Metal Buildings

Metal Buildings for Industrial, Commercial and Agricultural

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Metal Buildings Solution

Metal Buildings design from Havit Steel provides an optimized solution for your project. Our professional team is ready to serve any buildings. We can provide you with the most efficient design and construction plan, which is fast and smooth to complete construction for your steel building projects.

Metal Buildings
steel structure buildings
Steel Structure Building
Industrial

Steel Structure Building

As a new type of building system, steel structure building breaks through the boundaries of real estate, construction and metallurgical…

prefab metal building
Prefab Metal Building
Industrial

Prefab Metal Building

Prefab metal buildings are steel structures customized to meet customers' specific architectural and structural needs. All components are manufactured in…

Steel Aircraft Hangar Building
Steel Aircraft Hangar Building
Commercial

Steel Aircraft Hangar Building

In today’s aviation industry, safeguarding aircraft isn’t just about storage—it’s about ensuring operational readiness, prolonging equipment life, and complying with…

Steel Structure Frame Building
Steel Structure Frame Building
Commercial

Steel Structure Frame Building

The Steel Structure Frame Building is composed of steel beams and steel columns. The steel frame can withstand the vertical…

metal structure garage kits
Metal Structure Garage Kits
Commercial

Metal Structure Garage Kits

A garage is an essential part of your property. Nowadays, almost every family has a car, so it is crucial…

steel structure livestock buildings
Steel Structure Livestock Buildings
Agricultural

Steel Structure Livestock Buildings

Many farmers choose to use steel structures to build livestock houses, mainly because steel structure livestock buildings have many advantages…

Metal structure warehouse buildings
Metal Structure Warehouse Buildings
Industrial

Metal Structure Warehouse Buildings

Metal Structure Warehouse Buildings can better meet the needs of cargo storage and logistics turnover because steel structure buildings have…

Steel manufacturing Building
Steel Manufacturing Building
Industrial

Steel Manufacturing Building

Havit Steel designs steel manufacturing building that are tailored to meet the needs of manufacturing companies. Every manufacturing company needs…

Steel Industrial Building
Industrial

Steel Industrial Building

Steel Industrial Building designed from Havit Steel is an efficient solution for industrial facilities, whether you need to build manufacturing…

Steel Auto Shop Building
Steel Auto Shop Building
Commercial

Steel Auto Shop Building

Steel auto shop building is the ideal solution for customers who want to build an automotive workshop that can provide…

Steel Church Building
Steel Church Building
Commercial

Steel Church Building

Steel Church Building design and fabricated by the prefab steel structure, it will provide congregations with a durable and more…

Steel Cold Storage Building
Steel Cold Storage Building
Commercial

Steel Cold Storage Building

The steel cold storage building is made of steel structure and used as cold storage inside. If you plan to…

Commercial steel building
Commercial Steel Building
Commercial

Commercial Steel Building

Commercial steel building designed by Havit Steel can use for commercial purposes, including office buildings, car store buildings, retail buildings,…

Steel Carport Building
Steel Carport Building
Commercial

Steel Carport Building

With the rapid development of modern society and the economy, the number of car owners has continued to increase. At…

Steel garage building
Steel Garage Building
Commercial

Steel Garage Building

In an era where efficiency, longevity, and cost-effectiveness define the benchmarks of construction, steel garage buildings have emerged as a…

Steel Office Building
Steel Office Building
Commercial

Steel Office Building

Metal structures are an effective solution for office buildings. Each office has its unique design elements, and our engineers will…

Steel Retail Building
Commercial

Steel Retail Building

We offer steel retail buildings to help customers integrate all your local needs, and we can design the perfect layout…

Steel Sport Building
Steel Sport Building
Commercial

Steel Sport Building

Steel structures lead the way in terms of efficiency, durability, and versatility. When you want to build a steel sport…

Metal Buildings Specification

The metal buildings uses steel to form a load-bearing structure. Generally, beams, columns, trusses, and other components made of section steel and steel plates constitute a load-bearing structure, which together with roof, wall, and floor, form a building.

