Furnace base
Furnace base Furnace base is used as insulation for furnaces, which is used in laboratory and health industries for insulation and has good impact resistance.
Product description
Furnace base
Furnace base is used as insulation for furnaces, which is used in laboratory and health industries for insulation and has good impact resistance.
This product is made of fiberglass called fiberglass, which is mixed with epoxy resin and forms the base of the furnace and has dielectric properties.
The type of fibers used in this product is E-glass, which is mentioned above; This product has dielectric properties, in general, the advantages of this product can be considered because of its texture, which is a type of glass.
In addition to its light weight, these fibers also have acceptable mechanical properties, ie they show good resistance against abrasion, impact and tension.
The base of the furnace is one of the good advantages such as low impermeability to water, stability against abrasion, non-flammable, etc. The existence of these advantages has made the product admirable in use in various industries.
The fibers used in the base of the furnace have a long life and low weight, which makes these fibers resistant to abrasion and tension and has good strength, although in the past, asbestos fibers were widely used instead of glass fibers and played important roles. However, over time, humans realized one of the benefits of these fibers, which was a specific spatial limitation, and sought good alternatives with the same unique benefits of asbestos fibers, one of which is fiberglass.
The base of the furnace called fiberglass with a rectangular cross-section can withstand temperatures up to 180 degrees Celsius.
The base of the furnace is made in yellow or greenish colors and in the dimensions of 44 to 22.8 mm.
The most important features of the furnace base are:
Non-combustible
Maintaining yields in a variety of weather conditions
Slightly impermeable to water
Has a smooth surface and one hand
Maximum tolerable heat up to 180 degrees Celsius
For heavy use, heat tolerance up to 140 ° C
Has excellent mechanical strength and stability against shocks, impact and traction
Resistance to erosion and good performance in alkaline and acidic environments
Used in the environment
It has dielectric properties and electrical insulation capability
Furnace base is available in densities of 1.90 to 1.30 grams per cubic centimeter.
