Plastic Tubes PVC Tubes UPVC Drainage Pipes from China Hot Sale
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- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 100 kg
- Supply Capability:
- 1000 kg/month
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Specifications
pvc pipe for water drainage
1.Specification of pvc pipe:40mm-400mm
2.Thickness of pvc pipe:1.2mm-7.0mm
3.ISO certified.
Properties of pvc pipes:
1. Material: pvc pipe unplasticized polyvinyl chloride
2. Standard: GB, ISO9001, ISO14001
3. Color: white pvc pipe, grey pvc pipe , etc.
4. Specific Gravity, g/cm3, 20(C): 1.35 - 1.55
5. Vicat Softening Temperature, (C) >=79
6. Longitudinal Reversion, %, 150(C) <=5< span="">
7. Dichloromethane Resistance Test: No attack
8. Falling Weight Impact Test, TIR, %, 0(C) <=10< span="">
9. Tensile Yield Strength, Mpa >=40
10. Fitness of Water Tightness Test: No Leakage
11. Fitness of Air Tightness Test: No Leakage
Features of pvc pipes :
1) Light weight, easy to load and unload: PVC pipe is very light, convenient to handle loading unloading, and installing.
2) Good chemicals and drugs resistance: PVC pipe has its excellent resistance to the erosion caused by acids and alkalines, a great help to the chemical industries.
3) Small resistance to fluidity: The smooth surface reduces resistance to the fluids. Its roughness coefficient is only 0.009, much less than other pipes, Under same discharges, smaller cabibre of the pipe can be uesd.
4) Strong mechanical strength: Good resistance to water pressure, outside impact and pressure, is satisfied under any conditions.
5) Good electrical insulation: excellent insulation nature against electricity. the pvc pipe can be served as conduits and pipes in construction cable and wire.
6) Water quality unaffected: The solution tests on the PVC pipe show no affect on water quality when the water flows through is. It is considered the best piping material for running water works.
7) Simple installation: Very easy to connect, thus much time and laborcost may be saved.
Application of pvc pipes:
1) Structure Engineering, home water supply and drainage |
Specifications of the pvc pipe:
Outer Diameter (mm) | Wall thickness(mm) | |||||||
2.5MPA | 2.0MPA | 1.6MPA | 1.25MPA | 1.0MPA | 0.8MPA | 0.63MPA | ||
φ20 | 20*2.3 | 20*2.0 | ||||||
φ25 | 25*2.8 | 25*2.3 | 25*2.0 | |||||
Φ32 | 32*3.6 | 32*2.9 | 32*2.4 | 32*2.0 | ||||
Φ40 | 40*4.5 | 40*3.7 | 40*3.0 | 40*2.4 | 40*2.0 | |||
Φ50 | 50*5.6 | 50*4.6 | 50*3.7 | 50*3.0 | 50*2.4 | 50*2.0 | ||
Φ63 | 63*7.1 | 63*5.8 | 63*4.7 | 63*3.8 | 63*3.0 | 63*2.5 | 63*2.0 | |
Φ75 | 75*8.4 | 75*6.9 | 75*5.6 | 75*4.5 | 75*3.6 | 75*2.9 | 75*2.3 | |
Φ90 | 90*10.1 | 90*8.2 | 90*6.7 | 90*5.4 | 90*4.3 | 90*3.5 | 90*2.8 | |
Φ110 | 110*10.0 | 110*8.1 | 110*6.6 | 110*5.3 | 110*4.2 | 110*3.4 | 110*2.7 | |
Φ125 | 125*11.4 | 125*9.2 | 125*7.4 | 125*6.0 | 125*4.8 | 125*3.9 | 125*3.1 | |
Φ140 | 140*12.7 | 140*10.3 | 140*8.3 | 140*6.7 | 140*5.4 | 140*4.3 | 140*3.5 | |
Φ160 | 160*14.6 | 160*11.8 | 160*9.5 | 160*7.7 | 160*6.2 | 160*4.9 | 160*4.0 | |
Φ180 | 180*16.4 | 180*13.3 | 180*10.7 | 180*8.6 | 180*6.9 | 180*5.5 | 180*4.4 | |
Φ200 | 200*18.2 | 200*14.7 | 200*11.9 | 200*9.6 | 200*7.7 | 200*6.2 | 200*4.9 | |
Φ250 | 250*11.9 | 250*9.6 | 250*7.7 | 250*6.2 | ||||
Φ315 | 315*15.0 | 315*12.1 | 315*9.7 | 315*7.7 | ||||
Φ400 | 400*19.6 | 400*15.3 | 400*12.3 | 400*9.8 | ||||
- Q:What is the cost of plastic tubes compared to other materials?
