Refractory Fiber Rope

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Specifications

Ceramic Fiber Rope
Good Thermal Insulation
Density:500 kg/m3
round ,square braided or twisted
Customized prorduction is ok

  • LUYANGWOOL Ceramic fiber rope is produced by processing refractory ceramic fiber. Various textiles can be produced by ceramic fiber. LUYANG ceramic fiber ropes are woven or braided from yarn consisting of refractory ceramic fiber with approx 20% organic fibre. Alloy wire inserts are available for obtaining maximum strength ar elevated temperatures. Glas filament inserts are used in applications where electrical resistance is required. LUYANGWOOL ceramic fiber rope can be used up to 1260C.

         Application

  • Gasket and wrapping material.

  • Cable and wire insulation.

  • Welding curtains and blankets.

  • Furnace curtains and heat zone separators

  • Expansion joint

  • Fuel line insulation

  • Welding blankets

  • High temperature seals and packing in furnace and heaters cord

  • thermal insulation pipe wrap

  • furnace door seals jointings.

                Standard Specification

  • Sevice temperature: 450-1000C

  • Production type: round braided,square braided,twisted

  • Type: fiberglass reinforced and stainless steel reinforced

  • Density: 500 kg/m3

  • Size:

  • 50000/10000x25/50mm ( round braided)

  • 10000x(50x50)mm (square braided)

  • 50000~20000x6~50mm( twisted rope)

  • Moisture content:≤ 2%

  • Organic content:≤ 15 %

Description                                           GF-R-Rope             SS-R-Rope      GF-T-Rope        SS-R-Rope

Density (kg/m3)                                         500                        500                  500                   500

Classification Temperature ( 0C )                                                         1260

Maximum Operating Temperature ( 0C )      500-600                  1000                 500-600            1000

Water Content ( % )                                                                              ≤1

Organic matter content (%)                                                                   ≤15

Reinforced material                                  Glass fiber             Stainless steel    Glass fiber   Stainless steel

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Q:how does the fire endurance of first rate fire resistant window?
the classes are different. class A window not less than 1.5 hours, and the time is short, class B window not less than 1 hours, with shorter time, Class C window not less than 0.5 hours.
Q:What's the fire endurance of A grade fireproof glass curtain wall?
An hour and a half, an hour, and half an hour. As a key step in the home fire prevention, fire door is particularly important. According to the fire endurance and heat insulation performance, it can be classified as follows: A class fire door with fire endurance of no less than 1.5h; B class fire door with fire endurance of no less than 1h; C class fire door with fire endurance of no less than 0.5h. We can choose according to different needs, while A class fire door and B class fire door are now commonly used. Fire door has great varieties, and the material it uses is also of wide range. It includes stainless steel fire doors, glass fire doors, steel fire doors, etc. The most important feature of fire door is its fire resistance period. The main difference between A class fire door and B class fire door lies in their fire endurance, of which the former is no less than 1.5h, while the latter is no less than 1h. Difference between A class fire door and B class fire door also lies in their fireproofing material. That is the thickness of the built-in fire prevention board, of which A class fire door is 52mm, while B class fire door is 46mm. Therefore A class fire door obtains longer fire resistance period than that of B class fire door and gains better fireproof performance. A class fire door and B class fire door also differ in the places they are used. A class fire door is generally used in important fire fighting access of machine rooms, warehouses and oil depots, etc. and flammable and explosive public places, while B class fire door is generally used in the ordinary fire fighting access of some ordinary buildings. But B class fire door is more widely used than A class fire door.
Q:What kind of material is refractory bauxite?
Refractory bauxite, also known as bauxite alumina or bauxite with high alumina, is the main raw material for the production of high alumina (aluminum content ≥48%, belongs to LAS) refractory.
Q:What types does soft fire prevention materials have?
Soft type fire resistant species. Finishing fire retardant paint, component fire retardant coating, fire-resistant coating for steel structure and othe kinds of fire retardant coating. Flame retardant plastics and its products, textiles, building materials, flame retardant fabric and exterior wall thermal insulation system products, floor materials, such as various types of fire prevention materials;Fire prevention board, fire doors, fire prevention, fire shutter, fire glass window frame, elevator doors, ventilation pipes, fire blocking material, fire smoke exhaust fan and other kinds of artifacts (resistance) fire prevention.
Q:How to classify the grade of wall fireproof and thermal inuslation matertial?
To sum up three versions of GB8624 (1997, 2006, 2011), fire rating of external wall thermal insulation can be basically divided into: A1, A2, B1, B2, B3 and other levels. Specific division has many technical indicators to judge. It can't be said for a moment. It is very professional and technical. For details, please contact Qingdao Shanfang Instrument. They specialized in tester of fire rating of external wall thermal insulation materials.
Q:What is the material composition of the new fire-resistant coating?
The basic composition of thick coating steel structure fire is: Binder (Portland cement, magnesium oxychloride or inorganic high-temperature bonding agent), aggregate (expanded vermiculite, perlite, aluminum silicate fiber, mineral wool, rock wool, etc.), chemical additives (modifiers , hardening agent, waterproofing agent) and water. Fireproof coating binders Portland cement, magnesium oxychloride cement and an inorganic binder of the fire-resistant coating for steel structure base material. The conventional inorganic binder include alkali metal silicates and phosphates substances.
Q:Why should graphitic refractory materials be used now that graphite can burn?
In theory, any substance can burn as long as certain temperature is reached. Graphite is turned from diamond under anaerobic condition and at high temperature of 2 000 ~ 3 000 ℃. that is to say, ignition point of graphite (lamellar graphite ) under anaerobic condition will be at least above 3 000 ℃. There are many types of graphite, and their ignition points are also different. Ignition point of pyrolytic graphite is much low. Except for a few cutting-edge areas, fire endurance demand for most areas in daily life (eg. brake pad will add a certain amount of graphite) is under 1000 ℃. Therefore, graphite can be used as refractory material. That is, graphite can both burn and can be used as refractory material, which are not contradictory.
Q:How long can gypsum board endure fire?
General gypsum plaster board with a thickness of less than 12mm has a fire endurance which is less than half an hour. It is clearly stipulated in Clause 2.0.4 of "Specification of Fire-resistance of Decoration Design in the Interior of Buildings" that "gypsum board, mineral wool board and acoustic board whose combustion performance reach at B1 grade installed on steel joists can be used as A-grade incombustible materials. Although the gypsum board is non-combustible material, we need to examine materials' stability in the face of fire and their fire retardant limits besides exmine their fire prevention standards. Fire retardant limit refers to the ability and time that materials can resist fire when encounting fire and taking palce changes.
Q:how to classify Insulating Refractory ?
We are glad to answer your questions! This one is professional. My advice is to go through relevant webs for reference.
Q:What is the the best matching ratio of refractory cement?
Refractory cement is very easy to use. Add some water and mix, and it will harden. Generally there is no need to add other binding agents, but you can add some refractory aggregate and powder. If you use only refractory cement, it will produce a lot of cracks after high temperature. Generally refractory cement can withstand temperature of about 1300 degrees. Refractory cement can be used together with ordinary sand, and the ratio of cement and the sand is about 30 percent.

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