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Categories | Steel Structure Platform |
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Brand Name: | LinYuchun |
Model Number: | SSP-A23 |
Certification: | ISO 9001,SGS,Material Certificate |
Place of Origin: | Shandong,China |
MOQ: | 1 ton |
Price: | Negotiation |
Payment Terms: | LC, T/T, D/P, PayPal, Western Union |
Supply Ability: | 500Ton/Month |
Delivery Time: | 2-28 days |
Packaging Details: | Standard Export Packing |
Material: | Galvanized Steel |
Main Frame: | H-section steel/C-section steel |
Standards: | ISO 9001,SGS,Material Certificate |
Height: | Customizable |
Upright: | 76.2*76.2*2.0 mm |
Load Capacity: | Up to 5000kg |
Warranty: | 5 years |
Corrosion Resistance: | High |
Use: | Warehouse Rack |
Structure: | Platform |
Packing Method: | Wooden Package |
Performance: | Install Easily |
Company Info. |
Qingdao Lin Yu Chun Steel Structure Co. |
Verified Supplier |
View Contact Details |
Product List |
As an important material in the field of modern construction, steel
structure products occupy a key position in various projects with
many outstanding advantages. Its primary advantage is extremely
high strength. The tensile and compressive strength of steel far
exceeds that of traditional building materials. It can withstand
huge loads with a smaller cross-section, which makes steel
structures perform well in large-span buildings and high-rise
buildings. For example, the dome of a large stadium and the main
structure of a super high-rise office building are inseparable from
the strong support of steel structures. At the same time, steel
structures are light in weight. Compared with concrete structures,
the weight of steel structures can be reduced by 30% - 50% under
the same bearing capacity, which not only reduces the cost of
foundation engineering, but also reduces energy consumption during
transportation and installation. It is especially suitable for the
construction of temporary buildings that need to be moved or
disassembled, as well as complex terrain buildings with high
requirements for foundations.
The toughness and plasticity of steel structures are also
excellent. When subjected to impact or vibration loads, they can
absorb energy through their own deformation to avoid sudden
fracture. This feature makes them have excellent seismic
resistance. In areas where earthquakes occur frequently, buildings
with steel structures can often better maintain structural
integrity and greatly improve the safety of buildings. For example,
many buildings in earthquake-prone countries such as Japan widely
use steel structures. Moreover, the construction period of steel
structure is short, and its components can be standardized in the
factory with high precision and stable quality. Only assembly work
is required on site, which reduces the on-site pouring and
maintenance time in traditional construction. Compared with
traditional construction methods, the construction period can be
shortened by 30% - 50%, which is of great advantage for
time-sensitive engineering projects and can quickly meet the use
needs.
In addition, steel structure also has good shape adaptability, and
its components can be flexibly processed into various shapes
according to design requirements. Whether it is a streamlined
modern architectural appearance or a complex spatial structure, it
can be easily achieved, providing architects with a broad creative
space, making the building not only practical, but also artistic.
At the same time, steel structure is a green and environmentally
friendly material that can be recycled and reused, and generates
less construction waste during demolition, which is in line with
the concept of sustainable development. Under the current trend of
advocating green buildings, this advantage of steel structure makes
its application prospects broader. From industrial plants to
commercial complexes, from bridges to skyscrapers, steel structures
are constantly promoting technological progress and innovative
development in the construction industry with these significant
advantages.
Structural steel revolutionizes the construction industry and
offers unmatched strength, flexibility and efficiency in a broad
architectural project. Its adaptability is an ideal choice for
architects, engineers, and builders who seek high-performance
solutions.
High rise building
Structural steel plays an important role in the construction of
skyscrapers and high-rise commercial buildings / residential
buildings. The high strength to weight ratio allows you to build a
thin, solid frame that can withstand very large vertical loads and
lateral loads. Lightweight steel reduces the total fixed load on
the base and allows to build a skyscraper with lower earth stress.
In addition, ductility of steel brings superior seismic resistance
and protects residents during earthquakes. Because the
prefabricated steel is assembled quickly on the site, the
construction time is drastically shortened, and accurate alignment
of the complex multilayer structure is secured.
