Presstressed Purline Beam Molding Machine

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Product Description:

Presstressed Purline Beam Molding Machine


1.   Structure of Presstressed Purline Beam Molding Machine:


Presstressed Purline Beam Molding Machine is our special developed products as results of our engineers research, with which 60%steel material will be saved compared with traditional revolving die method .Efficiency can be improved 3 to 5 times compared with conical die method, these machine are easy for operation and convenient for maintenance, products from these machines are in good quality, smooth appearance and accurate in size.

 

 2.   Main Features of Presstressed Purline Beam Molding Machine: 


• 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.

• Provide consumers with regular visits

• Simple structure, easy operate, less wear parts

 

3.  Presstressed Purline Beam Molding Machine Images:

Presstressed Purline Beam Molding Machine

Presstressed Purline Beam Molding Machine

 

4.  Presstressed Purline Beam Molding Machine Specification:

 

Product name

Type

Productivity

Hole number

Concrete purline  machine

60*120*140*

1.3-1.5m/min

4

Concrete purline  machine

60*130*150*4

1.3-1.5m/min

4

Concrete purline  machine

60*140*160*4

1.3-1.5m/min

4

Concrete purline  machine

70*150*170*2

1.3-1.5m/min

2

Concrete purline  machine

80*160*180*2

1.3-1.5m/min

2

Concrete purline  machine

60*110*130*4

1.3-1.5m/min

4

 

Production Line Layout


Presstressed Purline Beam Molding Machine

 

Production Flow Chart 



Presstressed Purline Beam Molding Machine

Certificates


Presstressed Purline Beam Molding Machine


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.


Presstressed Purline Beam Molding Machine


6. Customers from All Over The World


Presstressed Purline Beam Molding Machine


 

7. Why choose us:


•  30 years manufacturing experience.

•  Constitutor of the <Chinese Prestressed Concrete Hollow Core Slab Standard>.

•  More than 10 patents.

•  Passed ISO9001:2000 quality system certificate.

• More than 10 types of machine and over 100 models for choose.

Supply complete set of technology and equipment solution.

• We can design and manufacture all kinds of concrete forming equipment according to customers' demands. Meanwhile we can even more provide our customers a complete set of technology and solution for all producing flow.


8. 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:Think about situations in which machinery is required to produce motion of some sort.?
Motion is produced by some of the following: 1) rotating magnetic fields (electric motors) 2) explosions (internal combustion engine) 3) heat expansion of gas (steam engine, rockets) I am not sure about friction in outer space but I believe because there is no air or gases around joints and gears, friction would literally vacuum cement the sliding parts together. You would need to ensure that some sort of matter (gas, liquid) was present in order to allow parts to slide on top of each other.
Q:Must everything be machinery?
No, you have a choice not to reproduce. Why listen to society in the first place? Don't let other people control your life. Be incharge!
Q:Metal materials commonly used in the processing methods which
In addition to the common processing methods, the hot and cold combination molding methods are modern explosion molding, friction welding, rolling, wire cutting, laser surface treatment, high energy ray bombardment, amorphous treatment
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:where can i get the list sugar plant machinery with the details & market value?
Ask Dole Pineapple or look on the US Dept Us Agriculture website or google
Q:How does operating machinery under water complicate mining procedures?
Well it severely limits the type of power source you can use, corrosion of metal parts becomes a major factor, manipulation/positioning of machinery becomes extremely complicated, health and safety is even more of a problem, costs increase exponentially
Q:What is the role of machinery and how does it affect the worker?
social relationships are transformed into apparently objective relationships between commodities or money. workers are alienated from their work due to increase machinery
Q:How to choose mechanical parts material ah?
You can refer to other people to design similar products, assembly map material selection, individual you need special requirements of their own design.
Q:can you give me the reviewer for electric machinery by fizgerald (5th ed) pls...?
Magic Eight Ball says... “Yes - definitely.”
Q:How is oil extracted from the ground and then processed into a fuel that can run a machinery?
this is an extremely complex task. It is also very dependent on the site. I will try to give you a quick rundown. Geologists for an oil company decide that a certain site is ideal for oil production and they bargain with the landowners for drilling rights. Next, the oil company submits their data to drilling companies to get a rig to drill to where they think there will be oil. The drilling company drills to the depth and sets the appropriate casing and tubing to produce where the geologists think there may be oil. Production specialists are then called in to fracture the well in all the places that are thought to produce oil. this allows the oil to flow into the casing and tubing and produce valuable fuels. These fuels are pipelined into local refineries to produce fuels that are marketable for industrial or public use such as diesel, gasoline, heating oils, waxes, plastics, etc. From the refineries, these products are transported to gas stations, plastic/wax/grease producers, etc. via pipelines and trucks. this is where the fuels can be used by consumers for lubrication, fuel, or even plastics manufacturing.

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