Assembling Machine by two hydraulic systems presses 2 flange plate and one web plate welded
automatically to make structural members even, oblique.
Figure 7: Hydraulic Assembling Machine Figure 8: Hydraulic Assembling Machine
2. Performance:
• Each flange and web are pressed by the crane.
• After welding to locate a face of flange, structural member is turned up to press and weld the remained flange.
• The building components are welded with the distance from 300 - 400 mm a position.
• The shaped building components are gatherd to weld area to prepare for continual weld period.
3. Checking:
• Demension: length, width are accurate as detail demension of each structural member after shaping.
• The joints of flange and web are straight, flat, even weld line.
• Flange & web plate are perpendicular and equal together.
• The touch between flange and web is tight, the gap does not exceed 2mm.
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D. WELDING
1. Machines:
• Automatic welding machine: welded to wings anh abdomen, used for sodering the components are to equals
and oblique.
• Automatic wheel weld machine: cling on the web of building components by magnetic force, permanent magnet
and the wheels to weld building components equal, oblique and curved …
Figure 9: Automatic Wheel Welding Machine Figure 10: Automatic Welding Machine
2. Performance:
• The building components are welded by automatic weld line.
• The building components after welding a face are turned up to weld other face until welding 4 faces completely.
• The welded building components are gatherd to mould area to prepare for straight mould period.
3. Checking:
• Welding line has to be straight, evenly. Weld joints have to tight on the flange and web.
• Testing the height of weld line as design drawing and as the standards in Vietnam Standard of Steel Structure.
• The defects, damages must be found and repaired before transfering to next period.
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E. STRAIGHTENING
1. Machines:
• Vertical hydraulic mould machine used for vertical building components. Repairing, moulding beam flange is
deformed after welding.
• Cross hydraulic mould machine used for vertical & curved building components. Repairing, moulding beam
flange is deformed after welding.
Figure 11: Hydraulic Mould Machine
2. Performance:
• Building components after continual weld, the flange is deformed because of temperature effect.
• Using mould machine mould procedure suitably based on curved or straight building components.
• Building components after moulding are gathered to completing area to complete weld period of sub-details,
making hole …
3. Checking:
• The flange plate after moulding has to be straight, flat.
• Flange & web plate are perpendicular and equal together.
F. FINISHED WELDING:
1. Machines:
• CO2 gas and wire weld machine: used for welding the small details such as stifferner, pate.
• Magnetic field driller, hydraulic hole bore machine are used to locate the holes on structural members.
2. Performance:
• Building components after moulding are complted sub-detals such as: stifferner, purlin pate, braced beam, making
holes of purlins, beam,…
• Building components after completion.
3. Checking:
• All details must be installed fully, following dimension and location.
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G. SHOT BLASTING AND SURFACE CLEANING:
1. Machines:
• Surface of building components is cleaned by a system of automatic shot blasting.
• Building components are in and out shot blasting by a automatic roller.
• Standard of cleaning surface is SA 2.0.
Figure 12: Cleaning Surface Figure 13: Shot Blasting Machine
2. Performance:
• Conducting the welding cinder, cutting cinder by the grinder. After completion, building components will be
cleaned.
• Building components after grind are gathered to the area of cleaning surface by crane and move to the location of
cleaning surface by the roller.
• Cleaning surface of structural members may be at the same time.
• The period of cleaning surface must be even, building components have to be cleaned all locations of surface.
• After cleaning surface, all building components are gathered to painting area to prepare for paiting period.
3. Checking:
• Building components after cleaning surface must be clear, not be rust, …
• Building components after cleaning surface must be paint a primer coat to prevent the oxidation making building
components surface rust.
Figure 14: Product After Shot Blasting
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H. PAINTING:
1. Machines:
• Fang bolt steam-engine with the capacity of 50HP provides the steam to all paiting parts.
• The system of half-automatic paint maching.
• The machine to test thickness of electrical piant.
2. Performance:
• Building components surface before painting must be dry.
• Paint each coat and overall paint.
• After each dried painting coat, testing thickness of paint before painting next coat.
3. Checking:
• Period of waiting dried surface is 6 hours.
• Thickness of each coat of paint is as design drawing.
Figure 15: Completed Products
I. CHECKING AND STORAGE:
Building components after completed paint are tested one more before handing over warehouse deparment to
gather to the storage for delivery to the building site.
Figure 16: Completed Products
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CONSTRUCTION CAPACITY
� THE STAGES OF CONSTRUCTION
1. Receiving and storage of construction materials.
� The receipt of materials is strictly controlled, to avoid the maximum lack or excess of the materials in the
construction.
� Preservation of materials ia a very important part to ensure supplies are not warped and scratched paint.
� Check the materials carefully prior to installation.
