Sampmax attached lifting scaffold (climbing scaffolding) Introduction

The development of climbing scaffolding The climbing scaffolding is also called the lifting scaffolding, which is a scaffold attached to the building and realized the overall lifting according to the power device. According to the different power devices, climbing scaffoldings are generally divided into electric, hydraulic, and manual hand-pull types.

The electric type is more commonly used recently. With the gradual increase of high-rise buildings in cities, the safety, economy, practicality, and aesthetic requirements of the lining and external scaffolding engineering during construction have also attracted more and more attention.

The attached lifting foot is in line with the traditional steel pipe foot in a scaffolding that saves labor. It saves materials, its simple structure and convenient operation are widely welcomed by construction units, and it has become the first choice for the construction of high-rise buildings.

The whole climbing scaffolding adopts all-steel structure. It has several features such as integrated equipment, low building and high use, fully enclosed protection, one special sub-safety equipment, and no fire hazard feature. In the high-rise (the number of floors is more than 16) scaffolding structure, scaffolding-shear structure and tubular structure, the structural floor plan is regular or in the construction of super high-rise building concrete main body, the application of climbing scaffolding accounts for 30%-50%.

Advantages of climbing scaffolding

1.Attached climbing scaffolding “reasonable structure and good overall performance”

2.The anti-tilting and anti-falling device is safe and reliable

3.The operation adopts microcomputer control, which can realize automatic load limitation, automatic adjustment, and automatic stop report in case of failure during the climbing process.

4.Strong adaptability to buildings and site operability.

5.Climbing scaffolding is assembled on site, realizing engineering and standardization

6.The input of materials is greatly reduced, and it is set up once and used for recycling, which saves labor

7.No interference with vertical transportation equipment, greatly reducing the load of vertical transportation equipment

8.The operation is convenient and simple, which improves the utilization rate of the tower crane, which helps to speed up the progress and shorten the construction period

9.Safe and disposable, the bottom of the scaffolding body is sealed with the structure floor, which greatly reduces hidden safety hazards

10.Avoid repeatedly erecting external scaffoldings at high places, improve the working environment of a scaffolding worker, and reduce accidents

11.The adopted load synchronization control system avoids potential safety hazards caused by overload or loss of load

12.The scaffolding body is an all-steel structure to prevent fire

Sampmax Cases Studies 2020

Overview: 2020 will be an extraordinary year for the global construction industry. The construction industry has the characteristics of labor-intensive, many open-air operations, and shifting of production sites along with construction projects. Compared with traditional manufacturing, standardized management is more difficult, and the conditions for epidemic prevention and control are more complicated. Affected by factors such as the suspension of construction for the prevention and control of the epidemic and the slow rework of construction workers, the pace of construction projects for Sampmax customers was also forced to slow down. But we still have some new cases in 2020.

Case One

Kene Center is a project which located in Yangzhou, China. The elevation of the top surface of the main structure is 300 meters, and the building floors above ground are 72 layers. It contains the Bank, offices, conference, hotels and auxiliary facilitates. Steel reinforced concrete tube structure with peripheral wall by 1300 ㎜ change to 350 ㎜, 100 ㎜ biggest change. Structural height is 4150 ㎜, and various non-standard layer.

Case Two

Queen Peak of the pink project, Singapore is Singapore’s first using the integrated climb construction of the project, the project itself aluminum template construction, item difficulty is the balcony all roundness hu, sealing of the integrated climbing itself is a big challenge, the company through excessive flap and overall flap for climbing scaffold platform, normal after construction project effect is remarkable, social influence is bigger.

In modern building construction, formwork and scaffolding play an important role. The quality of formwork and scaffolding products is directly related to project quality and construction safety. Formwork and scaffolding are an important part of the construction industry. The progress of the climbing formwork industry has promoted the development of the construction industry and the logistics industry, and has achieved obvious self- and social benefits. At present, our company pays great attention to quality control while providing climbing formwork.

