Steel Shoring System is a core temporary support solution in modern construction engineering,dedicated to providing safe,reliable and adjustable load-bearing support for concrete formwork systems,building structures and heavy components during concrete pouring,curing,structural construction and renovation reinforcement stages.The whole system is scientifically composed of standardized high-quality metal components including telescopic steel props,horizontal bracing frames,connecting fasteners,reinforced bearing plates,anti-slip base plates and locking accessories,all made of Q235/Q355 high-grade carbon steel through precision rolling,integral forming,reinforced welding and high-precision machining processes.It has excellent compressive,bending,shear and anti-overturning performance,can stably bear huge dynamic and static loads generated by concrete pouring,formwork weight,construction operation and structural self-weight,effectively preventing formwork deformation,structural displacement and collapse,and is an indispensable key system for ensuring the forming quality of concrete structures and the safety of on-site high-altitude and heavy-duty construction.
With a modular and standardized structural design,the Steel Shoring System realizes free combination and flexible assembly,which can be customized and adjusted according to the size,shape,height and load requirements of different construction scenarios such as concrete slabs,beams,columns,walls,bridge decks and large-span formwork.The core vertical shoring components adopt a telescopic double-tube structure with a dual height adjustment system of coarse gear pin adjustment and precision threaded fine adjustment,which can quickly set the basic support height and realize micro-calibration of the support surface with high precision,ensuring the perfect fit between the shoring system and the supported structure/formwork,and realizing uniform load distribution of the whole system to avoid local stress concentration that may cause structural damage and construction quality defects.The horizontal and diagonal bracing components are connected with the vertical props to form a stable three-dimensional frame structure,which effectively improves the overall rigidity,anti-deformation and lateral load resistance of the system,and ensures the structural stability of the shoring system under dynamic construction loads such as concrete pouring,vibration and wind pressure.
In order to further optimize the support performance,on-site applicability and safety,the Steel Shoring System is designed with a series of humanized and engineering-optimized structural details according to mechanical stress principles and actual construction needs.The top and bottom of vertical props are equipped with thickened,enlarged and reinforced bearing plates and anti-slip base plates,which effectively expand the contact area between the system and the supported structure/ground,disperse concentrated vertical loads,prevent the props from sinking into soft ground or causing local pressure damage to the structural surface,and enhance the friction between the system and the contact surface to avoid sliding and tilting.All connecting fasteners adopt reinforced locking structures with reliable anti-loosening performance,which realize the firm connection between each component,ensure no loosening,displacement or detachment of the system during long-term use and dynamic load action,and maintain the integrity and stability of the three-dimensional frame.The whole system adopts a tool-free quick connection design as much as possible,and the remaining assembly and adjustment can be completed with basic on-site tools,without professional operation skills,greatly improving the efficiency of system erection and dismantling,and shortening the construction period of temporary support.
For different construction environments such as indoor dry space,outdoor open air,humid coastal areas,industrial harsh sites and construction sites with long-term use requirements,all components of the Steel Shoring System adopt professional and standardized anti-corrosion surface treatment processes,including electro-galvanizing,hot-dip galvanizing and powder coating.Hot-dip galvanizing forms a dense,uniform and wear-resistant zinc layer with a thickness of not less than 80μm on the component surface,with excellent rust,corrosion and salt spray resistance,suitable for long-term use in harsh outdoor and coastal construction environments;electro-galvanizing and powder coating have good anti-corrosion performance and a neat,smooth appearance,suitable for indoor dry construction scenarios,effectively extending the service life of the whole system and ensuring stable performance during repeated use and multiple project cycles.All components of the system are designed and manufactured in strict accordance with international construction industry standards such as EN1065,BS1139,ISO and AS3610,and each batch of products has undergone comprehensive performance tests including compressive strength,static/dynamic load-bearing capacity,impact resistance,structural integrity and anti-overturning performance,with reliable quality and stable performance.
