• Steel Cuplock Scaffolding System for Concrete Building Construction CNBM System 1
  • Steel Cuplock Scaffolding System for Concrete Building Construction CNBM System 2
  • Steel Cuplock Scaffolding System for Concrete Building Construction CNBM System 3
Steel Cuplock Scaffolding System for Concrete Building Construction CNBM

Steel Cuplock Scaffolding System for Concrete Building Construction CNBM

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
50 m.t.
Supply Capability:
30000 m.t./month

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  • Quick Details of Steel Cuplock Scaffolding System for Concrete Building Construction 

  • NameCuplock Scaffold System
    SizeMany sizes or as your request
    Main MaterialQ235/345 Steel
    Surface TreatmentHigh Protected Painted, Powder Coating, Electric Gavenized, Hot Dip Gavenized.
    ColorSilver, Orange, Red
    CertificateSGS, EN12810.
    ServiceOEM Service available
    MOQ50T
    PaymentT/T, Western Union
    Delivery Time15-25  days  after  deposite
    Packingin bulk or steel pallet or as your request
    production capability50 tons per day
    Main  MarketAfrica, South America, the Middle East and Asia

    Steel Cuplock Scaffolding System for Concrete Building Construction CNBM

  • Steel Cuplock Scaffolding System for Concrete Building Construction CNBM

  • Steel Cuplock Scaffolding System for Concrete Building Construction CNBM



Descriptions of Steel Cuplock Scaffolding System for Concrete Building Construction 

Cuplock is a kind of multi-purpose and versatile modular system scaffolding, suitable for access and formwork support in all types of construction of building & civil engineering projects, offshore projects, etc. This complete galvanized Cuplock system is probably the fastest and most widely preferred scaffolding system. It has flexible erection as straight, curved or circular configuration for both access and support purposes.


Futures of  Steel Cuplock Scaffolding System for Concrete Building Construction 

1.Cuplock scaffold system is simple in structure,including top cup,bottom cup and ledger blade.

  

2.Quick installation of horizontals and verticals,you can easily fit the ledger blade into the cups with a hammer.

 

3.Cuplock scaffold system standards are made from higher quality steel tube which allow more than 58KN load per leg.

 

4.Cuplock scaffold system is a multi-functional scaffolding system which is suitable for all forms of access and support structures,especially used in bridege building.

 

5.People can fasten joint of ledgers by putting two extra ledger blades in the cups.

6.This cuplock scaffold system are interlocked by cups and ledgers which is very safe and stable steel scaffolding system.

7.This is a heavy duty scaffold system which can load about 16tons for each cuplock scaffolding system.

8.Cuplock scaffold system can be used both interior or outerior high-rise building construction project, expecially for arc shape building such as bridge, tunnel, subway, or gym building. it's multifunctional.

9.This is a galvanized cuplock scaffold system which surface is hot dip galvanized, it can keep a longer working life.

10.Gavanized cuplock scaffold system is water-proof scaffold sysem which can prevent the air and water to damage the cups and ledgers very effectively.

11.Cuplock scaffold system can be quick to errect by interting  the cuplock blade into bottom cup, then swivel the top cup to fixed it.

12.Suitable for transportation and storage: Single cuplock scaffold system standard and ledger occupy less space. Wiht no extra parts.


  • The Measures of Steel Cuplock Scaffolding System for Concrete Building Construction 

  • Standard: 3000mm, 2500mm, 2000mm, 1500mm, 1000mm, 500mm. 
    Ledger: 3000mm, 2000mm, 1780mm, 1500mm, 1000mm, 500mm. 
    Diagonal brace: 3000X2000mm, 1780X2000mm, 1000X1500mm, 1000X2000mm, 1500X2000mm, 
    Tube specification: Φ 48.3X4.0mm, φ 48.0 X3.25mm, φ 48.0 X3.0mm 

  • FAQ

  • 1. What is considerations of Scaffolding installation?

  • There must be a fire protection measures and specialist care, safety personnel patrol inspection when electricity, gas welding work on the scaffold,

  • (1) scaffold frontage hurtful to prevent falling objects protection is required.

  • (2) During take down the scaffolding, fencing and warning signs should be set up on the ground, prohibit others person besides the operator

  • 2.What are the certifications of your products?

