• PVC Pipe Material: PVC Length: 5.8/11.8M Standard: GB System 1
  • PVC Pipe Material: PVC Length: 5.8/11.8M Standard: GB System 2
PVC Pipe Material: PVC Length: 5.8/11.8M Standard: GB

PVC Pipe Material: PVC Length: 5.8/11.8M Standard: GB

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
500 m
Supply Capability:
10000 m/month

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1.Description of PVC Pipe :
Material: Virgin Rigid PVC resin, no recycle material
Process: vacuum forming extrusion
Color: various colors, we can make color according to Panton card No.
Application:construction, home decoration, stationery&toy, advertising, ornament, etc.
Common Feature: high glossy, water proof, damp proof, termite proof, shock proof, fire retardant, Maintenance free, light weight ,easy to install, economical, durability, recyclable

2.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) Strong mechanical strength: Good resistance to water pressure, outside impact and pressure, is satisfied under any conditions.
4) Good electrical insulation: excellent insulation nature against electricity. the pvc pipe can be served as conduits and pipes in construction cable and wire.
3.PVC Pipe Images:

PVC Pipe Material: PVC Length: 5.8/11.8M Standard: GB

PVC Pipe Material: PVC Length: 5.8/11.8M Standard: GB

4.Specifications of the PVC Pipe:
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
5.FAQ 
Q:What is you MOQ?
A:As customer’s request.
Q:What is the production ability? or delivery time?
A:Our production ability support 40HQ order finish in one week.
Q:Can we have sample?
A:Sample free, freight cost you.
Q:For urgently doubts,who online?
A:Sales and marketing Manager 24hours online service.

Q:EXACTLY WHERE AT THE MOUTH OF A PLASTIC TUBE DOES THE PRESSURE NODE FORM? (Dealing with standing waves in air)?
Level with the open end. Pressure nodes form where there are displacement antinodes and displacement nodes form where there are pressure antinodes If you look at the diagram, this will be clear.
Q:I have a question. I have a air pump and some of the plastic tubing in my aquarium right not. Well, the plastic tubing has hardened and just will not stay in place. So I am thinking of going and purchasing some of the silicon airline tubing. I have a treasure chest and a sunken ship in the aquarium, but they do not have the hookup (airstone). So, I just put the tubes let the air come out of the end. Do I have to have an airstone? I haven't up until now and the bubbles are big. What do I need to purchase when I go to the pet store? Thanks!
Just a thought here: You could try softening your plastic tubing. Place it in a pot of hot water (with the plastic tubing resting on a couple of spoons so it doesn't touch the bottom of the pot), and bring the pot to a simmer for a few minutes. Your plastic tubing will be quite soft. Remove with a fork; wear rubber gloves to place it in the correct position in your aquarium.
Q:For some tuning fork frequencies is it possible to hear resonance at more than one length of the plastic tube? Why?
Because the tube might be long enough to reflect the third harmonic( if it is a tube closed at one end ). It is easier to find the 2nd resonance with the higher pitched tuning forks.
Q:I have my own Bath Body company and want to add foot care to my line. Well I have the ingredients and know how to make the foot care, but I have yet to be able to find EMPTY, plastic tubes I can fill to be able to sell my product. Any ideas on a supplier? I'm done many searches in many serach engines with no luck! :-(
I found this site that might sell the supplies you are looking for. Just search for pump in the upper right hand corner of the site.
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:Are plastic tubes suitable for packaging electronics or electrical components?
Yes, plastic tubes are suitable for packaging electronics or electrical components. They provide protection against physical damage, moisture, and static electricity, ensuring the safety and integrity of the components during storage or transportation. Plastic tubes also offer flexibility in size, shape, and design, allowing for efficient and customized packaging solutions. Furthermore, plastic is a lightweight and cost-effective material, making it a preferred choice for packaging electronics and electrical components.
Q:When a mechanic wants to empty a gasoline tank of a car,he fills a plastic tube with gasoline,dips one end of the tube into the gasoline in the tank,and puts the one end at a empty drum lower than the gasoline tank of the car.Why does this technique work?
He makes use of the syphoning effect. you put in a protracted adequate plastic tube into the gas tank and suck as to hold the gas to fill the tube (upwards). earlier achieving mouth, very rapidly pass tube downwards pointing to floor, making particular the tube will now be decrease than the gas tank hollow, this variety, the gas trapped in tube will fall via gravity and it will create a vacuum effect which will suck the gas out.
Q:Can plastic tubes be used for decorative purposes?
Yes, plastic tubes can definitely be used for decorative purposes. They can be painted, adorned with ribbons or decorative tape, and filled with various materials such as colored sand, beads, or flowers to create unique and visually appealing decorations.
Q:How do you measure the diameter of a plastic tube?
To measure the diameter of a plastic tube, you can use a caliper or a ruler. Place the tube on a flat surface and use the caliper's jaws or the ruler to measure the distance from one edge of the tube to the opposite edge, ensuring that the measurement is taken at the widest point. This measurement will give you the diameter of the plastic tube.
Q:Do plastic tubes have any limitations in terms of recyclability or environmental impact?
Yes, plastic tubes have limitations in terms of recyclability and environmental impact. While some plastic tubes are recyclable, the process is often complex and requires specialized facilities. Additionally, the presence of multiple materials, such as caps or labels, can further complicate the recycling process. Moreover, certain types of plastic tubes, like those made from mixed plastics or containing non-recyclable components, are not easily recyclable and can end up in landfills or incinerators, contributing to environmental pollution. Therefore, it is important to consider the material composition and design of plastic tubes to minimize their environmental impact and promote recycling efforts.

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