• High Load Bearing Girder Box Formwork System 1
  • High Load Bearing Girder Box Formwork System 2
  • High Load Bearing Girder Box Formwork System 3
High Load Bearing Girder Box Formwork

High Load Bearing Girder Box Formwork

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Loading Port:
XINGANG
Payment Terms:
TT or L/C
Min Order Qty:
1 Set/Sets set
Supply Capability:
200,000 Ton/Tons per Year set/month

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Detailed Product Description High Load Bearing Girder Box Formwork for Preformed Unit

 

bridge deck formwork

High Load Bearing Girder Box Formwork for Preformed Unit

 

 

Description of  High Load Bearing Girder Box Formwork :

 

1. Brief introduction of High Load Bearing Girder Box Formwork for Preformed Unit

 

GB system-B is a kind of formwork especially for performed box girder in bridge floor construction.

 

 

High Load Bearing Girder Box Formwork

 

2. Competitive advantage of  High Load Bearing Girder Box Formwork


①. Assembling is easier makes high construction efficiency.

 

②. Pouring object surface is smooth and beautiful.
The formwork is made of steel material with higher load bearing capacity and stronger stiffness that makes perfect surface on concrete.

③.Good economic performance

The cost will be greatly reduced by its long service life and more turnover times.

3. Applications of High Load Bearing Girder Box Formwork for Preformed Unit

 

 

 High Load Bearing Girder Box Formwork

 

 

 

 

Q:How to support 6m arc beam template how to set up?
6m beam if the horizontal direction of the arc beam, when the template is located at the end of the mold and the side of the mold is a patchwork way to support the mold, the arc is not small 500mm or 1000mm together, if the arc is large 300mm or 200mm together
Q:There are times when the beam is not to deduct the secondary beam on the main part of the beam?
The general situation is calculated according to the contact area between the concrete and the template
Q:Beam plate with a few face template
There are beams and plates, the 3 words behind the content should be said board...
Q:The formula for the calculation of beam, concrete and brick
The area of the template (= the height of the side of the beam and the bottom of the beam)The cast-in-place concrete beams (including foundation beam) template, according to three surface width multiplied by the beam length, measured in square meters.
Q:How to put the beam formwork in concrete structure
By way of hanging on the board, you do not want to put a line for you!
Q:Which part of the middle beam and side beam in the T beam template? Thank you
Sandwiched in the middle for the [beam] and close to the abutment of a span [edge] the rest of the [medium]
Q:The formwork support is a beam template which is connected with both sides of the vertical rod and the force at the bottom of the beam and the force of the vertical wire rod which is arranged below the transverse beam at the bottom of the beam
Note: when the right angle fastener tightening torque of 40--65N.m, test shows that the single fastener will slide in the 12kN under the load, the sliding bearing capacity of desirable 8.0kN; double fastener will slide in the 20kN under the load, the sliding bearing capacity to be 12.0kN.Note: the above values are experimental values! Take a look at your calculation results and this value to meet the double anti sliding bearing capacity can be!
Q:What is the formula of beam slab formwork
The template to be installed to expand into one piece, each piece of the area is
Q:What is the wire mesh in front of the foundation beam
Beams are reinforced, how to put into the template? How can we ensure that the concrete does not flow out? Wire netting is the best way
Q:For example, the 0.14 long girder thick 400x600 26 how to calculate the amount of engineering template
Column according to the circumference of the column by column height, Liang Anliang on both sides of the beam after the end of the beam length, according to the net floor area of the room (excluding wall width or Liang Kuan) calculation.
We are a national comprehensive Class-A scientific research and design unit, an internationalized engineering group company and a key national-level hi-tech enterprise, and is the engineering technical platform of China National Building Material Co., Ltd.

1. Manufacturer Overview

Location Shanghai,China
Year Established 1949
Annual Output Value Below US$1 Million
Main Markets North America
South America
Eastern Europe
Southeast Asia
Africa
Oceania
Mid East
Eastern Asia
Western Europe
Central America
Northern Europe
Southern Europe
South Asia
Domestic Market
Company Certifications ISO 9001:2008

2. Manufacturer Certificates

a) Certification Name  
Range  
Reference  
Validity Period  

3. Manufacturer Capability

a)Trade Capacity  
Nearest Port SHANGHAI
Export Percentage 91% - 100%
No.of Employees in Trade Department 200
Language Spoken: English,Chinese
b)Factory Information  
Factory Size:
No. of Production Lines
Contract Manufacturing
Product Price Range

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