Cementing Hose

Flexible connection between the cementing head and cementing pump manifold for high-pressure conveyance of cement slurry. Full range of couplings available, including hammer unions, flanges, camlock and male thread.

Multiple layers of reinforcement made from high strength steel wire. Reinforcement layer consist of four or six alternating layers of spiral high tensile steel wire.

High Pressure Cementing Hose Application

Cementing hose is a flexible connection between cementing pump manifolds and cementing heads for the conveyance of cement slurries under high pressure. The hose is available in several types and sizes, including 2 inch and 3 inch.

It is made up of multiple layers of steel cables with one rubber middle to withstand abrasion, corrosion, and high temperatures. It is suitable for use in water and chemical injection, acidizing and cementing.

This hose is rated for 10 times the durability of standard hose covers and is oil and abrasion resistant. It is also able to withstand temperatures up to 250 deg F.

The hose is available with many couplings, including hammer unions, API threads, butt-welded unions and flanges. It is also API 7k-certified.

These hoses are lightweight, easy to use, and maintain high pressure. They are perfect for service companies, rental companies and pipeline and well testing companies.

The cementing hose can reduce downtime and increase productivity. It is also an efficient and safe way to transport slurry to the wellbore. It is crucial to choose a hose that can withstand high temperatures and pressures. It is also critical to comply with the API guidelines when choosing a cementing hose for use in the oilfield.

2 inch Cementing Hose price

Cementing hoses are high-pressure flexible connections between the cementing pump manifold and the cementing head. These hoses are especially useful in the oil and gas industry as they can handle abrasive and corrosive cement.

These hoses are not only resistant to high pressure and abrasion, but also have impressive features like an UltraBrasion or MegaTuff covering that protects against corrosion, oils, and gouges. These hoses are ideal for many specialized oil and gas applications such as conveying cement slurries or drilling muds.

One of the benefits of using a good quality hose is that it will last longer than cheaply made ones. This will save you money over the long haul as well as time and effort in the event of a hose failure.

The best hoses are manufactured by an experienced manufacturer that has invested in the latest equipment and processes. This includes an advanced testing lab that performs a variety of tests to ensure that the product meets your specific needs. These include abrasion, burst strength, temperature range and more. Some manufacturers even provide a warranty and customer support team to help you out should something go wrong with your hose. It is important to know that your hose will work as it should.

Table containing the cementing hose specification parameters

The High Pressure Cementing Hose is used as a flexible connection between the cementing pump manifold and the cementing head for conveyance of cement slurries at high pressure. It can be used with water, oil base mud, mineral oils and glycols as well as flushing fluid.

It consists of three parts: the tube, reinforcement, and cover. The tube is made from high quality synthetic rubber, mostly NBR. It is resistant to weather, abrasion, and cuts. The reinforcement is made of two or eight layers of high strength steel wire, making it work well in high pressure working conditions.

A good quality hose has steady performance, good decentrality and excellent oil resistance. It can be used in construction, mining, agriculture, and the oil and gas industry.

The cementing hose is used to convey the corrosive and abrasive cement slurries. It is also able to resist different temperature ranges. It can be used for rotary drilling, sand blasting and cementing in many industrial sectors. It has high tensile strength and long service life, and can be recycled after use, depending on the effectiveness of the reducing agent.