As a modular,universal and reusable temporary support system,the Steel Shoring System has the characteristics of strong component interchangeability,convenient transportation and storage,and low comprehensive construction cost.The standardized components can be freely combined and reused for different construction projects and structural forms,reducing the waste of construction materials and the cost of repeated procurement;the telescopic,foldable and stackable structural design of the components greatly saves transportation and on-site storage space,reducing logistics and storage costs;the simple and fast assembly and disassembly process reduces on-site labor input and construction time,improving the overall construction efficiency of the project.It is widely used in various construction projects around the world,and is the preferred temporary load-bearing shoring system for engineering construction with high requirements for concrete structure forming quality,construction safety and support efficiency.
Core Product Features
Premium Carbon Steel&Excellent Mechanical Performance
All components adopt Q235/Q355 high-grade carbon steel,manufactured through precision rolling,integral forming and reinforced welding processes,with excellent compressive,bending,shear and anti-overturning performance,high structural rigidity,and stable load-bearing under heavy and dynamic loads.
Modular Design&Flexible Free Assembly
Standardized modular structural components,realizing free combination and flexible assembly,can be customized according to the size,height and load requirements of different construction scenarios,adapting to the support needs of various concrete structures and building forms.
Precise Dual Adjustment&Perfect Structural Fit
Core vertical shoring components are equipped with coarse gear pin adjustment and precision threaded fine adjustment,with a wide adjustable height range and high positioning precision,ensuring perfect fit with the supported structure/formwork and uniform load distribution of the whole system.
Three-Dimensional Frame&Super Overall Stability
Vertical props are connected with horizontal/diagonal bracings to form a stable three-dimensional frame structure,with excellent anti-deformation,anti-overturning and lateral load resistance,ensuring system stability under concrete pouring,vibration and other dynamic construction loads.
Reinforced Stress Parts&Scientific Load Distribution
Thickened and enlarged bearing plates,anti-slip base plates and reinforced connecting fasteners are configured,effectively dispersing concentrated loads,avoiding stress concentration,preventing support sinking and sliding,and protecting the supported structure from local damage.
Multi-Anti-Corrosion Treatment&Strong Environmental Adaptability
Provide electro-galvanizing,hot-dip galvanizing and powder coating three anti-corrosion options,suitable for indoor dry,outdoor open air,humid coastal and industrial harsh construction environments,with long service life and excellent repeated use performance.
Humanized Operation&High Construction Efficiency
Adopt tool-free quick connection design as much as possible,assembly and adjustment can be completed with basic on-site tools;simple erection and dismantling,no professional operation skills required,effectively shortening the construction period and reducing labor input.
International Standard Compliance&Reliable Construction Safety
Strictly in line with EN1065,BS1139,ISO and other international construction standards,each batch of components undergoes comprehensive performance tests,with reliable quality,meeting the safety requirements of various heavy-duty construction and ensuring the forming quality of concrete structures.
Standardized Components&High Reusability
All components adopt standardized design with strong interchangeability,can be freely combined and reused for multiple projects,reducing material waste and procurement costs;stackable design saves transportation and storage space.
Main Product Types&Application Scope
Slab Steel Shoring System
Optimized for the support of concrete floor slabs and roof slabs,with dense vertical prop layout and stable horizontal bracing connection,uniform load distribution,suitable for the formwork support of cast-in-place concrete slabs in residential,commercial,office and industrial buildings of all heights.
Beam&Column Steel Shoring System
Reinforced vertical props and special beam/column clamping structures,with high vertical load-bearing capacity,suitable for the formwork support of concrete beams and columns of various cross-sections in building construction,ensuring the verticality and forming quality of beam and column structures.
Bridge Steel Shoring System
Heavy-duty structural design,reinforced components and super load-bearing capacity,suitable for the formwork support of bridge decks,piers,box girders and large-span bridge concrete structures,able to adapt to harsh outdoor construction environments and heavy load requirements.
Wall&Core Tube Steel Shoring System
Combined with vertical and horizontal bracings,with adjustable clamping and fixing structures,suitable for the formwork support and stabilization of concrete shear walls and building core tubes,effectively resisting lateral pressure during concrete pouring.
