Pushing Method Concrete Hollow Core Slabs Production Line

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1 pc
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5 pc/month

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Pushing Method Concrete Hollow Core Slabs Production Line

 

1.   Pushing Method Concrete Hollow Core Slabs Production Line:

 

The machine uses hydraulic lifting system, easy to revolve. It can reduce labor intensity and improve production efficiency. Machine body adopts anti-rust technology. Key parts, like hopper are welded by stainless steel. Wearing parts like reamers, side form, vibration board, stock guide and other parts are all welded with alloy. Both sides of the wall panels can put reinforcement wires, diameter can reach 6mm. Work area is orbital or no orbital.


According to the specialty of the local materials, we provide matching method to insure customer produce standard panels (general materials: fly ash, slag, ceramsite, cinders, cinerite, pumice, vermiculite and so on). Reduce the overall cost of building, increase indoor usable space. 


High production efficiency, annual output square meters above 150000m.


 

 2.   Main Features of Pushing Method Concrete Hollow Core Slabs Production Line: 

 

• One machine can make one slab lower cost, high Wear-resistant, long service life.

• In case of quality problem the company provide free replacement.

• Provide technical support for free.

• Simple structure, easy operate, less wear parts

 

3.  Pushing Method Concrete Hollow Core Slabs Production Line Images:



Pushing Method Concrete Hollow Core Slabs Production Line

Pushing Method Concrete Hollow Core Slabs Production Line

Pushing Method Concrete Hollow Core Slabs Production Line

 

4.  Pushing Method Concrete Hollow Core Slabs Production Line Specification:

 

Type

Aperture & diameter

Number and diameter of wires

Max span

Total power

Productivity

(m/min)

Max. Load

(KN/m2)

Overall dimension

(mm)

Weight

(kg)

GLY180-1200

11/ peach

12/9.5or12.7

9

18.5

1.1-1.3

16.16

2900X1500x1200

3300

GLY200-1200

8 /peach

10/9.5or12.7

10

22

1.1-1.3

13.22

3700X1550X1550

5300

GLY250-1200

8/ peach

10/12.7

12.6

33

1.1-1.3

11.1

3700X1550X1500

6200

GLY300-1200

6 /peach

8/12.7

15

40

1.1-1.3

10.83

3700X1550X1500

6900

GLY380-1200

8 /rhomb

8/12.7

18

39.2

0.8-1.0

12.27

4600X1850X1600

7500

  

Production Process

 

Rebar tensioning

Pushing Method Concrete Hollow Core Slabs Production Line

 

Raw materials preparing

Pushing Method Concrete Hollow Core Slabs Production Line

Molding

Pushing Method Concrete Hollow Core Slabs Production Line 


Our customers


Pushing Method Concrete Hollow Core Slabs Production Line

 

5. Packing & Delivery

 

•  Wire cables are used for fastening the machine on the trailer or inside the container.

•  Machine covered with plastic film.

•  Machines can be packed in tarpaulin or wooden case according to customer’s needs.


Pushing Method Concrete Hollow Core Slabs Production Line

 

6. FAQ:

 

We have organized several common questions for our clients, may help you sincerely

•  What information we need to confirm with you before send a formal offer?

What kind of slab you want to make, wall panel, roof panel, lintel or something else?

Do you have exact slab size (slab thickness and width)? If not, please tell us the slab span, we will give you suggestion.

•  What kind of machine do you have?

Our main products: large span GLY concrete hollow core slab machine, light - weight wall panel machine, lintel machine, column machine, hollow core slab cutting machine, concrete feeding dumper, high-strength steel wire tensioning machine, which amount to more than the types and more than four hundred standards. We can provide the whole plan and technology supporting for concrete precast component. 

 

7. Our Service:

 

•  We supply the technical supporting all the time.

•  We supply one year warranty for whole machine.

•  We supply free quick wear parts. 

•  We supply low charge continue maintenance when warranty is expired.

•  We supply free training to end-users

 

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Q:Metal materials commonly used in the processing methods which
Extrusion, punching, reaming, upsetting, etc.) Die forging punching, bending, drawing, bulging, flaring, necking, flanging, etc. There are other special processing methods such as physical chemistry
Q:What kind of material is used for processing shafts?
What material is to look at the specific situation, the general industrial machinery drive shaft is 45 steel, requiring a high point with 40 chromium, but also a good point with 42 chrome molybdenum.
Q:What are the main considerations when choosing mechanical parts?
The load of the part determines the grade of the material according to the load or according to the strength requirements.
Q:Metal forming and processing methods which have their own characteristics and scope of application
Forging processing is a combination of forging and stamping processing, is the use of forging machinery hammer, anvil, punch or general mold on the blank pressure, the blank plastic deformation, access to the required parts of the metal material forming method. Forging the workpiece size is accurate, suitable for mass production. After the workpiece mechanical properties of the workpiece is significantly provided, but the corresponding high cost of manufacturing, can only be processed plastic high metal materials.
Q:Mechanical material forming cold forming and thermoforming What is the difference, the main processing of what materials
the role of environmental gravity without stretching without deformation.
Q:Can the shears machine be processed?
Metal thickness of 50mm below the metal and a certain strength and toughness of non-metallic materials
Q:How to choose the material when doing mechanical design
Casting, welding, etc.), the price and source of the material, the physical and chemical properties of the material (temperature, life, corrosion resistance, severe, heat transfer performance, etc.), so this is a very broad topic,
Q:How to improve the mechanical properties of materials?
As well as through the heat treatment to improve the mechanical properties of a certain aspect of the material.
Q:How to choose mechanical parts material ah?
The performance of the various materials should be very familiar, and then consult the manual to see what general use in the area.
Q:Material processing technology and machinery manufacturing What is the relationship
Products produced by specialized organizations, so that the factory's production process has become relatively simple, is conducive to improving product quality, improve labor productivity and reduce costs, is the development trend of modern machinery industry.

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