2. Installation of foundation bolts.
� Tri Viet Steel Buildings to focus investment in equipment to installation of foundation bolts, this is the important
part directly affecting the deployment and installation the rafter as well as quality of construction.
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3. Erection of main frame.
� As part of the main installation of pre-engineered steel buildings, to the coordination and ensure 100%
accuracy on right angle, height, plane.
� The equipment such as: Truck cranes, forklifts, meter theodolite, laser projectors,…are used throughout
the installation process.
� The protective equipment safety to ensure the best, especially with the requirements of construction
work on high.
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4. Install roof religious.
� The erection of the roff religion was conducted after the main frame erection complete and accrurate
alignment, the bolts, tie bars have been closely tied.
� Roof to be installed and calibration very carefully, for ensure to quality and aesthetic of construction.
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5. Install religious wall.
� With the installation of the same religious roof, but a shorter length of aperture.
� Requires the good combination about installation of the wall with respect to building concrete.
6. Complete construction.
� As the final work to complete the steel buildings, wich requires meticulous checking, precision made
stages.
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� CONSTRUCTION SCHEDULE
� Construction period: The close coordination between divisions, departments to ensure for the period of
construction works completed.
� The plan to ensure progress: Employee monitoring construction schedule will be updated and reported
regularly, there are plans for additional reserves to ensure the contract schedule.
� CONSTRUCTION SAFETY
� Safety Department was held with strict regulations on labor safety regulations for workers, have regulations to
control from production to construction and installation.
� Equipment safety is the maximum investment, operation monitoring occupational safety and always updated
regularly arranged throughout the building works.
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EQUIPMENT MANUFACTURING
� The plant facilities and equipment of factory Tri Viet Steel Buildings include the following:
NO. EQUIPMENT QUATITY
1 CNC Oxy-Gas Seamless 10 head 1
2 Machine cut steel plate hydraulic 7.5m 1
3 Machine cut steel plate hydraulic 2.5M. 1
4 Automatic pressure forming machine and welding steel components
combined engagement 1
5 Automatic vending machines and presses the limits of structural steel
combination 1
6 Automatic arc welding port 1.000VA sink. 4
7 Turtle semiautomatic arc welding sink. 10
8 Gas welding machine welding wire used 500 VA. 20
9 Straight bending machine auto components. 1
10 Whip hand edge 2
11 From drilling 2
12 CNC beam drill head 1
13 Steam machine screw 30 and 50 HP. 2
14 Structure at the 3 tons, 5 tons, 8 tons 12
15 Beam – Cutting machine 1
16 Punching machine code version.. 2
17 Butt hole drilling machine. 1
18 Blasting Machine 1
19 Hand sanding grinding machines for professional use. 15
20 Industrial paint spraying machine 6
21 Paint thickness gauge 1
22 Electronic Weighing 5 tons 1
23 Machine 100 tons of furnace 1
24 Machine unexpected holes 3
25 Amada Cutting beams 1
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EXPERIENCE THE IMPLEMENTATION OF THE STEEL BUILDINGS
NO. PROJECT’S NAME CUSTOMER AREA
(M2)
CONTRACT
VALUE (VND) YEAR
1 OMEXEY Funiture Factory TAIWAN 31,920 7,722,922,000 2004
2 CHEMPACK-VINA Nylon- Factory KOREA 13,125 13,150,000,000 2004
3 FORMOSA- TAFFETA Factory TAIWAN 19,032 30,900,100,000 2005
4 GOLDEN FORTUNE Funiture Factory TAIWAN 72,915 17,799,560,000 2005
5 SON HA Factory VIETNAM 10,350 6,634,000,000 2005
6 JRD Motor Car Factory MALAYSIA 26,640 9,723,600,000 2005