Compared with traditional concrete buildings, metal structure buildings use steel plates or section steel instead of reinforced concrete, higher strength, and better seismic resistance. And because the components can be manufactured in factories and installed on-site, the construction period is greatly reduced. Due to the reusability of steel, it can greatly reduce construction waste and become more environmentally friendly. Therefore, it is widely used in industrial buildings and civil buildings all over the world.

Advantage
1. Greatly save construction time. Construction is not affected by the season
2. Increase the use area of buildings, reduce construction waste and environmental pollution
3. Building materials can be reused, stimulating the development of other new building materials industries
4. Good seismic performance, easy to transform, flexible and convenient in use, bringing comfort and so on
5. High strength, lightweight, high safety and wealth of components, and lower building cost

Disadvantages:
1. Heat-resistant and non-fire-resistant, fire-resistant coatings are required
2. It is susceptible to corrosion, and the surface needs to be coated with anti-corrosion coatings to reduce or avoid corrosion and increase durability

Metal Buildings

Metal Building Kits

Steel Building Kits design from Havit Steel with advantage of Fast and Simple Construction, Wide Range Of Uses, Reasonable Cost, lower price than concrete building structure.

Metal Buildings Cladding

Metal Cladding System

Metal cladding system includes wall and roof cladding, skylight sheet, trim and flashing, gutter and downspout, insulation, which are essential components of metal building.

Metal Buildings

Steel Building Specs

Steel Building Specification provide the basic information about the Prefab Steel Building, which include Steel Warehouse, Industrial Workshop, Shed, and Garage Building.

We Are Here To Serve Any Type Of Metal Buildings

Please contact us. There’s a lot we can do for your steel building projects, small or large. Our team will provide you with the best quality construction solution

Earthquakes significantly impact buildings, and steel structures show strong reliability and anti-seismic performance under earthquakes. The seismic resistance of steel structures can withstand earthquake forces better than concrete structures. The steel structure’s lightweight, high strength and good ductility make it an ideal choice for post-earthquake reconstruction, which can protect people’s lives and reduce property losses.

Seismic Resistance of Steel Structures

Seismic Resistance of Steel Structures

Under the action of earthquakes, steel structure houses have high structural reliability due to the uniform material of the steel and easy guarantee of strength; the characteristics of lightweight and high strength make the steel structure houses light in weight, thereby reducing the earthquake effect on the system; good Excellent flexibility, so that the steel structure has a large deformation capacity, even under large deformation, it will not collapse, to ensure the seismic safety of the system.

Steel structures have better seismic performance than reinforced concrete structures and civil structures. The steel structure has high strength, lightweight, toughness, good plasticity, uniform material, and increased structural reliability.

Türkiye Earthquake


2023 is a year full of disasters. On February 6 this year, two 7.8-magnitude earthquakes occurred in Turkey within one day. On February 23, a 6.8-magnitude earthquake occurred in eastern Tajikistan. On the 6th, a magnitude 5.5 earthquake occurred in Dezhou, Shandong, China.

The hazards of earthquakes, earthquakes above magnitude six, will cause destructive disasters. Turkey’s 7.8-magnitude earthquake caused local buildings almost to disappear. What does a 7.8-magnitude earthquake feel like? A Turkish expert once said that the quake occurred at the junction of four major fault zones, and its power was equivalent to the simultaneous explosion of 130 atomic bombs. The opening work in 2023 was a devastating disaster—one of the strongest earthquakes to hit Turkey since. Overnight, thousands of buildings collapsed and were flattened, leaving tens of thousands of people homeless.

The frequent occurrence of earthquakes has made more people pay attention to them. The damage to property and life caused by the quake is enormous. What should we do in the face of a sudden earthquake so as not to panic and carry out necessary self-rescue? It is essential to have specific knowledge of shock absorbers.

