BSP thread joints provide an excellent solution for absorption in PE pipe systems. These can be attached to any end of the BSP in PE connections or PE compression. read more about the bsp pe pipe fittings dimensions, philmac fittings, poly pipe fittings, polypipe fittings, hdpe pipe sizes, plastic bsp pipe fittings, pe electrofusion fittings and black polyethylene pipe.
How do you tighten poly pipe fittings?
The flexible nature of the PE allows it to be used in colder weather – where it will not crack – and where the rigid pipe requires multiple elbows to have complex rotations. Unlike other plastic pipes, poly pipe fittings do not use adhesive to weld the welded parts together. Instead, two types of specially designed joints fasten poly-joints using friction. Both types have specific installation instructions to make sure they push the connections.
Installation of barbed wire
1- Cut the required length of pipe from the PE pipe with a sharp tool knife. Make sure the cut is smooth. Pull a hose clip on the end of the pipe. The size of the hose clamp must match the pipe size.
2. Position one end of a barbed polyester rebar in a water lubricant. Hold the lubricated joints in your dominant hand and the cut piece of pipe in your other hand.
3. Hard to push the connections to the end of the pipe because you have screwed the connections back and forth.
4- Pull hose clamp toward the fittings so that the end near the fittings is 1/4 inch from the end of the pipe. Rotate the clamp bolt clockwise with a 16.5-inch nut driver to fit the fittings.
1. Hold the center nut of the compression fitted with an adjustable wrench. Rotate one of the two outer locking nuts anticlockwise with the second adjustable wrench. Rotate the wrench until the outer lock nut is loose and do not separate the joints.
2. Insert the end of a piece of poly pipe into the loose part of the compression fittings. Pull the pipe to feel the pipe feel from the bottom into the connections. Fold the locking screw clockwise with adjustable wrench to tighten it. The tight lock does not allow the pipe to move in the connecting body.
3. Wash the second lock with adjustable wrench. Attach the loose end of the second piece of pipe to the open end of the fittings. Rotate the lock clockwise to lock the second piece of pipe in the body of the joint.
List of pipe fitting suppliers and distributors in Iran
Polyethylene production line in Iran is very complex and polyethylene production is a chemical process that is done in petrochemicals and in a complex process. Production of polyethylene as the most consumed and simplest polymer in the world follows a certain complexity and innovation. Also known as Pipe Grade is Pipe Grade and polyethylene materials which are used for rotary molding and ……
The polyethylene produced is essentially colorless and white, used for coloring with HDPE-based additives called masterbatches, and in some grades such as rotary polyethylene materials, mineral pigments are used.
In general, polyethylene is a family of resins obtained by the polymerization of ethylene gas (C2H4). Catalyst and polymerization of this material can control various properties such as density, melt flow index (MFI), crystallinity, branching and lattice degree, molecular weight and molecular weight distribution. Low molecular weight polymers are used as lubricants.
Medium molecular weight polymers are paraffin blendable waxes, and ultimately, polymers with a higher molecular weight of 6,000 have the highest consumption in the plastics industry. Polyethylene contains a very simple structure, which is simpler than all commercial polymers.
Note that the PE line is not confused with the PE line, polyethylene is a raw material for the PE pipe and the PE line is much simpler and more primitive than the PE line. In PE production, the R&D process (R&D) makes no sense and no additives are added to the raw materials. Only polyethylene material is inserted into the extruder from the PE pipe line equipment and converted to PE in a mechanical process but in-line.
Polyethylene production processes are completely chemical and additives for bi-resistance The camel and the mechanical properties of the materials are added to them, which is why the mechanical properties of polyethylene materials of different petrochemicals are different and of varying degrees of quality. (Polyethylene), a long chain of ethylene bonds to carbon atoms, which are called branched polyethylene or lightweight polyethylene (LDPE) because its density has been reduced due to higher volume occupancy.
In this type of polyethylene, ethylene molecules are randomly bonded to each other and give a very irregular shape and shape. Its density ranges from 0.910 to 0.925 and is produced under high pressure and temperature and often by the use of free radical polymerization (free radical polymerization). Of course, Ziegler-Natta polymerization can also be used to make it. But in the production of polyethylene and polyethylene pipes we only use these products as granules.
Why Iranian plastic fittings and pipes are cheaper?
Iran is not only lagging behind in the production of polyethylene pipes, but in many cases has gone further. Fortunately, for the first time in the world, the production of polyethylene pipes with a diameter of more than two thousand mm was produced in the world.
Today’s manufactured polyethylene pipes are exportable even to the developed countries of the world as they are manufactured and marketed in the consumer market based on world-class knowledge, technology, technology and standards. Currently, the consumption of polyethylene pipes in the country is 400,000 tons per year, he added. Most of the customers in Iran are government devices such as the Ministry of Agriculture, Power and others. Currently the country needs only 25% of these goods.
How are BSP pipe fittings measured?
One of the most common problems that our customers are facing is identifying and measuring pipe threads.
In the UK, standard UK BSP pipe threads are commonly used. These are either parallel (BSPPs) that typically lie on the gasket or seal of the ‘O’ ring, or as cones (BSPTs) multiplying along them and are usually paired by two threads.
How to measure topic:
Use a tape rule (or vein gauge) to measure outside the male thread. Note that the thread measuring 1/2 “is not a BSP 1/2” thread.
Using the table below we can see that the 1/2 “measuring thread is actually a 1/4” BSP thread. Similarly, the thread that measures 1 “is actually a 3/4” BSP thread.
