EPDM Rubber Braided Steam hoses are a great option for use in various industrial applications. These hoses are available in a variety of models, inside diameters, and weights. Some of these hoses are designed to be suitable for temperatures up to 450 degrees F. They are also used in cleaning, pumping, and heat control applications.
EPDM rubber braided steam hose manufacturer customization
EPDM rubber braided steam hoses are made with a special heat-resistant EPDM rubber tube and cover. They are ideal for use in brewing and other industries where steam is used. The hose's outer cover braid is specially designed for reducing bending radius and provides high pressure resistance. This hose also comes with non-marking EPDM rubber cover for easy identification.
Manufacturers of EPDM rubber braided Steam Hose can customize the hose to meet the needs of the client. The products are manufactured using the best quality rubber and modern machinery. This results in a product that's reliable, durable, and flexible. And unlike many other hoses, EPDM hoses are highly resistant to a variety of chemical agents.
There are many options for colors and materials to meet the needs of different users. Moreover, these hoses can be used for a variety of applications. The EPDM tube and its cover can withstand high pressure, temperature, abrasion, and aging. They also resist crushing and bursting. They are also resistant against accidental flame exposure.
production process of EPDM rubber braided steam hose
EPDM rubber braided steam hose is an important industrial rubber product. It is used for transferring high-pressure steam. It is composed of an inner tube, reinforcement layer, and cover. It can be used at temperatures ranging from -40 to 450degF and can withstand abrasion and corrosion. It can also be used in chemical injection pumps as it is oil-resistant. Its primary applications are in chemical, steel, and steel mill industries.
Extrusion is a method of producing EPDM rubber braided Steam Hoses. The ingredients are mixed in a container and then pushed through the thermal mandrel. The mandrel extrudes the material at a high speed. The distance between the inner diameter 13 and the outer diameter 15 determines the finished tube's diameter. The extruder extrudes the material at a rate of fifteen to fifty feet per minute, depending on the desired diameter. The temperature of the extruder ranges between 150 and 180 degrees Fahrenheit. The next step in the process involves the application of wire reinforcement 14 on the tube.
The EPDM layer is used as the inner liner. The outer layer consists of knitted polyester, rayon, or Kevlar. The resulting material is highly resistant to heat, ozone, and oil. It is a durable material and can be used in outdoor tubing for many years. The material can even tolerate temperatures below -40 degrees C. In addition, black carbon, calcium carbonate, and plasticizers are added to the material during the production process.
aplication fields of EPDM rubber braided steam hose
EPDM rubber braided steam hose is available in a wide range of dimensions with inner and outer diameters ranging from 1/2 in. to 4 in. It is suitable for high and low pressure steam applications, including shipyards and chemical plants. In addition, it is available in a variety of colors, including red and black.
These hoses can be used for many purposes, including food and chemical transfer, air and water, and petroleum service. They can also be made in different configurations to suit different requirements. These hoses can handle up to 200 psi of pressure.
Most hoses are made of EPDM. They are also available in SBR and PVC. EPDM is the most common material for water and transfer pipes. These hoses can be used for many chemical applications and are microbe-resistant. They are designed to meet USDA and FDA requirements, so they are ideal for saturated steam applications.
The most common cause of failure is misapplication. The wrong application can cut the hose and cause damage to the tube or cover. Incorrect application may also cause the product to escape into the reinforcement. The cover could become brittle or bubble up. Temperature exposure is another common cause of failure. Low or high temperatures can cause cracking, hardness and discoloration. Static electricity can also pose a danger.