How to Avoid an Earthquake

1. Master some knowledge of earthquake precursors. Be good at observation; there will be some extraordinary phenomena in the earthquake precursor, which can be used as the basis for your shock absorption to help you escape.


1) Before an earthquake, the most common thing is that animals react abnormally. It is often said that chickens fly and dogs jump, cows and horses panic, mice come out of their holes during the day, hibernating snakes come out of their holes and freeze to death outside, fish jump around, and toads come out of their holes in groups, etc.
2) Well water and groundwater are abnormal, muddy, warming, bubbling, etc.
3) Abnormal weather, sweltering heat before the earthquake, anxiety and irritability, long drought without rain or continuous rain, scattered yellow fog, dark daylight, strange winds, hail (blizzard) in June, etc.
4) Bass drum anomaly refers to the appearance of a bulge on the ground before an earthquake. Abnormalities similar to floor drums include ground fissures and ground subsidence.
5) Electromagnetic anomalies refer to the abnormalities of household appliances, such as radios, televisions, fluorescent lamps, etc., before the earthquake. The most common electromagnetic anomaly is radio failure, and it is also common for fluorescent lights to illuminate before the quake.

2. How to deal with an earthquake?

1) Indoors: People on the first floor should quickly evacuate to the outdoor open space with protective objects on their heads, and people on other feet should take refuge on the spot.
Hide under or after sturdy furniture; in rooms with load-bearing walls and small spaces, such as bathrooms, storage rooms, etc. Protect your head with your arms or a quilt, pillow, etc.
2) Outdoors: Pay attention to protecting your head, and choose an open and empty place to squat or lie down.
Avoid dangerous places or objects such as tall buildings, trees, rivers, and high-voltage lines.
3) On the way of driving: If you are driving, you should slow down, pull over and stop the car, and look for an open place to escape. After the vehicle came to a complete stop, he quickly got out of the car with his head in his arms and left to avoid it. If you are on a bus or a coach, hold on to the handrails, lower your center of gravity, and hide near your seat.
4) In the ruins: keep calm and save energy.
Remove the sundries in front of the face and chest, remove the dust near the mouth and nose, and keep breathing unobstructed.
Use a mobile phone or knock on a stone to signal distress.
5) Do not drink unboiled water after the earthquake
Earthquakes often cause water pollution. Drinking water sanitation is critical to preventing and controlling intestinal infectious diseases after disasters. Do not eat contaminated food, do not eat livestock, poultry, fish, shrimp, etc., that have died of illness or unknown cause; do not eat spoiled or moldy food; do not eat vegetables and fruits that have rotted under the ground.

3. Pay attention to prevent the occurrence of aftershocks.

Aftershocks of different sizes occur after a strong earthquake. The destructive power of aftershocks cannot be ignored. After the earthquake, many houses were damaged, and aftershocks may directly cause the houses to collapse. Aftershocks in different areas may trigger secondary disasters like landslides, rolling stones, etc. Strengthen the education of school teachers and students on earthquake prevention knowledge, improve the earthquake prevention awareness of teachers and students, facilitate the organization of shock absorption when aftershocks occur, and reduce casualties.

The earthquake in Turkey this year caused countless house collapses, which caused great harm to people’s lives and safety, and the quality and safety of buildings received special attention. General building standards must reach an earthquake resistance of magnitude eight or above. However, countless buildings collapsed in the 7.8-magnitude earthquake in Turkey, which is enough to show that the construction quality is not up to standard. The number of casualties in Turkey and Syria exceeded 23,000.

Earthquake resistance should be considered in the design of steel structure buildings.

In stark contrast, the Hunutlu power plant built by China was undamaged in the earthquake, and its power generation facilities are still operating normally. In contrast, two nearby Turkish power plants were forced to shut down due to the collapse of the plant and damaged equipment. Under such circumstances, the surrounding medical treatment, rescue, and residential electricity consumption depend on the Hunutlu Power Plant. Chinese staff worked overtime to ensure the power plant’s continuous power supply, significantly contributing to Turkey’s post-earthquake rescue work.