Universal Steel Shoring System
Composed of standard telescopic props and universal bracing components,with strong interchangeability and flexible assembly,suitable for small and medium-sized concrete formwork support,temporary structural shoring and renovation reinforcement projects,with high cost performance.
Applicable Scenarios
Steel Shoring System is a professional integrated temporary load-bearing support system,widely used in various building construction,bridge engineering,infrastructure construction and industrial construction projects around the world,covering all scenarios that require temporary vertical shoring,formwork support and structural stabilization during concrete construction and structural renovation:
Building Construction:Temporary shoring and formwork support for cast-in-place concrete slabs,beams,columns,shear walls and core tubes in high-rise,medium-rise and low-rise residential,commercial,office and industrial buildings,ensuring the forming quality of building concrete structures.
Bridge&Transportation Engineering:Formwork support for bridge decks,piers,abutments,box girders and approach bridges in highway bridges,railway bridges,urban viaducts and overpasses,adapting to the large-span and heavy-load requirements of bridge concrete construction.
Infrastructure Construction:Temporary shoring and formwork support for concrete structures in municipal infrastructure such as subways,high-speed rail stations,airports,water conservancy projects and municipal pipe networks,ensuring the structural stability of large-scale public facilities during construction.
Industrial Construction:Heavy-duty formwork support for concrete foundations,factory building frames,production workshops and heavy-duty platforms in industrial factory buildings,power plants,chemical plants and logistics parks,able to bear the heavy load of industrial concrete construction.
Renovation&Reinforcement Engineering:Temporary structural shoring and stabilization during old building renovation,floor addition,structural demolition and historical building maintenance,with flexible assembly characteristics to adapt to the complex construction space of old buildings.
Emergency&Temporary Support:Quick erection of temporary shoring for engineering accident rescue,building damage emergency repair and temporary structural support of on-site construction operation platforms,meeting the urgent support needs of different emergency scenarios.
Product Quality&Safety Assurance
All components are manufactured by strict production process control,with precision processing of steel tubes,firm and defect-free welding of structural parts,high-precision machining of adjustment and connection parts,ensuring consistent specifications and stable performance of the whole system.
Each batch of components undergoes comprehensive performance tests including compressive strength,static/dynamic load-bearing capacity,impact resistance,bending resistance,anti-overturning performance and thread wear resistance,all indicators meet international industry standards and construction safety requirements.
Raw materials are strictly selected high-quality carbon steel with stable chemical composition and excellent mechanical properties,ensuring the service life and support safety of the whole system under long-term heavy load,repeated use and dynamic construction loads.
The surface anti-corrosion treatment process is standardized and mature,the coating is uniform and firm with strong adhesion and wear resistance,effectively resisting the erosion of air,moisture,salt spray,industrial dust and other environmental factors,and ensuring the anti-corrosion performance of all components in different use environments.
Key stress parts such as bearing plates,base plates,connecting fasteners,pin holes and threaded joints are all thickened and reinforced design,with reasonable mechanical stress distribution,able to stably bear the designed load and avoid component damage or failure during use.
The adjustment and locking system of all adjustable components is precise and reliable,with multiple anti-loosening and anti-slip designs,which can firmly lock the adjusted position,prevent accidental displacement,sliding or loosening during construction,and ensure the absolute stability of the whole system.
The whole system has passed strict structural integrity and stability tests,able to maintain a stable three-dimensional frame structure under various construction dynamic loads,effectively preventing formwork deformation and structural displacement,and ensuring the forming quality of concrete structures.
All components are standardized and universal with strong interchangeability,convenient for on-site replacement,matching and maintenance,reducing the difficulty of project material management and maintenance costs,and improving the reuse rate of components.
The product is equipped with detailed assembly instructions and safety operation specifications,with clear marking of each component,convenient for on-site construction personnel to use and operate,reducing the risk of construction errors and improving the safety of system erection and use.
