This article will focus on the characteristics of EPDM Rubber Braided steam hoses. We will also discuss the advantages of such assemblies and the model parameters to use. We will also discuss ways to prolong the hose's service life. Let's begin with the basic structure and material of the hose.
How to prolong the service life EPDM rubber braided steamhoses
A simple but effective way to increase the service life of an EPDM rubber braided steam hose is to keep it properly aligned. This can reduce the incidence of leaks and increase the hose's flexibility. Avoid bending or exceedingly benting a hose as this can cause it break or rupture.
The hose should always be connected to the steam source via a shut-off valve. It should be protected from kinking by installing pipe elbows to ensure a 45 degree downward angle. This will prevent excessive bending and weaken your assembly.
A properly installed EPDM hose will last between a few and twenty years. It is important to inspect your EPDM hose on a regular basis and clean out any debris. Leakage can be caused by excess dirt and oil. Clean off any affected areas with a degreaser.
In addition to following a proper installation procedure, it's also important to choose the right hose. The wrong hose can cause dangerous and expensive failures. The Swagelok (r) hose and flexible tubing is ideal for many applications and is available in customized lengths and diameters. You can also get it with a variety end connections.
Advantages of EPDM Rubber Braided Steam Hose Assembly
The EPDM Rubber Braided Steam Hose Assemblies have a number of advantages. They are fireproof and resistant to mechanical abuse. The rubber is applied directly to the hose and vulcanized directly to the end fitting ferrule. The EPDM rubber cover is also antistatic, with a mirror smooth surface finish. The EPDM rubber is specially compounded to be fireproof.
The EPDM rubber braided steam hose assemblies are available in a variety of sizes and materials. Choosing a steam hose assembly that fits the application you need is important. The wrong size hose can cause problems. To ensure that you purchase the right size and type of hose for your application, you need to determine the maximum working pressure for your equipment.
Choosing the right coupling is also important. In order to ensure that the EPDM Rubber Braided Steam Hose assembly meets the specifications of your application, it is crucial to select a hose coupling with proper temperature and pressure ratings. Avoid using universals, camlocks, or gasket-type couplings. If you are unsure of what type of coupling is best for your needs, you can always contact an expert in this field.
Corroline+ hose assemblies can withstand high pressure and temperature, and are extremely flexible. As a result, they do not stress corrode or fatigue, unlike metal hoses. They are also designed for long-term use in hostile environments. Moreover, they are also resistant to mechanical and chemical stresses. In fact, they do not suffer embrittlement even after being subjected to extreme thermal cycling.
EPDM rubber braided steam hose model parameters
An EPDM rubber braided, steam hose can be used in many different applications. Its common working pressure is less than 7 bars, while its burst pressure can reach 70 bars. It can withstand temperatures ranging from -30 to +210degC. Its electric resistance is less than 109 oC. The inner diameter of a Hose refers to its diameter, while the outer diameter refers to the outer circle.
This steam hose is made from special rubber compounds that provide superior resistance against the ageing effects steam. It conforms to industry standards for temperature and pressure resistance. The wire braid reinforcement adds durability and kink resistance. The EPDM rubber cover, pin-pricked EPDM rubber, is also non-marking.
The EPDM synthetic rubber is based on polyester yarns and twisted threads in a circular pattern. It is characterized by high tenacity and low maintenance. EPDM rubber is compatible with hot water, seawater, and acetylene. It is also resistant to ozone and abrasion.