- The cost of plastic tubes is generally lower compared to other materials such as metal or glass.
- Q:Is there an instrument for measuring the leakage of underground plastic pipes?
- If you feel afraid to damage too much wall, you can cut off the original water pipe from the water meter, and then the water pipe from the ceiling down, the original wall of the water pipe do not manage it. This is a new concept, is the water people are such decoration, because they know that the pipeline is not guaranteed Water Leakage, and we will assume the original premise of pipe into the wall way pipeline is never Water Leakage, in fact we can't do that. Plastic pipes are cheap, easy to install, easier to save than to find leaks and repair them.
- Q:Will they disintegrate or damage over time? Or are they safe like that for a while?
- If you must store them for a long time get a tube that is acid free and that will hold out moisture. A plastic type tube. If you keep it dry and at normal room temperature, storing it in a tube is fine long term. Maybe even years. Do not roll tightly.
- Q:I got A LOT of clear plastic tubing, (like EVERY size!) and I wanted to know if I could make a craft or something with it. I would like to make a gumball machine, but I searched forever and I couldn't find anything with plastic tubing. Do you have anything I can make? I can also go to the store and buy something (within reason of price) to make it! (it would be awesome if you could tell me by 3PM central today, because that's when my 10-year-old cousin is coming over and she loves crafts!) Thanks!
- chainmail can be made from plastic tubing... and then painted.
- Q:Can plastic tubes be used for storing small parts or components?
- Yes, plastic tubes can be used for storing small parts or components. They provide a convenient and organized way to store and transport small items, keeping them safe and easily accessible.
- Q:I remember when I was a kid my mother had a bunch of different cake decorating tubes in various colors and I'm pretty sure she still has them - and may use them, lol! OK, maybe I'm exaggerating a bit, but seriously, how long can I keep and use those little plastic squirt tubes of colored icing that you use to decorate cakes and cookies - realistically? Thanks!
- Most decorating tubes are fine as long as they are cleaned thrall with warm soapy water other than that they should be fine
- Q:GFs birthday coming up and I want to give her something special... any suggestions as to what I can make?
- Make her a mask. Cut holes out for the eyes and mouth, Attack the spoons to the side for the ears, Curly straws on the head for antenna's, and use the toothpaste tube as either a mustache or a nose.
- Q:What are the different end closures available for plastic tubes?
- There are several different end closures available for plastic tubes, including screw-on caps, flip-top caps, snap-on caps, push-pull caps, and dispensing pumps. These closures provide various functionalities and convenience depending on the intended use of the plastic tube.
- Q:i was thinking sterilization cause due to being a surgical instrument, but can we sterilse plastic in autoclave or UV lights? confusing question.......
- Most plastic stuff comes already sterile from the manufacturer. There is the option of gas sterilization, if the tubing won't survive an autoclave. Most surgical instruments are metal and ARE re-sterilized, at least in the OR's where I work. We don't reuse tubing.
- 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.
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Plastic Tubes PVC Tubes UPVC Drainage Pipes from China Hot Sale
- Ref Price:
-
- Loading Port:
- Tianjin
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 100 kg
- Supply Capability:
- 1000 kg/month
OKorder Service Pledge
OKorder Financial Service
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