Steel Shoring System is a core temporary support solution in modern construction engineering,dedicated to providing safe,reliable and adjustable load-bearing support for concrete formwork systems,building structures and heavy components during concrete pouring,curing,structural construction and renovation reinforcement stages.The whole system is scientifically composed of standardized high-quality metal components including telescopic steel props,horizontal bracing frames,connecting fasteners,reinforced bearing plates,anti-slip base plates and locking accessories,all made of Q235/Q355 high-grade carbon steel through precision rolling,integral forming,reinforced welding and high-precision machining processes.It has excellent compressive,bending,shear and anti-overturning performance,can stably bear huge dynamic and static loads generated by concrete pouring,formwork weight,construction operation and structural self-weight,effectively preventing formwork deformation,structural displacement and collapse,and is an indispensable key system for ensuring the forming quality of concrete structures and the safety of on-site high-altitude and heavy-duty construction.
With a modular and standardized structural design,the Steel Shoring System realizes free combination and flexible assembly,which can be customized and adjusted according to the size,shape,height and load requirements of different construction scenarios such as concrete slabs,beams,columns,walls,bridge decks and large-span formwork.The core vertical shoring components adopt a telescopic double-tube structure with a dual height adjustment system of coarse gear pin adjustment and precision threaded fine adjustment,which can quickly set the basic support height and realize micro-calibration of the support surface with high precision,ensuring the perfect fit between the shoring system and the supported structure/formwork,and realizing uniform load distribution of the whole system to avoid local stress concentration that may cause structural damage and construction quality defects.The horizontal and diagonal bracing components are connected with the vertical props to form a stable three-dimensional frame structure,which effectively improves the overall rigidity,anti-deformation and lateral load resistance of the system,and ensures the structural stability of the shoring system under dynamic construction loads such as concrete pouring,vibration and wind pressure.
In order to further optimize the support performance,on-site applicability and safety,the Steel Shoring System is designed with a series of humanized and engineering-optimized structural details according to mechanical stress principles and actual construction needs.The top and bottom of vertical props are equipped with thickened,enlarged and reinforced bearing plates and anti-slip base plates,which effectively expand the contact area between the system and the supported structure/ground,disperse concentrated vertical loads,prevent the props from sinking into soft ground or causing local pressure damage to the structural surface,and enhance the friction between the system and the contact surface to avoid sliding and tilting.All connecting fasteners adopt reinforced locking structures with reliable anti-loosening performance,which realize the firm connection between each component,ensure no loosening,displacement or detachment of the system during long-term use and dynamic load action,and maintain the integrity and stability of the three-dimensional frame.The whole system adopts a tool-free quick connection design as much as possible,and the remaining assembly and adjustment can be completed with basic on-site tools,without professional operation skills,greatly improving the efficiency of system erection and dismantling,and shortening the construction period of temporary support.
For different construction environments such as indoor dry space,outdoor open air,humid coastal areas,industrial harsh sites and construction sites with long-term use requirements,all components of the Steel Shoring System adopt professional and standardized anti-corrosion surface treatment processes,including electro-galvanizing,hot-dip galvanizing and powder coating.Hot-dip galvanizing forms a dense,uniform and wear-resistant zinc layer with a thickness of not less than 80μm on the component surface,with excellent rust,corrosion and salt spray resistance,suitable for long-term use in harsh outdoor and coastal construction environments;electro-galvanizing and powder coating have good anti-corrosion performance and a neat,smooth appearance,suitable for indoor dry construction scenarios,effectively extending the service life of the whole system and ensuring stable performance during repeated use and multiple project cycles.All components of the system are designed and manufactured in strict accordance with international construction industry standards such as EN1065,BS1139,ISO and AS3610,and each batch of products has undergone comprehensive performance tests including compressive strength,static/dynamic load-bearing capacity,impact resistance,structural integrity and anti-overturning performance,with reliable quality and stable performance.
