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Acecook Vietnam is developing the Thang Long Factory at Thang Long II Industrial Park, Hung Yen Province. With a total investment of approximately VND 2.2 trillion (equivalent to nearly USD 87 million) across a 10-hectare site, the project is among the largest food manufacturing developments currently underway in Northern Vietnam.
Acecook Vietnam Factory at Thang Long II Industrial Park, Hung Yen Province, with a total investment of approximately VND 2.2 trillion (equivalent to nearly USD 87 million) across a 10-hectare
The project comprises modern production facilities and administrative offices, equipped with five production lines for instant noodles and semi-finished products, with a designed capacity of up to 750 million product packages per year. Scheduled to commence operations in January 2027, the Thang Long Factory will become Acecook Vietnam’s 14th manufacturing facility nationwide and its third factory in Northern Vietnam.
SEICO is honored to have been selected by the project owner to undertake the steel structure scope of the project.
SEICO provides the project's integrated steel structure and cladding solution package
For modern food manufacturing facilities, the steel structure system serves not only as the primary load-bearing framework but must also satisfy stringent technical requirements regarding production space, equipment loads, MEP systems, and construction schedules. In particular, highly automated production lines require large clear-span layouts with minimal internal columns, providing optimal conditions for equipment arrangement and efficient manufacturing operations.
Drawing on extensive experience in the design, fabrication, and erection of steel structures for large-scale industrial projects, SEICO delivers integrated structural solutions engineered to ensure load-bearing performance, fabrication precision, and installation efficiency. This contributes to meeting project requirements for quality, schedule adherence, and long-term operational reliability.
SEICO delivers solutions that meet the project's stringent technical requirements and construction schedule demands
The Thang Long Factory forms part of Acecook Vietnam’s long-term development strategy, aimed at modernizing production, expanding manufacturing capacity, and integrating digital transformation and green transformation initiatives to strengthen its competitiveness in both domestic and international markets..
3D Rendering of Acecook's Thang Long Factory Project in Hung Yen Province
Being selected to participate in this project further affirms SEICO’s capability to meet the technical standards and execution requirements of modern industrial developments, while partnering with investors to create the next generation of manufacturing facilities in Vietnam.
SEICO - True steel - Complete Trust
-------------------
SEICO STEEL
Website: http://seico.vn
Email: hnsales@seico.vn
YouTube: www.youtube.com/@SEICOJSC
LinkedIn: SEICO JSC trên LinkedIn
NHÀ MÁY SỐ 1
- (+84) 904 397 077 (Mr. Hưng)
- (+84) 916 688 189 (Mr. Hiếu)
- Quốc lộ 5, xã Mao Điền, TP. Hải Phòng
NHÀ MÁY SỐ 2
- (+84) 904 397 077 (Mr. Hưng)
- (+84) 916 688 189 (Mr. Hiếu)
- Lô CN7-2 KCN Tân Trường, xã Mao Điền, TP. Hải Phòng
VĂN PHÒNG HỒ CHÍ MINH
- (+84) 963 958 288 - Mr. Phong
- Email: phong.tran@seico.vn
- 206, đường Cộng Hòa, phường Bảy Hiền, TP. Hồ Chí Minh
VĂN PHÒNG THÁI LAN
- (+84) 916 030 588 - Mr. Nam
- (+66) 957 084 115 - Mr. Huy
- thaisales@seico.vn
- Tầng 9, Thanapoom Towers, đường New Petchburi, Makkasan, Ratthewi, Bangkok, Thái Lan
VĂN PHÒNG INDONESIA
- (+62) 0821 2293 5685 - Mr. Dũng (Dennis)
- indosales@seico.vn / nguyendoandung@seico.vn
- Soho Podomoro City Unit 29/12, Letjen S. Parman Street, RT.3/RW.5, Tanjung Duren Selatan, Grogol Petamburan District, West Jakarta City, DKI Jakarta 11470
VĂN PHÒNG PHILIPPINES
- (+63) 995 440 8601 - Mr. Quang Huy
- huy.thieuquang@seico.vn
- Phòng 305 Semicon Corporate Bldg, #50 Marcos Highway, Bgy Dela Paz, Pasig City, Philippines
THỊ TRƯỜNG NƯỚC NGOÀI
- (+84) 946 752 866 - Mr. Dũng
- nguyendoandung@seico.vn
Every year, heavy rainfall, strong winds, flooding, and landslides significantly impact the operations of factories and industrial facilities across the country.