All Sampmax climbing formwork is strictly inspected and certified. In 2021, we will adhere to the safety first principle and provide safer products for the industry.

How to ensure the safety of ringlock scaffolding operation?

Firstly, find out the factors that affect the safety of ringlock scaffolding. There are three main aspects: one is the safety and reliability of ringlock scaffolding itself, the second is the safety protection measures of ringlock scaffolding, and the third is the safe operation of ringlock scaffolding. Let’s take a look separately.

Ruggedness and stability are the safe and reliable foundation of ringlock scaffolding. Under allowable load and weather conditions, the structure of ringlock scaffold must be stable without shaking, shaking, tilting, sinking, or collapsing.

To ensure the safety and reliability of ringlock scaffolding, the following basic requirements should be ensured:

1) The frame structure is stable.
The frame unit shall be of a stable structure; the frame body shall be provided with diagonal rods, shear braces, wall rods, or bracing and pulling parts as required. In the passages, openings, and other parts that need to increase the structural size (height, span) or bear the specified load, strengthen the rods or braces according to the needs.

2) The connection node is reliable.
The cross position of the rods must meet the requirements of the node structure; the installation and fastening of the connectors meet the requirements. The connecting wall points, support points and suspension (hanging) points of the disc-buckle scaffolding must be set at the structural parts that can reliably bear the support and tension load, and the structure check calculation should be carried out if necessary.

3) The foundation of the disc scaffold should be firm and firm.

Safety protection of disc scaffolding

The safety protection on the ringlock scaffold is to use safety facilities to provide safety protection to prevent people and objects on the rack from falling. Specific measures include:

1) Ringlock scaffolding

(1) Safety fences and warning signs should be set up on the job site to prohibit irrelevant personnel from entering the dangerous area.

(2) Temporary supports or knots should be added to the ringlock scaffolding parts that have not been formed or have lost structural stability.

(3) When using a seat belt, a safety rope should be pulled when there is no reliable seat belt buckle.

(4) When dismantling the ringlock scaffolding, it is necessary to set uplifting or lowering facilities, and throwing is prohibited.

(5) Movable ringlock scaffolds such as hoisting, hanging, picking, etc., should be supported and pulled to fix or reduce their shaking after moving to the working position.

2) Operating platform (work surface)

(1) Except that 2 scaffolding boards are allowed to be used for decoration ringlock scaffolding with a height of less than 2m, the working surface of other ringlock scaffolding shall not be less than 3 scaffold boards, and there is no gap between the scaffold boards. The gap between the faces is generally not more than 200mm.

(2) When the scaffold board is flat-joined in the length direction, its connecting ends must be tightened, and the small crossbar under its end should be fixed firmly and not floating to avoid sliding. The distance between the center of the small crossbar and the board ends should be Control in the range of 150-200mm. The scaffold boards at the beginning and end of the ring lock scaffold should be reliably bolted to the ringlock scaffold; when lap joints are used, the lap length must not be less than 300mm, and the beginning and end of the scaffold must be fastened firmly.

(3) The protective facilities facing the outer facade of the operation can use scaffolding boards plus two protective railings, three railings plus outer plastic woven cloth (height not less than 1.0m or set according to steps). Two levers are used to tie a bamboo fence with a height of not less than 1m, two railings are fully hung with safety nets or other reliable enclosure methods.

(4) The frontage and pedestrian transportation channels:
① Use plastic woven cloth, bamboo fence, mat, or tarpaulin to completely close the street surface of the ringlock scaffolding.
②Hang safety nets on the frontage, and set up safety passages. The top cover of the passage should be covered with scaffolding or other materials that can reliably bear falling objects. The side of the canopy facing the street should be provided with a baffle no less than 0.8m higher than the canopy to prevent falling objects from rebounding onto the street.
③ Pedestrian and transportation passages that are close to or passing through the ringlock scaffolding must be provided with tents.
④The entrance of the upper and lower ringlock scaffolding with a height difference should be provided with ramps or steps and guardrails.

