Tổng quan về seico

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

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

Mỗi năm, mưa lớn, bão mạnh, ngập úng và sạt lở đất đều gây ra những tác động đáng kể đến hoạt động sản xuất của các nhà máy, nhà xưởng trên cả nước.

Tuy nhiên, phần lớn sự cố trong mùa mưa bão không xuất phát từ một trận mưa lớn hay cơn bão bất thường, mà đến từ những điểm yếu đã tồn tại trên công trình nhưng chưa được phát hiện và xử lý kịp thời.

1. Đối với nhà máy, nhà xưởng đang vận hành

Trước mùa mưa bão, doanh nghiệp nên chủ động rà soát và đánh giá tổng thể hiện trạng công trình, đặc biệt là các hạng mục chịu ảnh hưởng trực tiếp của nước mưa và gió bão:

• Kiểm tra hệ thống mái, máng xối, ống thoát nước và khả năng thoát nước tổng thể của công trình.
• Rà soát tình trạng tôn lợp, tôn úp nóc, các vị trí liên kết và các điểm có nguy cơ thấm dột.
• Đánh giá hiện trạng ăn mòn của kết cấu thép, chất lượng lớp sơn bảo vệ và các khu vực thường xuyên tiếp xúc với môi trường ẩm ướt.
• Kiểm tra các dấu hiệu biến dạng, võng bất thường hoặc hư hỏng cục bộ của hệ kết cấu mái và kết cấu chịu lực.
• Đánh giá nguy cơ ngập úng, xói lở hoặc ảnh hưởng từ địa hình khu vực xung quanh nhà máy.

Thường xuyên rà soát khả năng thoát nước tổng thể của công trình.

Tuy nhiên, khả năng chống chịu của công trình trước điều kiện thời tiết khắc nghiệt không chỉ phụ thuộc vào công tác bảo trì, mà còn được quyết định từ giai đoạn thiết kế và lựa chọn giải pháp kỹ thuật.

Các yếu tố như tải trọng gió, độ dốc mái, phương án thoát nước, giải pháp liên kết, vật liệu tôn lợp, hệ kết cấu thép và lớp bảo vệ chống ăn mòn cần được tính toán đồng bộ ngay từ đầu. Chỉ một mắt xích chưa được lựa chọn phù hợp cũng có thể dẫn đến các hiện tượng đọng nước, thấm dột, ăn mòn hoặc làm suy giảm tuổi thọ công trình trong quá trình vận hành.

Thực tế cho thấy, nhiều sự cố xảy ra trong mùa mưa bão không đơn thuần đến từ yếu tố thời tiết mà xuất phát từ việc các hạng mục kết cấu thép, tôn lợp, phụ kiện và giải pháp bảo vệ công trình chưa được thiết kế và triển khai theo một giải pháp tổng thể, đồng bộ.

Trong xây dựng công nghiệp, một công trình bền vững không chỉ đáp ứng yêu cầu chịu lực theo thiết kế mà còn phải duy trì khả năng vận hành ổn định, an toàn và hiệu quả trong điều kiện khí hậu thực tế của từng khu vực.

Mái của một công trình bị sập sau thời gian mưa lớn kéo dài - Hậu quả của việc không đồng bộ thiết kế kiến trúc và kết cấu

2. Đối với các công trình đang thi công

Mùa mưa bão cũng là giai đoạn tiềm ẩn nhiều rủi ro đối với công tác thi công nếu không có biện pháp phòng ngừa phù hợp.

Các hạng mục cần được ưu tiên thực hiện bao gồm:

• Nạo vét và duy trì thông suốt hệ thống thoát nước tạm trên công trường.
• Gia cố các khu vực có nguy cơ sạt lở, xói mòn bằng các biện pháp phù hợp như bao tải cát, rọ đá hoặc hệ thống chắn đất tạm.
• Ưu tiên hoàn thành các hạng mục dễ bị ảnh hưởng bởi mưa bão nhằm hạn chế rủi ro phát sinh trong quá trình thi công.
• Kiểm tra và bổ sung hệ thống giằng, neo, chống tạm để đảm bảo ổn định cho kết cấu và thiết bị trên công trường.
• Xây dựng phương án ứng phó thời tiết cực đoan và kế hoạch bảo vệ vật tư, thiết bị khi có cảnh báo mưa bão.

Trước mùa mưa bão, doanh nghiệp nên chủ động rà soát và đánh giá tổng thể công trình 

Mùa mưa bão là phép thử thực tế đối với chất lượng thiết kế, thi công và công tác bảo trì công trình. Sự chuẩn bị kỹ lưỡng ngay từ hôm nay chính là yếu tố quyết định khả năng vận hành an toàn, ổn định và bền vững của công trình trong tương lai.

SEICO - Chuẩn chất thép - Trọn niềm tin 

-------------------

SEICO STEEL

Website: http://seico.vn

 Email: hnsales@seico.vn

 YouTube: www.youtube.com/@SEICOJSC

 LinkedIn: SEICO JSC trên LinkedIn

Vietnam continues to strengthen its position as one of the region’s most attractive destinations for foreign direct investment (FDI). During the first four months of 2026, total registered FDI exceeded USD 18.2 billion, representing a 32% increase compared to the same period last year. More notably, disbursed FDI reached USD 7.4 billion—the highest level recorded in the past five years—demonstrating growing confidence among global corporations in Vietnam’s investment environment, manufacturing capabilities, and long-term growth potential.

The continued influx of investment is driving increasing demand for high-quality industrial infrastructure. Beyond providing production space, modern industrial facilities are now expected to meet stringent requirements for construction quality, project delivery, operational efficiency, and long-term asset durability.

At the Core5 Hai Phong high-tech logistics development, SEICO is honored to serve as the supplier of structural steel and protective coating solutions.

Against this backdrop, Hai Phong is rapidly emerging as a strategic industrial hub in Northern Vietnam. Benefiting from its international seaport system, expanding transportation network, and strong supply chain connectivity, the city continues to attract large-scale investments across manufacturing, logistics, and high-tech industries.

Aligned with this growth trend, the Core5 Hai Phong Phase 2 project is expected to contribute significantly to the supply of high-quality industrial and logistics facilities, supporting the increasing requirements of FDI enterprises operating in Vietnam.

SEICO is proud to have been selected as the supplier of structural steel and protective coating solutions for the project. This appointment reflects not only SEICO’s proven execution capabilities but also the confidence that project owners place in the integrated solutions we deliver to modern industrial developments.

With comprehensive capabilities spanning structural steel, steel decking, roofing systems, and corrosion protection solutions, SEICO provides more than individual products—we deliver integrated solutions that help optimize construction quality, project schedules, and long-term asset performance. This approach enables investors and developers to achieve greater efficiency while ensuring the durability and sustainability of their industrial facilities.

By delivering an integrated package of structural steel and corrosion protection systems, SEICO supports the investor in developing a high-quality industrial facility that meets international operational standards.

As FDI projects continue to demand higher standards in engineering, sustainability, and operational excellence, the ability to provide integrated solutions has become increasingly important. This is the direction SEICO remains committed to pursuing as we continue to support the evolving needs of next-generation industrial developments.

Every project represents an opportunity for SEICO to further demonstrate our commitment to partnering with investors in developing modern, sustainable, and internationally compliant industrial facilities across Vietnam.

SEICO - True steel - Complete Trust  

-------------------

SEICO STEEL

Website: https://seico.vn/en

 Email: hnsales@seico.vn

 YouTube: www.youtube.com/@SEICOJSC

 LinkedIn: SEICO JSC trên LinkedIn