As a modular,universal and reusable temporary support system,the Steel Shoring System has the characteristics of strong component interchangeability,convenient transportation and storage,and low comprehensive construction cost.The standardized components can be freely combined and reused for different construction projects and structural forms,reducing the waste of construction materials and the cost of repeated procurement;the telescopic,foldable and stackable structural design of the components greatly saves transportation and on-site storage space,reducing logistics and storage costs;the simple and fast assembly and disassembly process reduces on-site labor input and construction time,improving the overall construction efficiency of the project.It is widely used in various construction projects around the world,and is the preferred temporary load-bearing shoring system for engineering construction with high requirements for concrete structure forming quality,construction safety and support efficiency.
Core Product Features
Premium Carbon Steel&Excellent Mechanical Performance
All components adopt Q235/Q355 high-grade carbon steel,manufactured through precision rolling,integral forming and reinforced welding processes,with excellent compressive,bending,shear and anti-overturning performance,high structural rigidity,and stable load-bearing under heavy and dynamic loads.
Modular Design&Flexible Free Assembly
Standardized modular structural components,realizing free combination and flexible assembly,can be customized according to the size,height and load requirements of different construction scenarios,adapting to the support needs of various concrete structures and building forms.
Precise Dual Adjustment&Perfect Structural Fit
Core vertical shoring components are equipped with coarse gear pin adjustment and precision threaded fine adjustment,with a wide adjustable height range and high positioning precision,ensuring perfect fit with the supported structure/formwork and uniform load distribution of the whole system.
Three-Dimensional Frame&Super Overall Stability
Vertical props are connected with horizontal/diagonal bracings to form a stable three-dimensional frame structure,with excellent anti-deformation,anti-overturning and lateral load resistance,ensuring system stability under concrete pouring,vibration and other dynamic construction loads.
Reinforced Stress Parts&Scientific Load Distribution
Thickened and enlarged bearing plates,anti-slip base plates and reinforced connecting fasteners are configured,effectively dispersing concentrated loads,avoiding stress concentration,preventing support sinking and sliding,and protecting the supported structure from local damage.
Multi-Anti-Corrosion Treatment&Strong Environmental Adaptability
Provide electro-galvanizing,hot-dip galvanizing and powder coating three anti-corrosion options,suitable for indoor dry,outdoor open air,humid coastal and industrial harsh construction environments,with long service life and excellent repeated use performance.
Humanized Operation&High Construction Efficiency
Adopt tool-free quick connection design as much as possible,assembly and adjustment can be completed with basic on-site tools;simple erection and dismantling,no professional operation skills required,effectively shortening the construction period and reducing labor input.
International Standard Compliance&Reliable Construction Safety
Strictly in line with EN1065,BS1139,ISO and other international construction standards,each batch of components undergoes comprehensive performance tests,with reliable quality,meeting the safety requirements of various heavy-duty construction and ensuring the forming quality of concrete structures.
Standardized Components&High Reusability
All components adopt standardized design with strong interchangeability,can be freely combined and reused for multiple projects,reducing material waste and procurement costs;stackable design saves transportation and storage space.
Main Product Types&Application Scope
Slab Steel Shoring System
Optimized for the support of concrete floor slabs and roof slabs,with dense vertical prop layout and stable horizontal bracing connection,uniform load distribution,suitable for the formwork support of cast-in-place concrete slabs in residential,commercial,office and industrial buildings of all heights.
Beam&Column Steel Shoring System
Reinforced vertical props and special beam/column clamping structures,with high vertical load-bearing capacity,suitable for the formwork support of concrete beams and columns of various cross-sections in building construction,ensuring the verticality and forming quality of beam and column structures.
Bridge Steel Shoring System
Heavy-duty structural design,reinforced components and super load-bearing capacity,suitable for the formwork support of bridge decks,piers,box girders and large-span bridge concrete structures,able to adapt to harsh outdoor construction environments and heavy load requirements.
Wall&Core Tube Steel Shoring System
Combined with vertical and horizontal bracings,with adjustable clamping and fixing structures,suitable for the formwork support and stabilization of concrete shear walls and building core tubes,effectively resisting lateral pressure during concrete pouring.
