• PPR Pipes Used in Industrial Fields, Agriculture and Garden Irrigation System 1
  • PPR Pipes Used in Industrial Fields, Agriculture and Garden Irrigation System 2
  • PPR Pipes Used in Industrial Fields, Agriculture and Garden Irrigation System 3
  • PPR Pipes Used in Industrial Fields, Agriculture and Garden Irrigation System 4
  • PPR Pipes Used in Industrial Fields, Agriculture and Garden Irrigation System 5
  • PPR Pipes Used in Industrial Fields, Agriculture and Garden Irrigation System 6
PPR Pipes Used in Industrial Fields, Agriculture and Garden Irrigation

PPR Pipes Used in Industrial Fields, Agriculture and Garden Irrigation

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1000 pc
Supply Capability:
1000000 pc/month

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Introduction of Our Products:

PP-R (polypropylene random) pipes are adopted thermal welding technique during the project of hot / cold water transmission. The comprehensive technical performance and economic indicator of PP-R are much better than galvanized pipe, UPVC pipe, polyethylene-aluminum compound pipe, PE-X (cross-linked polyethylene) and polybutylene pipe etc. For this reason PP-R is the leading products and widely used for feed-water piping in developed countries in Europe and America

Nowadays PP-R pipes win more attention and have been used all over the whole world more widely with its excellent sanitization performance, high heat resistance, compression resistance, corrosion resistance, pliability and seismic performance which make PP-R the real environmental friendly pipe.

2016 PPR Plastic Pipe China Professional Pipe Supplier

 

Quick Details

  • Material: PP-R, PPR

  • Technics: injection

  • Type: pipe

  • Place of Origin: China (Mainland)

  • Model Number: 20-110MM

  • Connection: Welding

  • Shape: Equal

  • Head Code: round

  • Product Type: Ppr pipe

  • Color: white, grey, green

  • Item number: DSE001-DSE010

  • Standard: DIN 8077/8078

  • Length: 4 meters

  • Certification: ISO9001, CE

Product Descrition

1.Material :

PPR

2.Color:

White, Gray, Green, or as you required.

3.Size:

20-110mm

4.Logo:

CMAX or Customized

5.MOQ:

500pcs

6.Samples Time:

 

(1) 4-5days-If you want to customize your logo.

(2) 1day-For our existing samples for reference.

7.OEM Accepted

Yes

8.Certification available:

Yes

9.Packing Details:

Weaving Bag

10.Production Capacity:

5,000,000pcs Per month.

11.Payment Term:

(1) L/C,T/T,D/P


PPR Pipes Features and Advantages:

1. Sanitization & Non-poison: This product is green building material which is able to use for pure clean drinking water pipe system. No heavy metal additives would not be covered with dirt or contaminated by bacterium.

2. High Temperature Resistance: the maximum sustained working temperature is up to 70 Degrees Celsius, the maximum transient temperature is up to 95 Degrees Celsius.

3. Corrosion-Proof & Non-Fouling: Resist chemical matters or electron chemical corrosion. Able to avoid the pipe's fouling or blocking as well as the blemish, rust on basin and bath.

4. Heat Preservation & Energy-Saving: Excellent heat insulation features, minimal thermal conductivity which is only 0.5% of the conductivity of metal pipes.

5. Less Weight & High Strength: Its proportion is only 1/8th of metal pipe’s, with pressure-proof strength up to over 5MPa(50kg/sqcm),high tenacity and impact resistance.

6. Beautiful Appearance & Higher Flow Capacity:Smooth inner and outer surfaces, less flowing resistance, soft color and beautiful figure.

7. Easy and Reliable Installation: Using heat melting joint without sleeve wire, and taking few seconds for connecting and adopting good quality copper inserts to connect the metal pipe and basin.

8. Long Using Life: The pipe system can be used for over 50 years under normal condition.    

9. PP-R is recyclable and environmental friendly.


Product Show

 2016 PPR Plastic Pipe China Professional Pipe Supplier

 2016 PPR Plastic Pipe China Professional Pipe Supplier


Advantages

1)100% excellent raw materials ,safe and hygeian .

2)Drinking water pipeline system.

3)Recyclable ,benefit to the environment

4)Resistance to abrasion and corrosion.

5)Connected by heating ,leakage prohibit

6)Long lifespan,Minimum 50 years life time at 60 or 70°C and 10 bar maximum pressure

2016 PPR Plastic Pipe China Professional Pipe Supplier

2016 PPR Plastic Pipe China Professional Pipe Supplier

2016 PPR Plastic Pipe China Professional Pipe Supplier

 

2016 PPR Plastic Pipe China Professional Pipe Supplier

2016 PPR Plastic Pipe China Professional Pipe Supplier

2016 PPR Plastic Pipe China Professional Pipe Supplier

2016 PPR Plastic Pipe China Professional Pipe Supplier

2016 PPR Plastic Pipe China Professional Pipe Supplier

2016 PPR Plastic Pipe China Professional Pipe Supplier

 

