• Prestressed Concrete Purline Compression Molding Machine System 1
  • Prestressed Concrete Purline Compression Molding Machine System 2
  • Prestressed Concrete Purline Compression Molding Machine System 3
  • Prestressed Concrete Purline Compression Molding Machine System 4
Prestressed Concrete Purline Compression Molding Machine

Prestressed Concrete Purline Compression Molding Machine

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
1 pc
Supply Capability:
5 pc/month

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Prestressed Concrete Purline Compression Molding Machine


1.   Structure of Prestressed Concrete Purline Compression Molding Machine:


Prestressed Concrete Purline Compression 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 Prestressed Concrete Purline Compression 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.  Prestressed Concrete Purline Compression Molding Machine Images:

Prestressed Concrete Purline Compression Molding Machine

Prestressed Concrete Purline Compression Molding Machine

Prestressed Concrete Purline Compression Molding Machine

 

4.  Prestressed Concrete Purline Compression 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


Prestressed Concrete Purline Compression Molding Machine

 

Certificates


Prestressed Concrete Purline Compression 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.


Prestressed Concrete Purline Compression Molding Machine


6. Customers from All Over The World

Prestressed Concrete Purline Compression Molding Machine


7. 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.

•  Have you use this kind of machine before? 

Our machine is totally different from European machine. Please don’t follow their instructions.

•  How long can we receive the product after purchase?

In the purchase of product, within 20 working days we will arrange the factory delivery as soon as possible. The specific time of receiving is related to the state and position of customers. Commonly 35 working days can be served.

 

8. Why choose us:


•  30 years manufacturing experience.

•  Constitutor of the.

•  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.


9. 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

 

 


Q:2004Jan. 1 Paid $106,600 cash plus $6,400 in sales tax for a new machine. The machine is estimatedto have a six-year life and a $9,800 salvage value.Dec. 31 Recorded annual straight-line depreciation on the machinery.2005Dec. 31 Due to new information obtained earlier in the year, the machine’s estimated useful life waschanged from six to four years, and the estimated salvage value was increased to $13,050.Recorded annual straight-line depreciation on the machinery.2006Dec. 31 Recorded annual straight-line depreciation on the machinery.Dec. 31 Sold the machine for $25,240 cash.RequiredPrepare journal entries to record these transactions and events.
Jan. 1 Paid $106,600 cash plus $6,400 in sales tax for a new machine. The machine is estimated to have a six-year life and a $9,800 salvage value Dr Machinery $113,000 Cr Cash $113,000 Dec. 31 Recorded annual straight-line depreciation on the machinery Dr Depreciation expense $17,200 (i.e. [$113,000-$9,800]/6) Cr Accumulated depreciation $17,200 2005 Dec. 31 Due to new information obtained earlier in the year, the machine’s estimated useful life was changed from six to four years, and the estimated salvage value was increased to $13,050. Recorded annual straight-line depreciation on the machinery Dr Depn $27,583.33 Cr Accum. depn. $27,583.33 (Nbv of $95,800 - 13,050 divided by 3 remaining yrs) 2006 Dec. 31 Recorded annual straight-line depreciation on the machinery Dr Depn $27,583.33 Cr Accum. depn. $27,583.33 (Nbv is now $113,000 - $17,200 - $27,583.33 - $27,583.33 = $40,633.34) Dec. 31 Sold the machine for $25,240 cash Dr Cash $25,240 Dr Loss on disposal of machinery $15,393.34 Dr Accum. depn. $72,366.66 Cr Machinery $113,000
Q:please explain at 1 or 2...or 3. no current experiment please like knockout mice.
1) the Avery,Mcleod and Mccarty experiment. 2)the Hershey and Chase experiment. _ Hershey and Chase conducted their experiments on the T2 phage, a virus whose structure had recently been shown by electron microscopy.In their first set of experiments, Hershey and Chase labeled the DNA of phages with radioactive Phosphorus-32 (the element phosphorus is present in DNA but not present in any of the 20 amino acids from which proteins are made). They allowed the phages to infect E. coli.were able to observe the transfer of P32 labeled phage DNA into the cytoplasm of the bacterium.n their second set of experiments, they labeled the phages with radioactive Sulfur-35 (Sulfur is present in the amino acids cysteine and methionine, but not in DNA). Following infection of E. coli they then sheared the viral protein shells off of infected cells using a high-speed blender and separated the cells and viral coats by using a centrifuge. After separation, the radioactive S35 tracer was observed in the protein shells, but not in the infected bacteria, supporting the hypothesis that the genetic material which infects the bacteria was DNA and not protein hope it helps.:)
Q:What is the best way to invent something? Like and industrial piece of machinery.?
Most inventions are done by someone familiar with the industrial process itself. So I'd say the first thing you have to do is to have access to the process you want to improve. I get to invent things all the time. I work for a company that builds equipment for industrial and food processing companies. When a plant has a problem or a new process they call us we look at the process and design the equipment they need. Most of the time they have an idea of what they want or at least what they want to accomplish. Its not as much fun as you might think. Its a job. There are time constraints, cost constraints, process constraints all of which when balance don't leave you a lot of room to be that creative. At that point it then becomes a bunch of detail work, sizing the various components, drives, shafting, bearings, seals, etc. and developing shop drawings so the machine can be built. Its a good job but its a job. I would look for a metal fabrication company or a machine shop and work for them. I'd get the experience by working for someone else. Let them pay for your mistakes. You can't afford it.
Q:can chimpanzees operate heavy machinery?
I don't have direct experience but my answer to be definitely yes. Chimps are much stronger than human beings and very close to humans in DNA so they obviously can do some basic 'production line' type operations since they are less 'intelligent' than humans.
Q:I want to be an engineer who works with microchips and things like that. Are there any small projects and things which I could do at home (spending less than $100-200) just to get a feel for things?
www.okorder / first get a grip on the basics
Q:Any web site could get free machinery manual?
actually, okorder /... Cheers nb: please visit my web site
Q:what products does Zhengzhou Dayu machinery Co.,LD Produce?
Hi okorder /
Q:what are the machinery in which threads are used for power transmission?
Ball screws and ACME screws are often used as the means to provide thrust in a linear actuator. Linear actuators are present in many, many applications.
Q:I am looking for a lower cost alternative to soundproof manfacturing vibration chambers/shakers and venting sytems. Right now the consideration is to enclose the space by building walls/ceilings. I would prefer a consultant who could recommend lower cost soundproof enclosures, blankets, etc. We need to lower the noise by 20 db. Does anyone assist with identifying a consultant company in Seattle who may do such work?
Acoustics/Sound
Q:Bq: have you read elfen liedBq2: favorite quote from a book
Kyrie- Mr. Mister Bq: No. Bq2: And in its sky was such a sun as no opium eater could have imagined in his wildest dreams. Too hot to be white, it was a searing ghost at the frontiers of the ultraviolet. (Childhood's End-Arthur C. Clarke-Chapter 16-The Last Generation)

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