Thermo gasket is a resilient textile gasket designed for high temperature applications. The
outer surface is composed of multiple intertwined fiberglass yarns that form a rounded
tube. The inner core is fiberglass knitted rope. It is used as thermal seal in environments
with high temperature. In addition, the clips allow for quick , easy and cost effective
production assembly. The end is joint 3M type 69 white glass adhesive backed tape.
Knitted fiberglass tape is a thin textile gasket designed for high temperature applications. The fiberglass tape is used with oven door stove door or grilling closure. It is produced with air texturized fiberglass filaments. It is specially designed for installations where glass panels are installed with steel frames. In normal working conditions as the steel frame expands due to dilatation in high temperature areas, this type of tape acts as a flexible separation layer between steel frames and glass panels.
It is a highly resilent textile gasket designed for high temperature applications. The outer surface is composed of multiple intertwined fiber glass yarns that form a rounded tube. To improve the resiliency of the gasket, a special supporting tube made of stainless steel wire is inserted inside the inner cores. This allows a superior life cycle while keeping constant spring effects.
RG-WR-GB-SA is a resilient texitile gasket designed for high temperature applications. It’s composed of multiple intertwined fiberglass yarns that form a rounded tube.
To further facilitate the installation onto the frame, a self adhesive tape is available.
It is a highly resilent textile gasket designed for high temperature applications. The outer surface is composed of multiple intertwined fiber glass yarns that form a rounded tube. To improve the resiliency of the gasket, a special supporting tube made of stainless steel wire is inserted inside one of the inner cores, another inner core is a braided cord which also offers a strong support to the gasket. This allows a superior life cycle while keeping constant spring effects.
GLASFLEX UT is a braided sleeve using continuous fiberglass filaments that is able to withstand high temperature in continuous up to 550 ℃. It has excellent insulation capabilities and represents an economic solution to protect pipes, hoses and cables from molten splashes.
Thermo gasket is a highly resilient textile gasket designed for high tempereture applications. The outer surface is composed of multitwined fiber glass yearn that found a rounded tube.To improve the resiliency of the gasket a special supporting tube made of stainless steel wire is inserted inside the tube. Stainless steel clips are used to fix the gasket to the applications firmly.
In the stove industry, Thermetex® offers multiple reliable solutions which are able to withstand high operating temperatures. Raw materials used are commonly based on fiberglass filaments, treated with custom designed processes and specifically developed coating materials. The advantage of doing so, it is to achieve higher working temperatures. Additionally, where easy installation is required, pressure activated adhesive backing have been applied to the gasket to facilitate and accelerate the mounting process. During assembly of parts, like glass panels to the stove door, fixing first the gasket to one assembly element can be very helpful for a prompt mounting operation.
Glass fibers are man made filaments originated from components found in nature. The major element contained in fiberglass yarns is the Silicon Dioxiode (SiO2), which confers the high modulus characteristic and high temperature resistance. Indeed, fiberglass are not only having high strength compared to other polymers but also an outstanding thermal insulator material. It can withstand continuous temperature exposure more than 300℃. If it undergoes to post-process treatments, the temperature resistance can be further increased up to 600 ℃.
Thermtex® include a wide range of gaskets produced in a variety of forms and styles that suit well to most equipment. From high temperature industrial furnaces, to small wood stoves; from large bakery ovens to home pyrolytic cooking ovens. All items have been classified in base of their temperature resistance grade, the geometrical form and area of application.