Q:Are plastic tubes suitable for storing chemicals?
Plastic tubes can be suitable for storing certain chemicals, but it depends on the type of chemical being stored. Some chemicals may react with certain types of plastic, leading to degradation or leakage. It is important to consider the compatibility of the chemical with the specific type of plastic used in the tube. In general, it is recommended to use glass or specialized chemical-resistant plastics for storing hazardous or corrosive chemicals.
Q:I have a little bit of a project. I'm trying to figure a way to cool a pair of water filled tubing lines. I was thinking to wrap it with some type of cooling device but not quite sure what to use. Can you guys give me some ideas? I want to cool the lines as cool as refrigerator temps. Thanks.
You have not said how much heat you need to disperse - whether it needs to be a continuous process or not. You have not mentioned whether the lines are flexible or what length they are! However, without making things too complicated, if you use a longish length of plastic tubing, you could coil them and run them through a bucket full of an ice/salt/water mixture. Depending on how fast the water is moving through the tubes, if you had a strong mixture of salt and ice - with just enough water in the bucket to allow conduction - you might be able to freeze the water in the tubes - which is probably NOT what you want to do. So experiment before the performance.
Q:how long would it take for air inside a plastic tube 3inch by 1inch to go stale?
What do you mean by go stale? Smell bad? Become contaminated with organics from the tube? I would think you would also need to specify what kind of plastic that makes the tube to have a chance to answer this.
Q:Do plastic tubes have a smooth or textured surface?
Plastic tubes can have both smooth and textured surfaces, depending on their intended purpose.
Q:the tube is a 24 inch tube how do i use it onit?
Add 4oz of the Slime sealant to the inner tube. The cap of the Slime bottle should have a tool built in that will unscrew the valve core. Once the core is out, just use the included clear plastic tube to put the slime in. When you are all finished just screw the core back in and air it up.
Q:what is dialysis tubing? how can it be used to demonstrate osmosis?
Dialysis tubing is actually a semi-permeable membrane when used in water. Experiments illustrating osmosis and pressure gradients across a membrane use dialysis tubing. This tubing usually comes in rolls and when wet, will open up into a cylindrical tube that can be tied off at the ends. The tubing can also be fitted over a thistle tube for such experiments. Dialysis tubing is literally a semi-permeable sheet of plastic. [Like a cell membrane, it can allow certain things in, but not everything.] In a dialysis tubing experiment, one fills the inside of the sheet with a concentrated liquid of some sort and then seals off the open ends of the tube. Then, one places the tube and liquid into another type of liquid and after awhile, the liquid from the outside moves inside the tube. What I did for my first dialysis tubing experiment was filling the inside of the tube with a concentrated starch solution and placed the tubing into a beaker of Lugol's solution diluted with distilled water. After a 1/2 hr, some of the Lugol's and distilled water will have entered the dialysis tubing. One can see that osmosis has happened because the Lugol's in the tube would have turned blue when in contact with the starch. Osmosis caused the diluted/unconcentrated solution of Lugol's and dH2O to go through the semi permeable membrane and into the concentrated solution of starch. Like a cell's membrane, if the outside of the cell is more concentrated, the cell would lose water because the the water will leave the cell and go for the concentrated outside environment. If the inside of the cell was more concentrated than the outside, the outside water will go into the cell through the semipermeable membrane.
Q:A thin plastic tube like aquarium pump tubing. Could you do it if you could guide it properly?
Probably, for some kind of medical procedure... That's kinda disgusting though.
Q:It seems to me that if this country is serious about environmental issues, we should not be packaging products in anything that cannot be recycled. The world is becoming one big garbage dump!
It may not be economical, contamination from the contents, or the plastic type used may not be one suitable for reprocessing. Not all plastics can be conveniently recycled. Cosmetics are a multi billion dollar a year business. If you want to see responsible packaging, you may have to do without the conveniences of some types of packaging. However if you are serious- There are environmentally freindly alternatives available, plus you can vote with your wallet- don't buy the products if they are not easily recycled if that is your choice. If you see a phone number or a web address on a bottle or packaging- contact them, let them know of your dismay about the packaging and ask they change it to something more suitable. After all, it only took one letter of disapproval for Mitsubishi to cut all advertising on the Fox show Married with Children because that one person did not like how the show portrayed the family and she did not think Mitsubishi should sponsor it because of that. They agreed with her and pulled their ads. The right letter to the right person at the right time can sometimes make all the difference in the world.
Q:I am using a device to push small volumes (60-100cc) through a plastic tube with a length of approx 24 and a diameter of 1mm or less. I can control flow rate, generally 2-4cc/sec. The liquid has a higher viscosity than water. I am trying to determine the difference in pressure on the piston face (which remains a constant size) using different fluids with slightly different viscosities through tubing of the same length, and differences in pressure using the same fluid through different tubing lengths. Ie; Fluid A and Fluid B through Tube 1, and Fluid A through Tube 1 and 2. The tubes are the same material, same diameter, regardless of length. The pressure used to push the piston remains the same across all fluid/tubing combinations.
If the flow is not turbulent (no high speeds) and incompressible, and the tube is of circular cross section, then Poiseuille Law flow will ensue. In Poiseuille flow through a cylindrical pipe the velocity is largest along the centerline of the tube and diminishes to zero at the inner wall quadratically with distance r: v(r) = c (R^2 - r^2) with c a constant for given viscosity and pressure gradient ( delta(p) / L ) In Poiseuille flow through a cylindrical pipe the rate of flow (volume/second) is given by Qdot, where Qdot = ( Delta(p) pi R^4 ) /(8 eta L). (where eta is the dynamic viscosity of the fluid) Since the pressure difference Delta(p) is the pressure on the piston face - ambient pressure , let's call this (p - p0) , you have p - p0 = ( 8 eta L) * Qdot /(pi R^4) Using this Poiseuille' s Law you can calculate the pressure on the piston. You say at the end of your question that the pressure used to push is kept constant. In that case the flow rate you measure should be inversely proportional to eta and L.
Q:Can plastic tubes be used for automotive applications?
Yes, plastic tubes can be used for automotive applications. They are commonly used for various purposes such as fuel lines, coolant hoses, ventilation systems, and electrical wire protection. Plastic tubes offer advantages like flexibility, corrosion resistance, and lightweight construction, making them an ideal choice for certain automotive components.

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