Cast iron push in joints conversion 16 atm

Description

Cast iron push in joints conversion 16 atm

Sometimes, due to the reduction of the amount of transfer water in the water supply network, we are forced to use a smaller size pipe, which is used to Cast iron push in joints conversion 16 atm the pipe size from large to small or from small to large. It has water supply. This connection is produced in different sizes and is made of cast iron.

This connection is made of cast iron, which is produced for all kinds of pipes in different instruments. The price of the conversion of cast iron Titani. Three-way connection of ductile iron according to ISO standard. elbow connection made of ductile iron, which has a flange connecting it to pipelines. Cast iron elbow fittings that are connected to the pipeline with a flange. .

Cast iron conversion interface. Ductile or cast iron knees. Cast iron tee connection. Cast iron conversion interface with flange. Flake valves that are made of cast iron and their inner disk can be made of plastic or metal. The ductile elbow joint has a base to withstand the pressure of cast iron pipelines . The cast iron type of this flange has a pipe-like side that is placed inside the asbestos pipe.

The material of this product is made of cast iron and it is produced in two pressure ranges of 10 atmospheres and 16 atmospheres,  and it can be used for all liquids, especially in petrochemical and power plants, and they can withstand all high temperatures easily. It is placed in the network.

Disadvantages

Due to the cast iron material, this product has a heavy weight and it is difficult to transport it in the warehouse.

Cast iron fittings are produced in different sizes from 50 mm to 400 mm and to wings, these fittings increase the costs of transmission projects.

Cast iron joints break quickly in front of sudden impacts. Care should be taken during transportation

Advantages

One of the advantages of cast iron fittings is 1- its resistance to corrosion

2-Resistance to high temperatures

3- Resistance to high pressures as well as negative pressures

4- Resistance to abrasion

5- Resistance to external pressures such as

Weather changes, which is the reason for the expansion and contraction of the connection and causes the failure of the connections