In Europe metric tube threads (DIN) are common in German devices. These generally have a 1.5 mm thread, although this may vary. Smaller sizes can have a thread of 1.0 mm and larger sizes can have a thread of 2.0 mm. Other changes occur. French equipment usually has 24-degree cones of fine gas.
In North America, NPT, JIC and ORFS pipe threads are common. Some NPT topics are similar to BSPT topics, so check out the origin of the part if in doubt.
In Japan, JIS conical and parallel yarns are common and interchangeable with BSPT and BSPP threads, though 30 degree cones may be reversed.
Properties and important applications of BSP fittings
British Standard Pipe (BSP) technical standards for screws that are internationally compliant to connect and seal pipes and fittings by pairing an external thread (male) with an internal thread (female) Approved. Except in North America, which uses NPT and related materials, it has been adopted as the standard in piping and pipe fittings.
There are two types of yarn:
Parallel yarns, the British Standard Pipe Parallel Thread (BSPP), also known as the British Standard Pipe Thread Standard (BSPF and the British Standard Mechanical Pipe Thread / BSPM), are of fixed diameter . Mentioned by letter G.
Taper threads, British Standard Brass Thread (BSPT), whose diameter increases or decreases throughout the thread. Referred to by letter R.
BSPT tube threads.
These can be combined into two types of connections:
Join the topics
These are tubular tubes in which they are fastened together by mating two threads. They always use thin male thread, but can have parallel or feminine hair.
These are parallel tube tubes in which a tight pressure connection can be applied by compressing a soft material (such as an o seal or gasket) between the end of the male thread and the face of the socket or nipple. Harden a walnut.
Polyethylene Fittings Product Catalogue for Buyers
Replacing polyethylene pipes instead of steel or steel pipes generally indicates the advantages that these pipes have over other pipes. In fact, if we look more closely at this process, we will see the many benefits of these pipes. In fact the benefits that cover the disadvantages of traditional pipes. In addition to covering the disadvantages of old pipes, polyethylene pipes in general have their advantages and thus have become more advanced version of pipes which are wise and economical to use. . The most important of these are:
- Hygienic and environmental standard
- Corrosion and rust resistant
- The interior surface is perfectly flat and flat
- High mechanical and physical strength
- Reasonable price and quite economical
- Efficient connections
- Heat and cold resistant
- Optimal flexibility
- High wear resistance
- Leak-free connections
- Vibration resistant
- Very long service life
- Variations in size and color
- Desirable shape
- Easy shipping
- Reliable strength
- High density
- light weight
- And …
Choosing the right polyethylene pipes
Pipe selection is one of the important things that contractors and employers or even designers have to do. But what are the criteria for pipe selection? The answer to this question is not so difficult. What factors do you care about if you are a manufacturer or an employer in creating a plumbing system? Isn’t your response to the same factors that a manufacturer of polyethylene pipes considers?
Certainly one of the most important factors is the strength and resistance of the pipe. This property is both physically and mechanically important and chemically important. Because the pipe needs to withstand both pressure and corrosive chemicals. Longevity and reasonable price are two other factors to consider when choosing a pipe.
Raw materials for polyethylene pipes
The production of polyethylene pipes depends on the raw materials that are measured on a PE scale. Polyethylene material is made from ethylene hydrocarbon. This requires high heat and pressure for this hydrocarbon. All polyethylene pipes that are manufactured today and sold on the market come from one of the following raw materials:
- PE 63
- PE 80
- PE 100
PE 63 and PE 80 materials
PE 63 materials have a relatively low density. Therefore, their weight and thickness are higher than other PE pipes. These pipes are manufactured at a higher cost than newer pipes with higher PE and are not economically viable. PE80 material became popular after PE 63 and was somehow substituted for PE in the production of polyethylene pipes. The high density of these materials reduced the thickness and weight of the new PE pipes. These tubes were both lighter and more durable than the old ones. Most importantly, they are produced at lower costs and are economically profitable and profitable.
PE 100 material
PE 100, the newest material in the production of polyethylene pipes, has recently entered the field. It is very high quality and the pipes made with this material are of high quality. In addition to being lighter and thinner, these pipes are more durable and cost less to produce than other PE pipes. Most manufacturers of polyethylene pipes today are seeking to use this material in order to offer a product that, in addition to lowering production costs, can attract more positive reviews than previous products. The most important benefits of these pipes are:
- Reduce production costs
- Higher flexibility
- Higher strength and durability
- Lower Thickness and Weight
- And …
A Buying Guide to Buy Best BSP PE fittings in bulk
Polyethylene pipes are black pipes used with blue lines (for irrigation), yellow lines for (gas supply) and brown lines (for wastewater). Polyethylene pipe is a pipe made of a kind of synthetic polymer of the same name, because of its unique chemical structure, many advantages over it. Among the advantages of polyethylene pipe made of polyethylene or P.E material can be high resistance to corrosive materials, pressure, impact, abrasion, temperature as well as having a good bending angle. Other features of this polymer tube are its high resistance to impact and pressure at very low temperatures.
What material is made of polyethylene pipe?
Polyethylene tubes are made of a polymer material called polyethylene, which is abbreviated as PE. It is important to note that this material is obtained from the polymerization reaction of ethylene units. Polyethylenes are themselves from the family of polyolefins that are used in many plastic materials today.
The price of polyethylene pipes is determined by different methods, each having a different impact on the rate of polyethylene pipes, and as a result, the prices of different types of pipes in factories are announced. There are several reasons for this difference, which we will discuss below. Some people may be surprised at the difference between the prices of PEs with different brands. This difference can be due to different things. The impact of each of these cases is very different, and everyone has to make their own choice between the different pipes and their differences.