Universal Steel Shoring System
Composed of standard telescopic props and universal bracing components,with strong interchangeability and flexible assembly,suitable for small and medium-sized concrete formwork support,temporary structural shoring and renovation reinforcement projects,with high cost performance.
Applicable Scenarios
Steel Shoring System is a professional integrated temporary load-bearing support system,widely used in various building construction,bridge engineering,infrastructure construction and industrial construction projects around the world,covering all scenarios that require temporary vertical shoring,formwork support and structural stabilization during concrete construction and structural renovation:
Building Construction:Temporary shoring and formwork support for cast-in-place concrete slabs,beams,columns,shear walls and core tubes in high-rise,medium-rise and low-rise residential,commercial,office and industrial buildings,ensuring the forming quality of building concrete structures.
Bridge&Transportation Engineering:Formwork support for bridge decks,piers,abutments,box girders and approach bridges in highway bridges,railway bridges,urban viaducts and overpasses,adapting to the large-span and heavy-load requirements of bridge concrete construction.
Infrastructure Construction:Temporary shoring and formwork support for concrete structures in municipal infrastructure such as subways,high-speed rail stations,airports,water conservancy projects and municipal pipe networks,ensuring the structural stability of large-scale public facilities during construction.
Industrial Construction:Heavy-duty formwork support for concrete foundations,factory building frames,production workshops and heavy-duty platforms in industrial factory buildings,power plants,chemical plants and logistics parks,able to bear the heavy load of industrial concrete construction.
Renovation&Reinforcement Engineering:Temporary structural shoring and stabilization during old building renovation,floor addition,structural demolition and historical building maintenance,with flexible assembly characteristics to adapt to the complex construction space of old buildings.
Emergency&Temporary Support:Quick erection of temporary shoring for engineering accident rescue,building damage emergency repair and temporary structural support of on-site construction operation platforms,meeting the urgent support needs of different emergency scenarios.
Product Quality&Safety Assurance
All components are manufactured by strict production process control,with precision processing of steel tubes,firm and defect-free welding of structural parts,high-precision machining of adjustment and connection parts,ensuring consistent specifications and stable performance of the whole system.
Each batch of components undergoes comprehensive performance tests including compressive strength,static/dynamic load-bearing capacity,impact resistance,bending resistance,anti-overturning performance and thread wear resistance,all indicators meet international industry standards and construction safety requirements.
Raw materials are strictly selected high-quality carbon steel with stable chemical composition and excellent mechanical properties,ensuring the service life and support safety of the whole system under long-term heavy load,repeated use and dynamic construction loads.
The surface anti-corrosion treatment process is standardized and mature,the coating is uniform and firm with strong adhesion and wear resistance,effectively resisting the erosion of air,moisture,salt spray,industrial dust and other environmental factors,and ensuring the anti-corrosion performance of all components in different use environments.
Key stress parts such as bearing plates,base plates,connecting fasteners,pin holes and threaded joints are all thickened and reinforced design,with reasonable mechanical stress distribution,able to stably bear the designed load and avoid component damage or failure during use.
The adjustment and locking system of all adjustable components is precise and reliable,with multiple anti-loosening and anti-slip designs,which can firmly lock the adjusted position,prevent accidental displacement,sliding or loosening during construction,and ensure the absolute stability of the whole system.
The whole system has passed strict structural integrity and stability tests,able to maintain a stable three-dimensional frame structure under various construction dynamic loads,effectively preventing formwork deformation and structural displacement,and ensuring the forming quality of concrete structures.
All components are standardized and universal with strong interchangeability,convenient for on-site replacement,matching and maintenance,reducing the difficulty of project material management and maintenance costs,and improving the reuse rate of components.
The product is equipped with detailed assembly instructions and safety operation specifications,with clear marking of each component,convenient for on-site construction personnel to use and operate,reducing the risk of construction errors and improving the safety of system erection and use.