7 TOA VIET NAM Paint Factory THAILAND 12,135 2,935,977,000 2005
8 HANG PHU Funiture Factory TAIWAN 22,229 10,197,000,000 2007
9 VIET NGU Frozen Processing Factory VIETNAM 3,985 2,402,700,000 2007
10 WORLDTEC VINA Factory KOREA 26,880 8,457,478,000 2007
11 TAN THUAN THANH Packing Factory VIETNAM 2,659 5,549,000,000 2007
12 GOLDEN PACIFIC Factory TAIWAN 9,959 3,866,000,000 2007
13 DONA STANDARD FOOTWEAR Factory HONGKONG 35,654 13,429,000,000 2007
14 PHUONG NAM Factory VIETNAM 3,954 7,389,000,000 2007
15 KINGJIM Factory JAPAN 18,000 8,395,000,000 2007
16 CONNEEX-AIKO Factory SINGAPORE 11,070 3,949,000,000 2007
17 MIJU VINA Factory KOREA 5,000 3,620,000,000 2008
18 CS WIND-TOWER Factory KOREA 17,520 6,576,000,000 2008
19 UNI PRESIDENT Factory TAIWAN 11,812 5,698,000,000 2008
20 KIM TIN MDF Factory VIETNAM 15,628 15,750,000,000 2008
21 MAPLETREE phase 2 Warehouse SINGAPORE 87,247 42,968,000,000 2008
22 KIRIN ACECOOK Factory JAPAN 14,676 11,000,000,000 2008
23 HA TIEN Cement Factory VIETNAM 5,500 4,600,000,000 2008
24 BACH TUYET Factory VIETNAM 10,000 7,342,000,000 2008
25 LIKSIN Factory VIETNAM 17,600 14,417,000,000 2009
26 MAPLETREE phase 1 Warehouse SINGAPORE 27,135 15,128,000,000 2009
27 EVER-METRO Factory KOREA 4,500 2,570,000,000 2009
28 DONG HOA Factory TAIWAN 7,000 4,680,000,000 2009
29 HOA PHAT Factory VIETNAM 13,400 8,670,000,000 2009
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NO. PROJECT’S NAME CUSTOMER AREA
(M2)
CONTRACT
VALUE (VND) YEAR
30 HUNG CA Factory VIETNAM 10,148 5,644,539,000 2009
31 DAM PHU MY Port Factory VIETNAM 7,227 6,533,000,000 2009
32 HA NOI BEER Factory VIETNAM 11,251 9,240,000,000 2009
33 HUNG VUONG TAY NAM Factory VIETNAM 11,000 11,860,000,000 2009
34 TINH BIEN Supermaket VIETNAM 9,000 4,650,000,000 2009
35 TAN MAI Warehouse VIETNAM 7,790 16,900,000,000 2009
36 AN HUNG TUONG Factory VIETNAM 13,230 12,517,104,600 2010
37 MASSAN Factory VIETNAM 7.300 21.910.950.409 2010
38 PTSC VUNG TAU Workshop VIETNAM 1.300 5.335.705.336 2010
39 ANG SON CEMENT Factory II VIETNAM 2.100 Tons 53.122.616.000 2010
40 TAN SON NHAT Airport VIETNAM 200 Tons 7.276.500.000 2010
41 BUON MA THUOT Airport VIETNAM 600 Tons 19.337.512.400 2010
42 KIM KHANG Factory VIETNAM 5.616 5.509.900.000 2011
43 QUYNH QUANG Factory VIETNAM 3.712 2,706,184,372 2011
44 ICHIBAN Workshop JAPAN 2.800 3,260,000,000 2011
45 JIMMY FOOD Workshop VIETNAM 12.464 2,635,300,000 2011
46 AN THINH SG Workshop VIETNAM 3.359 2,572,247,000 2011
47 PARK CORP Warehouse VIETNAM 21.883 15,864,959,705 2011
48 FIRST SOLAR Factory USA 116.000 4,711,141,435 2011
49 DAI DONG TIEN Plastic Factory VIETNAM 7.200 9,260,000,000 2011
50 TAFOCO Trade Center VIETNAM 523 tons 17,959,964,631 2012
51 MERCEDES BENZ Factory GERMANY 3.796/320 tons 20,800,890,000 2012
52 POUHUNG TAY NINH Workshop TAIWAN 1.375 tons 25,726,831,808 2012
53 SUNRISE CITY (Canopy) VIETNAM 35 tons 1,079,822,419 2012
54 NGUYEN THI DINH Stadium VIETNAM 66 tons 2,453,273,415 2012
55 PTSC VUNG TAU Workshop 2 VIETNAM 5.000/200 tons 9,505,353,000 2012
56 BITEXCO (Steel Plate of Garage) VIETNAM 110 tons 4,750,000,000 2013
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TYPICAL PROJECTS Some typical projects has executed and is executing for 2004 – 2012:
Area : 31.920 m2.
OMEXEY FURNITURE FACTORY Location : Tan Uyen, Binh Duong.
Area : 18.960 m2
TAFETA FOMOSA FACTORY Location : Nhon Trach IP, Dong Nai province.
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Area : 13.125 m2
NYLON CHEMPACK-VINA FACTORY Location : Tam Phuoc IP, Long Thanh, Dong Nai.
Area : 25.500 m2.
HIGH POINT WORKSHOP Location : Tan Uyen, Binh Duong province.
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Area : 15.628 m2
KIM TIN MDF FACTORY Location : Phuoc Long, Binh Phuoc province.
Area : 26.640 m2
JRD OTO MANUFACTORY Location: An My, Tuy An, Phu Yen province.
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Area : 114.382 m2.
MAPLETREE VIETNAM WAREHOUSE Location : VSIP II, Binh Duong province.
