S.T.A.M.P.E.D. and Industrial Hose
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S.T.A.M.P.E.D. and Industrial Hose
Industrial rubber hose plays a pivotal role in our daily infrastructure, ensuring the smooth operation of countless systems, from manufacturing plants to construction sites. As experts in this field, Texcel understands that choosing the right hose goes beyond mere selection—it demands comprehensive knowledge encapsulated in the acronym S.T.A.M.P.E.D. With a global market expected to surpass $14 billion by 2025, it's evident that the importance of industrial rubber hose is only growing. Backed by both research and hands-on experience, Texcel delves into the intricacies of selecting the best hose built for your application.
SIZE
What are the overall dimensions of the hose required for the application? You will need to know the hose ID, OD, and length. If the assembled length is critical to the hose’s application, you may need to determine the overall assembled lengths (including fittings).
TEMPERATURE
To achieve reliable hose performance, you will need to know the temperature of the application, which is a key factor, particularly how hot it is. Consider both internal and external temperatures. Most rubber compounds will naturally begin to break down as it approaches 200° Fahrenheit. There are specially blended rubber compounds that are made to withstand higher temperatures, such as EPDM and Viton.
APPLICATION
Knowing the environment in which the hose is being used is a critical part in the selection process. Is there direct exposure to sunlight? If so, your customer will need a hose that is made from a compound that has ozone resistance, such as EPDM. Is there direct exposure to oil or petroleum products? If so, your customer will need a hose that is made from a compound that has oil or aromatic resistance, such as Nitrile.
MEDIA
What is the material running through the hose? This parameter is important because the media will contact the hose's ID. Not all rubber compounds are created equal. For example, Nitrile is good for oil- and petroleum-based applications, while Gum is better suited for high-abrasion applications.
PRESSURE
This refers to how much pressure and/or vacuum the hose will see in service. Be aware of any spikes in pressure and allow for these in the design and selection of your hose. It is equally important to be aware of the correlation between temperature and pressure. A hose cannot be used at its maximum rated working pressure and maximum rated temperature at the same time.
ENDS
Which fittings are needed and how are they attached to the hose? A hose assembly is rated for the lesser of the working pressures between the hose and fittings. For instance, a 4-inch 200psi hose with aluminum cam-and-groove fittings, double banded, will only be rated for 100psi. This is due to the pressure rating capabilities of the band clamps used to assemble the hose.
DELIVERY
Knowing the delivery needs of the hose will ensure timely arrival and in proper condition. Be sure to advise the supplier of any testing and/or certification needed on the hose. Specific packaging requirements and knowing when the hose products are needed on-site are all aspects that should be addressed prior to confirming the order.
Rubber hoses are designed to bend and twist, making them suitable for tight spaces and complex setups. They can handle high pressures without losing shape. This flexibility is essential, especially in dynamic work environments where movement is constant. Made from robust materials, industrial hose resists wear and tear from harsh conditions. They can handle extreme heat, cold, and exposure to harsh chemicals. From pneumatic applications to water transfer, rubber hoses can do it all. Whether you are sandblasting or pumping fuel, Texcel offers a hose designed for your needs in mind.
When you apply the S.T.A.M.P.E.D. criteria to select your industrial rubber hose, you ensure optimal performance and safety. By considering these factors, you can choose hoses that are perfectly suited for the specific tasks they are meant to perform, reducing the risk of accidents, and increasing efficiency. Using the S.T.A.M.P.E.D. criteria also leads to cost-effectiveness and longevity, minimizing the chances of premature wear and tear. This will significantly extend the lifespan of the hose, providing long-term value for your operations.
What are the overall dimensions of the hose required for the application? You will need to know the hose ID, OD, and length. If the assembled length is critical to the hose’s application, you may need to determine the overall assembled lengths (including fittings).
TEMPERATURE
To achieve reliable hose performance, you will need to know the temperature of the application, which is a key factor, particularly how hot it is. Consider both internal and external temperatures. Most rubber compounds will naturally begin to break down as it approaches 200° Fahrenheit. There are specially blended rubber compounds that are made to withstand higher temperatures, such as EPDM and Viton.
APPLICATION
Knowing the environment in which the hose is being used is a critical part in the selection process. Is there direct exposure to sunlight? If so, your customer will need a hose that is made from a compound that has ozone resistance, such as EPDM. Is there direct exposure to oil or petroleum products? If so, your customer will need a hose that is made from a compound that has oil or aromatic resistance, such as Nitrile.
MEDIA
What is the material running through the hose? This parameter is important because the media will contact the hose's ID. Not all rubber compounds are created equal. For example, Nitrile is good for oil- and petroleum-based applications, while Gum is better suited for high-abrasion applications.
PRESSURE
This refers to how much pressure and/or vacuum the hose will see in service. Be aware of any spikes in pressure and allow for these in the design and selection of your hose. It is equally important to be aware of the correlation between temperature and pressure. A hose cannot be used at its maximum rated working pressure and maximum rated temperature at the same time.
ENDS
Which fittings are needed and how are they attached to the hose? A hose assembly is rated for the lesser of the working pressures between the hose and fittings. For instance, a 4-inch 200psi hose with aluminum cam-and-groove fittings, double banded, will only be rated for 100psi. This is due to the pressure rating capabilities of the band clamps used to assemble the hose.
DELIVERY
Knowing the delivery needs of the hose will ensure timely arrival and in proper condition. Be sure to advise the supplier of any testing and/or certification needed on the hose. Specific packaging requirements and knowing when the hose products are needed on-site are all aspects that should be addressed prior to confirming the order.
Rubber hoses are designed to bend and twist, making them suitable for tight spaces and complex setups. They can handle high pressures without losing shape. This flexibility is essential, especially in dynamic work environments where movement is constant. Made from robust materials, industrial hose resists wear and tear from harsh conditions. They can handle extreme heat, cold, and exposure to harsh chemicals. From pneumatic applications to water transfer, rubber hoses can do it all. Whether you are sandblasting or pumping fuel, Texcel offers a hose designed for your needs in mind.
When you apply the S.T.A.M.P.E.D. criteria to select your industrial rubber hose, you ensure optimal performance and safety. By considering these factors, you can choose hoses that are perfectly suited for the specific tasks they are meant to perform, reducing the risk of accidents, and increasing efficiency. Using the S.T.A.M.P.E.D. criteria also leads to cost-effectiveness and longevity, minimizing the chances of premature wear and tear. This will significantly extend the lifespan of the hose, providing long-term value for your operations.
For more information, check out our Resource Guide under Resources at www.texcelrubber.com.