When a furnace door cooling hose needs to be joined with another, you can use either a clamp or a threaded fitting.

The latter is the most commonly used option, because it provides enough pressure to keep the two sections together without leaking.

SuperGLASS II heat resistant fiberglass hose is ideal for conveying water to furnace doors in steel mills, glass plants, or where the hose may be exposed to high temperatures and splashes of white hot molten metals or glass.

wear-resistant furnace door cooling hose price

It is important to have the right hose for any melting shop. It is important to keep your production running smoothly, but it is also a smart investment. The right hose will save you money on lost productivity and replacement components. Luckily, there are many to choose from! These include the wear-resistant furnace door cooling hose, the heat resistant rubber hose and the thermoplastic hose with glass fibre insulation. The best hose for your needs will depend on your exact application. The wrong hose can be dangerous and expensive. You can find the right hose for your application by asking a few questions. If you're having trouble finding the right hose for your needs, you can have a custom-made one made.

abrasion-resistant furnace door cooling hose quick connector

When you are looking for a hose to carry cooling water to furnace doors, you need to know that there are different options out there. Some hoses are made specifically for this application, while others have been designed to protect them from heat and abrasion.

This is because the abrasion resistant furnace door cooling hose quickly connector can withstand external heat radiation and open flame. It is also nonconductive, which helps to prevent shock from the hose when it is used on electrical furnaces.

This hose has a heat-resistant, nonconductive resin-coated dust-free fiberglass cover. It is reinforced with multiple plies of high tensile textile cord.

This hose has been designed to carry cooling water to furnace doors in steel mills, glass plants and foundries. Its superior heat resistant cover resists open flamees and splashes or white hot metal up to +575degF (+1300). This hose is suitable for any electric or gas heater. It is equipped with an Armour Guard stainless steel braid for extra protection. It also features a quick-connect style of nipple, which provides a secure and unrestricted connection. The nipple is also bonded to the cover for maximum holding power. This hose is available in both standard and custom lengths.

Inner rubber layer of wear resistant furnace door cooling hose

Steel mills, foundries, and glass plants use abrasion-resistant hoses to deliver coolant to furnace doors. They have excellent abrasion resistance, antioxidant activity, thermal stability, and oil resistivity.

The outer layer of this hose is made from polyurethane, rubber, or a synthetic material that provides protection against abrasion and external damage. It also has a layer of PTFE, thermoplastic or rubber that prevents fluid flow.

This hose is also available in several sizes, including -4 and -6. It can be used at temperatures as low as -40(-40). +120(+248)degF and has a maximum working pressure of 2 MPa.

When determining the inner temperature range of a hose, manufacturers consider a variety of factors such as the fluid compatibility and the chemistry of the hose layers. This enables them to design hoses that can withstand extreme cold conditions.

When replacing a hose, make sure that the nipple and cutter style hose ends are compatible with the new hose. If they are not, the hose may become damaged during installation. To avoid this, flex the nipple and cutter hose end fully open a few times to ensure that it applies adequate tension on the hose. This will ensure the nipple seal and cutter seal, as well as hose's inner reinforcement braid, remain intact.