However, most incidents during the rainy and storm season are not caused by a single heavy downpour or an unusually severe storm. Rather, they often stem from existing vulnerabilities within the facility that have not been identified and addressed in time.
1. For Operating Factories and Industrial Buildings
Before the rainy and storm season begins, facility owners should proactively conduct a comprehensive assessment of their buildings, particularly the components most exposed to rainwater and wind loads:
- Inspect the roofing system, gutters, downpipes, and the overall drainage capacity of the facility.
- Review the condition of roofing sheets, ridge caps, connection details, and potential leakage-prone areas.
- Assess the corrosion status of steel structures, the condition of protective coating systems, and areas frequently exposed to moisture.
- Check for signs of deformation, excessive deflection, or localized damage within the roof structure and primary load-bearing members.
- Evaluate potential risks associated with flooding, erosion, or site-specific topographical conditions surrounding the facility.
Inspect the overall drainage capacity of the facility.
The resilience of a building against extreme weather conditions depends not only on maintenance practices but also on the quality of its original design and engineering solutions.
Critical factors such as wind loads, roof slope, drainage design, connection details, roofing materials, steel structural systems, and corrosion protection solutions must be carefully integrated from the outset. A single inadequately designed component can lead to water ponding, leakage, accelerated corrosion, or reduced service life during operation.
In practice, many failures occurring during the rainy and storm season are not solely weather-related. They often result from steel structures, roofing systems, accessories, and protective solutions that were not designed and implemented as part of a coordinated and integrated engineering approach.
In industrial construction, a sustainable facility is not only one that meets structural design requirements but also one that can maintain safe, stable, and efficient operation under actual environmental and climatic conditions.
Roof collapse after prolonged heavy rainfall – a result of inadequate integration between architectural design and structural engineering.
2. For Projects Under Construction
The rainy and storm season also presents significant risks to construction activities if appropriate preventive measures are not implemented.
The following actions should be prioritized:
- Clean and maintain temporary drainage systems throughout the construction site.
- Reinforce areas vulnerable to erosion or landslides using appropriate measures such as sandbags, gabions, or temporary retaining systems.
- Prioritize the completion of construction activities that are most susceptible to weather-related impacts to minimize project risks.
- Inspect and strengthen temporary bracing, anchoring, and support systems to ensure the stability of structures and equipment on site.
- Develop emergency response plans and material protection strategies in preparation for severe weather events and storm warnings.
Before the rainy season, businesses should proactively inspect and assess the overall condition of their facilities.
The rainy and storm season serves as a real-world test of a facility's design quality, construction standards, and maintenance practices. Thorough preparation today is the key to ensuring safe, reliable, and sustainable operations in the years ahead.
SEICO - True Steel - Complete Trust
-------------------
SEICO STEEL
Website: http://seico.vn
Email: hnsales@seico.vn
YouTube: www.youtube.com/@SEICOJSC
LinkedIn: SEICO JSC trên LinkedIn
Every year, heavy rainfall, strong winds, flooding, and landslides significantly impact the operations of factories and industrial facilities across the country.
However, most incidents during the rainy and storm season are not caused by a single heavy downpour or an unusually severe storm. Rather, they often stem from existing vulnerabilities within the facility that have not been identified and addressed in time.
1. For Operating Factories and Industrial Buildings
Before the rainy and storm season begins, facility owners should proactively conduct a comprehensive assessment of their buildings, particularly the components most exposed to rainwater and wind loads:
- Inspect the roofing system, gutters, downpipes, and the overall drainage capacity of the facility.
- Review the condition of roofing sheets, ridge caps, connection details, and potential leakage-prone areas.
- Assess the corrosion status of steel structures, the condition of protective coating systems, and areas frequently exposed to moisture.
- Check for signs of deformation, excessive deflection, or localized damage within the roof structure and primary load-bearing members.