Objectively speaking, the geographical environment of the Hunutlu coal-fired power plant is not very good. Medium-hard soil and soft rock are the main components of the soil layer, and low mountains and hills dominate the surrounding area. The terrain has large fluctuations, with a drop of up to 80 meters. The most extensive unfavorable condition is that the site is located in the first earthquake zone in Turkey, the seismic acceleration value is 0.40g, and the seismic fortification intensity of the building has reached 9 degrees. According to my country’s building regulations, the seismic fortification intensity reaches 6 degrees, and seismic fortification must be carried out, even if the building is in Turkey. Therefore, the design unit took into account the anti-seismic problem before the start of the project. The main factory building and the supply boiler room are all steel structures, using 30,000 tons of steel. The robust steel structure undoubtedly played an essential role in this earthquake resistance.

Why Steel Structure Buildings Are Earthquake Resistant

In the mode of earthquake propagation, the surface wave has a large wavelength and strong amplitude, which is the main factor causing strong damage to buildings. In areas where earthquakes occur frequently, concrete structures with poor tensile properties are prone to overall collapse under seismic wave cyclic loading. The strength of the steel structure is about eight times the strength of concrete, and the density is only 3.2 times that of concrete. In a building of the same scale, the steel structure is lighter and can withstand less earthquake energy. Coupled with the excellent flexibility of the steel structure, the energy brought by the seismic wave can be consumed through deformation, so the steel structure can not easily collapse even with large deformation.

The anti-seismic ability of steel structure buildings has been verified repeatedly, and it is also an essential choice for post-earthquake reconstruction in many places. Many prominent facilities such as schools, hospitals, and shopping malls rebuilt after earthquakes in my country have begun to adopt steel structure buildings. Life safety, but also reduce a lot of property damage!

Requirements for Seismic Resistance of Steel Structures

Lessons from previous earthquake damages should be learned in the seismic design of steel structures. In addition to improving the resistance of the structure in terms of strength and stiffness, it is also necessary to consider how to increase the plastic deformation capacity and energy dissipation capacity of the steel structure under reciprocating loads. , and the overall consideration of reducing the earthquake effect to be economical and reliable.

Choose a site and foundation that are beneficial to building earthquake resistance:

The site affects the seismic response of the structure, and the magnitude of the seismic response of the structure determines the seismic damage of the structure. Therefore, hard medium-hard soil sites should be selected in seismic design, and remedial measures should be taken when unfavorable or dangerous areas cannot be avoided.

Choose a reasonable general layout of the structure:

1) The shape of the building should be regular. The form is relatively simple. Because of the reasonably straightforward mechanical performance, the damage to the building is relatively light when subjected to an earthquake. In the seismic design, the shape of the building is required to be regular, and the structure strives to be symmetrical to reduce the deviation between the center of mass and the center of stiffness;

2) The strength and stiffness should change continuously. The stiffness and bearing capacity of the seismic structure should be uniform in the floor plane and continuous and uniform along the structural direction; there should not be layers where the stiffness suddenly weakens to avoid “weak floors” where plastic deformation is concentrated during earthquakes. , causing severe damage.

Choose a reasonable Resistance of Steel Structures:

1) It has a clear calculation diagram and a reasonable transmission path of earthquake action;
2) The structure should have multiple anti-seismic lines
(1) The seismic structural system should be composed of several sub-systems with better elasticity and connected by connecting members with better flexibility.
(2) The seismic system should have the most significant possible number of internal and external margins and a series of favorable yield zones can be consciously established in appropriate parts of the structure so that the structure can not only absorb and dissipate a large amount of seismic energy, but also be easy to repair once damaged.
(3) The structure should have good “toughness.” That is, the necessary strength, good stiffness, deformation, and energy dissipation capacity

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