The safe operation of using ringlock scaffolding

1) The use load must meet the following requirements

(1) The load on the working surface (including scaffolding boards, personnel, tools and materials, etc.), when the design is not specified, the masonry work frame load shall not exceed 3kN/㎡, and the other main structural engineering workload shall not exceed 2kN/㎡, The load of decoration work shall not exceed 2kN/㎡, and the load of protection work shall not exceed 1kN/㎡.

(2) The load on the work surface should be evenly distributed to avoid excessive loads being concentrated together.

(3) The number of scaffolding layers and simultaneous working layers of ringlock scaffolding shall not exceed the regulations.

(4) The number of paving layers and load control of the transfer platform between the vertical transportation facilities (Tic Tac Toe, etc.) and the ringlock scaffold shall not exceed the requirements of the construction organization design, and the number of paving layers and excessive stacking of construction materials shall not be arbitrarily increased.

(5) Lining beams, fasteners, etc. should be installed along with the transport, and shall not be stored on the ringlock scaffolding.

(6) Heavier construction equipment (such as electric welders, etc.) shall not be placed on the ringlock scaffolding.

2) The basic components and connecting wall parts of the scaffold shall not be dismantled arbitrarily, and various safety protection facilities of the scaffold shall not be dismantled arbitrarily.

3) Basic rules for the correct use of disc scaffolding

(1) The materials on the working surface should be cleaned up in time to keep the working surface tidy and unobstructed. Do not place tools and materials randomly, so as not to affect the work safety and cause falling objects and hurt people.
(2) At the end of each work, the materials on the shelf have been used up, and the unused ones should be stacked neatly.
(3) When performing operations such as prying, pulling, pushing, and pushing on the working surface, take the correct posture, stand firm or hold a firm support, so as not to lose stability or throw things out when the force is too strong.
(4) When electric welding is performed on the working surface, reliable fire prevention measures should be taken.
(5) When working on the rack after rain or snow, the snow and water on the working surface should be removed to prevent slipping.
(6) When the height of the working surface is not enough and needs to be raised, a reliable method of raising shall be adopted, and the height of raising shall not exceed 0.5m; when it exceeds 0.5m, the paving layer of the shelf shall be raised according to the erection regulations.
(7) Vibrating operations (rebar processing, wood sawing, placing vibrators, throwing heavy objects, etc.) are not allowed on the disc-buckle scaffolding.
(8) Without permission, it is not allowed to pull wires and cables on the buckle scaffolding, and it is not allowed to use open flames on the buckle scaffold.

Sampmax provides construction material supply to Dos Bocas refinery, Mexico

In October 2020, two 40HQ containers departed from Qingdao, China, and destined for Manzanillo, Mexico. These are adjustable steel prop and film faced plywood provided by Sampmax Construction for the construction of the Dos Bocas refinery in Paraíso, Basco, Mexico.

This refinery has great technical, economic, environmental and political significance in Mexico. The project has symbolic significance to Andrés Manuel López Obrador’s government. Its goal is to strengthen PEMEX, reduce Mexico’s energy dependence on gasoline imports, generate added value through the conversion of its natural resources, and save federal government resources through finances.

The climbing frame is suitable for the main body of the building above 45 meters, and can be applied to the main body of various structures. It adopts an all-steel structure as a whole, with integrated equipment, low construction and high use, fully enclosed protection, professional safety equipment, no fire hazards, etc. Features.

With the construction climbing frame, not only there are fewer safety accidents, but more importantly, your steel investment is reduced, which is equivalent to less loss of green protective nets.

Only need to press a button to achieve the climbing frame ascending completely automatically. It only takes a few workers to achieve it, and you no longer have to worry about the coordination of workers.

The refinery project started on July 26, 2019, and the expected opening date is June 1, 2022.
The refinery will have 17 processing plants. Sampmax Construction will only provide the scaffolding system and formwork for the Coke Plant for this project.