- Evaluate potential risks associated with flooding, erosion, or site-specific topographical conditions surrounding the facility.
Inspect the overall drainage capacity of the facility.
The resilience of a building against extreme weather conditions depends not only on maintenance practices but also on the quality of its original design and engineering solutions.
Critical factors such as wind loads, roof slope, drainage design, connection details, roofing materials, steel structural systems, and corrosion protection solutions must be carefully integrated from the outset. A single inadequately designed component can lead to water ponding, leakage, accelerated corrosion, or reduced service life during operation.
In practice, many failures occurring during the rainy and storm season are not solely weather-related. They often result from steel structures, roofing systems, accessories, and protective solutions that were not designed and implemented as part of a coordinated and integrated engineering approach.
In industrial construction, a sustainable facility is not only one that meets structural design requirements but also one that can maintain safe, stable, and efficient operation under actual environmental and climatic conditions.
Roof collapse after prolonged heavy rainfall – a result of inadequate integration between architectural design and structural engineering.
2. For Projects Under Construction
The rainy and storm season also presents significant risks to construction activities if appropriate preventive measures are not implemented.
The following actions should be prioritized:
- Clean and maintain temporary drainage systems throughout the construction site.
- Reinforce areas vulnerable to erosion or landslides using appropriate measures such as sandbags, gabions, or temporary retaining systems.
- Prioritize the completion of construction activities that are most susceptible to weather-related impacts to minimize project risks.
- Inspect and strengthen temporary bracing, anchoring, and support systems to ensure the stability of structures and equipment on site.
- Develop emergency response plans and material protection strategies in preparation for severe weather events and storm warnings.
Before the rainy season, businesses should proactively inspect and assess the overall condition of their facilities.
The rainy and storm season serves as a real-world test of a facility's design quality, construction standards, and maintenance practices. Thorough preparation today is the key to ensuring safe, reliable, and sustainable operations in the years ahead.
SEICO - True Steel - Complete Trust
-------------------
SEICO STEEL
Website: http://seico.vn
Email: hnsales@seico.vn
YouTube: www.youtube.com/@SEICOJSC
LinkedIn: SEICO JSC trên LinkedIn
Every year, heavy rainfall, strong winds, flooding, and landslides significantly impact the operations of factories and industrial facilities across the country.
However, most incidents during the rainy and storm season are not caused by a single heavy downpour or an unusually severe storm. Rather, they often stem from existing vulnerabilities within the facility that have not been identified and addressed in time.
1. For Operating Factories and Industrial Buildings
Before the rainy and storm season begins, facility owners should proactively conduct a comprehensive assessment of their buildings, particularly the components most exposed to rainwater and wind loads:
- Inspect the roofing system, gutters, downpipes, and the overall drainage capacity of the facility.
- Review the condition of roofing sheets, ridge caps, connection details, and potential leakage-prone areas.
- Assess the corrosion status of steel structures, the condition of protective coating systems, and areas frequently exposed to moisture.
- Check for signs of deformation, excessive deflection, or localized damage within the roof structure and primary load-bearing members.
- Evaluate potential risks associated with flooding, erosion, or site-specific topographical conditions surrounding the facility.
Inspect the overall drainage capacity of the facility.
The resilience of a building against extreme weather conditions depends not only on maintenance practices but also on the quality of its original design and engineering solutions.
Critical factors such as wind loads, roof slope, drainage design, connection details, roofing materials, steel structural systems, and corrosion protection solutions must be carefully integrated from the outset. A single inadequately designed component can lead to water ponding, leakage, accelerated corrosion, or reduced service life during operation.
In practice, many failures occurring during the rainy and storm season are not solely weather-related. They often result from steel structures, roofing systems, accessories, and protective solutions that were not designed and implemented as part of a coordinated and integrated engineering approach.
In industrial construction, a sustainable facility is not only one that meets structural design requirements but also one that can maintain safe, stable, and efficient operation under actual environmental and climatic conditions.
Roof collapse after prolonged heavy rainfall – a result of inadequate integration between architectural design and structural engineering.
2. For Projects Under Construction
The rainy and storm season also presents significant risks to construction activities if appropriate preventive measures are not implemented.