  • Certified by SGS, BS1139, EN74, Local Test Report.

  • 3. How long is the warranty period for your product?

  • Our products warranty is 2 years.

Q:What is the service life of the mobile scaffolding accessories?
In actual use, there are a lot of mobile scaffolding accessories because of deformation, and other reasons, resulting in a lot of scaffolding accessories are not easy to use, or even eliminated. Therefore, the overall life of about 5 years. Therefore, the use of mobile scaffolding accessories should pay attention to the maintenance, so that its useful life to get more, the value of the use of more perfect.
Q:three examples of scaffolding, thanks
Google these 1) Independent scaffold 2) Putlog scaffold 3) Birdcage scaffold
Q:improper design of formwork and scaffolding, not adequate braces and supports, improper handling, corrosion of material is several factor of formwork and scaffolding failure. it is estimated that more than 3000 accidents involving falls from scaffolds and 30 fatalities
Improper assembly seems to be a big one. Workers often neglect to install the internal diagonal from upper corner to opposite lower corner when it comes to scaffolding. Formwork usually fails by inadequate bracing at the bottom as hydrostatic pressure builds. This can be mitigated to some extent by allowing the concrete to set up a bit before pouring the next layer. For earth formwork, you have to be real careful about expansive clay becoming saturated and overwhelming the bracing as it expands.
Q:How to calculate the vertical force of scaffolding
The maximum reaction force of the rod support is calculated, and the maximum bending moment and deformation are calculated under the most unfavorable load arrangement1 load calculation2 Calculation of bending strength: maximum bending moment calculation for large bar weight uniform load and load distribution of the bending moment and the most unfavorable value3 deflection calculation: the maximum deflection is considered as the calculation of the load distribution of the load and the load of the large span
Q:Should the WWE put John Cena in a triple threat thumbtack scaffold cage of death with New Jack & Necro Butcher?
Don't forget with fire and flourescent tubes surrounding the ring
Q:Who knows how much the amount of the main material used to take one square metre of conventional double row scaffolding (within 12 meters). For example, how many kilograms of steel pipe, the number of fasteners. The content of the quota is low, I am also very confused, to the completion of the work of the scaffolding rental fees. Very urgent, I hope to know the user to answer. Accident report
The following is a quote fragment: who knows how to use a square meter of the main raw material of double row scaffolding
Q:Okay so i have one cartilage piercing already.plan a) i just get a scaffold piercing using already the cartilage piercing i haveplan b) i get another cartilage piercing then just wait for a while get a straight titanium barbell and stick it in threw bothI also need help convincing my mom.Help Me Out Please Thnk You
I wouldn't do that... it looks pretty trashy to me... just have the regular cartilege piercing
Q:Please help me in building professional people (scaffolding)
Door type scaffolding when used in general decoration, that thing is a direct product, a simple spell on the line, who rent who fightBowl buckle scaffold is also finished steel pipe, but there is no fastener, his fastener is a kind of fixed in the steel pipe instead of the demolition of the scaffolding is more convenient than ordinaryRent depends on the specific market
Q:A 67.0- painter is on a uniform 21- scaffold supported from above by ropes. There is a 3.8- pail of paint to one side. The ropes are 1m inside the scaffold on each side. The pail is 1m away from the left rope and 3m from the right rope. The scaffold is a 6m. How close to the right end can he approach safely? How close to the left end can he approach safely?
First of all...no units, no answer. Second of all...according to OSHA (Occupation Safety and Health Administration), NO ONE can walk on a scaffold beam outside the support ropes OR SET ANY OBJECT DOWN outside the support ropes. Hence the answers for both questions are 1 meter. It doesn't matter what a calculation will yield...NO ONE can walk on the beam outside the support ropes safely. Even if a torque balance yields that it will not put the ropes in compression and buckle them...it still isn't considered to be safe by OSHA if the painter is outside the ropes.
Q:how did they turn the cells into a polymer for the heart scaffold ?
May have misunderstood. The heart is gently stripped of cells by using a detergent - this leaves the extracelllular matrix - a polymer of collagen - inert and insoluble. New cells (stem cells) will then be added to the structure to repopulate it with living heart muscle which gain coordination and structure from the matrix.

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