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Area : 14.676 m2.
KIRIN-ACECOOK FACTORY Location : My Phuoc II IP, Binh Duong province.
Area : 18.000 m2.
KINGJIM FACTORY Location : My Phuoc III IP, Binh Duong province.
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TOA PAINT
VIET NAM FACTORY
Area : 12.135 m
2.
Location: Tan Dong Hiep A
IP, Binh Duong province.
Area : 17,600 m2.
LIKSIN PACKAGE WORKSHOP Location : Duc Hoa, Long An province.
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Area : 13,400 m2.
HOA PHAT BINH DUONG STEEL FACTORY Location : Song Than IP, Binh Duong province.
BACH TUYET PAINT
FACTORY
Area : 10.000 m
2.
Location: Hiep Phuoc IP,
Nha Be, HCM City.
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Area : 10,148 m2.
HUNG CA COLD STORE - FACTORY Location: Sa Dec, Dong Thap province.
Area : 11,812 m
2.
UNI PRESIDENT FACTORY Location : Binh Duong province.
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Area : 11,251 m2.
HA NOI BEER FACTORY (CARLSBERG BEER) Location : Phu My, Vung Tau province.
Area : 5.000 m2.
MIJU VINA FACTORY Location : Nhon Trach IP, Dong Nai province.
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Area : 11,000 m2.
HUNG VUONG TAY NAM WAREHOUSE Location : Sa Dec, Dong Thap province.
Area : 10,350 m2.
SON HA OFFICE - FACTORY Location : Bien Hoa city, Dong Nai province.
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Area : 7.300 m2.
MASAN FACTORY Location: Di An, Binh Duong province.
TAN SON NHAT AIRPORT Workload : 200 Tons.
BILLBOARD & SHELVES Location : Ho Chi Minh city.
Company Profile
42
Workload : 200 Tons.
ANG SON II CEMENT FACTORY Location : Van Ninh, Quang Ninh, Quang Binh province.
Area : 1.300 m2
PTSC VUNG TAU WAREHOUSE Location : Vung Tau city.
Company Profile
43
BUON MA THUOT AIRPORT Workload: 600 Tons.
PASSENGER SHELTERS Location : Buon Ma Thuot city, Daklak province.
Area : 3.712 m2
QUYNH QUANG WORKSHOP Location : Ho Chi Minh City.
Company Profile
44
TAY NINH KUO YUEN
BATING FACTORY
Area : 13. 469 m2
Location : Tay Ninh province.
FIRST SOLAR FACTORY
Area : 116. 000 m2
Location : Cu Chi, Ho Chi Minh City.
Company Profile
45
Area : 5.616 m2.
KIM KHANG STEEL FACTORY Location : Long An province.
DAI DONG TIEN
PLASTIC FACTORY
Area: 7.200 m2
Location : Nhon Trach IP, Dong
Nai province.
Company Profile
46
Area : 21.883 m2
PARKCORP FACTORY Location : Tra Vinh province
Area: 5000 m
2 – Workload: 200 tons.
PTSC 2 WORKSHOP Location : Vung Tau city.
Company Profile
47
Workload : 66 tons.
NGUYEN THI DINH STADIUM Location : Binh Tan district, Ho Chi Minh city.
Workload: 523 tons.
TAFOCO TRADE CENTER Location : Ho Chi Minh city.
Company Profile
48
Area: 3.976 m2 - Workload: 320 tons
MERCEDES – BENZ FACTORY Location : Ho Chi Minh City.
Workload: 1.375 tons.
POUHUNG WORKSHOP Location: Cha La IP, Tay Ninh province.
Company Profile
49
� Some other projects.
An Hung Tuong Factory Cargill Workshop Dona Footwear Factory
Dong Hoa Workshop Trade Center Nam Ky Khoi Nghia Goldens Workshop
Golden Fotuner Factory Ichiban Workshop Le Merian
Sunrise City Nguyen Kim Supermarket Phuong Nam Pulp Mills Tower
Plus Garage Tay Ninh for Lease Workshop Park Corp Tien Giang Tower
Pepsi Co. Workshop Huada Factory Hung Dong Plastic Factory
Company Profile
50
CUSTOMERS & PARTNERS.
Customer.
Partners.
Company Profile
51
TRI VIET STEEL BUILDINGS CO., LTD
� Head office & factory: 4B, Khanh Binh, Tan Uyen, Binh Duong province. Tel: (+84.650) 365 3080 - Fax: (+84.650) 365 3079 Email: [email protected]
� Representative office: 386/15 Le Van Sy St., W. 14, Dist. 3, HCM city. Tel: (+84.8) 3526 0218 - Fax: (+84.8) 3526 0219 Website: www.trivietsteel.com.vn