Wednesday, April 17, 2013

Camlock Couplings and Fittings Brass, Stainless steel, Polypropylene

Leakage of tank tubing or hose pipes is a common problem that people face in their day-to-day lives. If there is any leakage, it will lead to loss of liquid but if it includes pipeline transporting chemicals, vapors or any material flowing using anyone of them, it can lead to severe damages.

In order to overcome this problem, you need to get the pipelines connected and coupled properly. The couplings are offered by the use of groove & cam lock fittings. They are designed from many types of materials and available in different brands in the market to choose from.

Different Types of Cam Lock Couplings: 

Cam lock fittings are offered in a number of materials such as polypropylene, aluminum, steel and brass. They can be found in various sizes ranging from ½ inch to 6 inches, which can be used as per your specific needs. 


Brass groove and cam couplings: Brass camlock couplings are made of brass and they are sand casted. These can be found in different sizes ranging from ½ inch to 3 inches.



Stainless steel cam and groove locking: Such couplings are popular for the precision casting or lost was processes.


Aluminum cam lock fittings: They are available in a wide variety of camlock fittings which are permanent mold cast. They stay consistent because of the high strength from those which are made from die casting and sand varieties. 



Polypropylene couplings: This camlock fitting is made of using 20% glass reinforced polypropylene which is commonly acid resistant in nature. They polypropylene coupling can withstand a temperature of around 1600 F. 


ProFlow Dynamic Camlock Couplings and Fittings Detail

3 comments:

  1. Well.. its a great effort to wrote about camlock couplings brass steel.
    Brass fittings

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  2. This comment has been removed by the author.

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  3. My Uncle has a huge tank in his backyard, and he uses it for all kinds of different things. But recently it's had a pretty solid leak and he hasn't been able to fix it. So I told him about http://www.fittingsinc.com. I'm hoping he can get the problem resolved before it gets any worse.

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