Commercial and industrial
In large-scale commercial and industrial facilities such as
warehouses, factories, shopping malls, and exhibition facilities,
it is possible to realize the interior space without the large
pillars by using structural steel. Long truss steel truss and beams
require large internal braces, ensure maximum floor space available
and flexibly correspond to various business layouts. Industrial
facilities, heavy machinery, chemicals, and durability of steel
materials that are often exposed to many pedestrians guarantee
long-term investment. The expansion of the fire resistance and the
fire resistance by fire resistant structures also meet severe
safety requirements for these high-tensioned buildings.
Housing construction
Structural steel brings innovation and beauty to contemporary
housing projects. Traditional building materials enable open space,
large windows, and unique architectural design that is difficult to
implement. Steel frames can be customized to irregular site
conditions and complex design requirements from detached houses to
apartment houses. Pests, corrosion and resistance to warpage ensure
maintenance costs and long-term structural stability, and owners
can get a sense of security and long-term value.
Infrastructure project
Important infrastructure such as bridges, stadiums, airports, and
transport hubs is essential for structural steel reliability. In
the construction of bridges, steel beams and arches are built over
a long distance to support the heavy loads of vehicles and
pedestrians, as well as dynamic loads and environmental factors. In
the stadium, the ability of steel to form a complex curved roof
structure provides a vast roofed space for the audience. At the
airport, steel structures are used for terminals, hangars, and
control towers, and are equipped with strength and flexibility to
accommodate large quantities of passengers and large aircraft.
Steel endurance and loadability allows these infrastructure
projects to contribute to the community over the decades without
much damage.
By using the unique advantages of steel structure in these various
construction scenarios, the performance of the project, the cost
reduction and the shortening of the construction period are
realized, and the position as the base of the present architecture
is made steady.
From the start, our expert engineers collaborate closely with you.
Using advanced 3D modeling and CAD technology, we translate your
vision, load requirements, and site conditions into detailed
technical designs. Whether it’s custom - shaped beams for
architectural masterpieces, specialized truss systems for
industrial facilities, or unique framing for commercial buildings,
we’ve got you covered.
Our state - of - the - art manufacturing facility is equipped with
CNC machining, robotic welding, and precision cutting tools. We
work with top - grade steel materials like ASTM A992 and S355,
ensuring strength, durability, and corrosion resistance tailored to
your needs. Rigorous quality checks at every production stage
guarantee compliance with international standards, including ISO
9001 and AISC.
Speed is key. Our pre - engineered modular designs enable quick on
- site assembly, slashing construction timelines and costs. We also
offer global logistics support, ensuring timely delivery to your
project site. Post - installation, our team provides maintenance
guidance to maximize the lifespan of your steel structures.
With a proven track record in diverse projects, from skyscrapers to
industrial warehouses, we’re committed to delivering customized
steel solutions that exceed expectations.
Customized Solution Design: We tailor personalized solutions considering your specific needs, such as wind tower type, electrical cabinet size, and usage environment. Our engineers ensure the scientific and feasible design of the solution.
Production Tracking: We keep you updated on the production progress regularly. You can know the status of your order at any time.
Quality Control: We strictly follow international and industry standards to ensure product quality, from raw material inspection to final product testing.
Logistics Coordination: We choose the most suitable transportation
method for you and coordinate all logistics matters to ensure
timely and safe delivery.
Installation Guidance: Our technicians provide professional
installation guidance online or offline.
Maintenance and Repair: Once quality issues or malfunctions occur, we respond promptly and arrange repairs. We also offer regular maintenance advice.
Product Packaging:
Our wind tower electrical cabinet support platform steel structure is carefully packaged to ensure its integrity during transportation. All small parts and accessories are packed in individual, labeled boxes and secured inside wooden crates.
Shipping:
We offer flexible shipping options, including sea and land transportation, depending on your requirements and urgency. For sea transportation, we work with reliable shipping companies to ensure timely and cost-effective delivery. We also provide real-time tracking information, allowing you to monitor the progress of your shipment from our factory to its destination.
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