The following actions should be prioritized:
- Clean and maintain temporary drainage systems throughout the construction site.
- Reinforce areas vulnerable to erosion or landslides using appropriate measures such as sandbags, gabions, or temporary retaining systems.
- Prioritize the completion of construction activities that are most susceptible to weather-related impacts to minimize project risks.
- Inspect and strengthen temporary bracing, anchoring, and support systems to ensure the stability of structures and equipment on site.
- Develop emergency response plans and material protection strategies in preparation for severe weather events and storm warnings.
Before the rainy season, businesses should proactively inspect and assess the overall condition of their facilities.
The rainy and storm season serves as a real-world test of a facility's design quality, construction standards, and maintenance practices. Thorough preparation today is the key to ensuring safe, reliable, and sustainable operations in the years ahead.
SEICO - True Steel - Complete Trust
-------------------
SEICO STEEL
Website: http://seico.vn
Email: hnsales@seico.vn
YouTube: www.youtube.com/@SEICOJSC
LinkedIn: SEICO JSC trên LinkedIn
Every year, heavy rainfall, strong winds, flooding, and landslides significantly impact the operations of factories and industrial facilities across the country.
However, most incidents during the rainy and storm season are not caused by a single heavy downpour or an unusually severe storm. Rather, they often stem from existing vulnerabilities within the facility that have not been identified and addressed in time.
1. For Operating Factories and Industrial Buildings
Before the rainy and storm season begins, facility owners should proactively conduct a comprehensive assessment of their buildings, particularly the components most exposed to rainwater and wind loads:
- Inspect the roofing system, gutters, downpipes, and the overall drainage capacity of the facility.
- Review the condition of roofing sheets, ridge caps, connection details, and potential leakage-prone areas.
- Assess the corrosion status of steel structures, the condition of protective coating systems, and areas frequently exposed to moisture.
- Check for signs of deformation, excessive deflection, or localized damage within the roof structure and primary load-bearing members.
- Evaluate potential risks associated with flooding, erosion, or site-specific topographical conditions surrounding the facility.
Inspect the overall drainage capacity of the facility.
The resilience of a building against extreme weather conditions depends not only on maintenance practices but also on the quality of its original design and engineering solutions.
Critical factors such as wind loads, roof slope, drainage design, connection details, roofing materials, steel structural systems, and corrosion protection solutions must be carefully integrated from the outset. A single inadequately designed component can lead to water ponding, leakage, accelerated corrosion, or reduced service life during operation.
In practice, many failures occurring during the rainy and storm season are not solely weather-related. They often result from steel structures, roofing systems, accessories, and protective solutions that were not designed and implemented as part of a coordinated and integrated engineering approach.
In industrial construction, a sustainable facility is not only one that meets structural design requirements but also one that can maintain safe, stable, and efficient operation under actual environmental and climatic conditions.
Roof collapse after prolonged heavy rainfall – a result of inadequate integration between architectural design and structural engineering.
2. For Projects Under Construction
The rainy and storm season also presents significant risks to construction activities if appropriate preventive measures are not implemented.
The following actions should be prioritized:
- Clean and maintain temporary drainage systems throughout the construction site.
- Reinforce areas vulnerable to erosion or landslides using appropriate measures such as sandbags, gabions, or temporary retaining systems.
- Prioritize the completion of construction activities that are most susceptible to weather-related impacts to minimize project risks.
- Inspect and strengthen temporary bracing, anchoring, and support systems to ensure the stability of structures and equipment on site.
- Develop emergency response plans and material protection strategies in preparation for severe weather events and storm warnings.
Before the rainy season, businesses should proactively inspect and assess the overall condition of their facilities.
The rainy and storm season serves as a real-world test of a facility's design quality, construction standards, and maintenance practices. Thorough preparation today is the key to ensuring safe, reliable, and sustainable operations in the years ahead.
SEICO - True Steel - Complete Trust
-------------------
SEICO STEEL
Website: http://seico.vn
Email: hnsales@seico.vn
YouTube: www.youtube.com/@SEICOJSC
LinkedIn: SEICO JSC trên LinkedIn