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Ceramic Sleeve FENGITEX®

Description

Ceramic sleeve FENGITEX® is a tubular gasket, ideal for covering hoses. it can be used for continuous temperatures of up to 650°C (glass-fibre reinforced) or up to 1050°C (stainless steel-reinforced).

The sleeve has excellent resistance to thermal shock, corrosion and breakdown due to mechanical vibration and stress. It also demonstrates excellent chemical stability, resisting attack from most corrosive agents.

Ceramic sleeve FENGITEX® contains organic binders to facilitate the carding process. The binders burn at low temperatures, but without any effect on the special glass fibres.

Technical data sheet

FENGITEX® Ceramic sleeve is manufactured from high purity alumino-silicate materials and provide effective solutions to a variety of thermal management problems. The braid undergoes strict quality control processes that ensure consistent final quality.

Benefits :
- Excellent chemical stability
- Low thermal conductivity
- Low heat capacity
- Good sound absorption
- Thermal shock resistance
- Easy to cut and shape

Applications :
- High temperature gaskets and packings
- Furnace, kiln and oven door seals
- Mould seals
- Insulating pipe wrap
- Expansion joints
- Sealing joint in boilers

Physical proprieties:
- Color: White
- Composition:: Alumina-Silica
- Reinforcement: Glass filament or steel wire
- Limit Use Temperature: 1260 °C
- Continuous Temperature Use Limit: 650°C (Glass-fiber reinforced) ou 1050 °C (Stainless steel reinforced)
- Density: 500 Kg/m³
- Loss of Ignition: ≤ 18%
- Shot content: ≤ 15%

Chemical analysis:
- Alumina, Al₂O₃ : 47-49%
- Silica, SiO₂ : 51-53%
- Ferric oxide, Fe₂O₃ : ≤ 0.5%
- Alkalies, NaO₂+K₂O : ≤ 0.2%





Product details

- FENGITEX® Ceramic sleeve is manufactured from high purity alumino-silicate materials and provide effective solutions to a variety of thermal management problems. The braid undergoes strict quality control processes that ensure consistent final quality.

Benefits :
- Excellent chemical stability
- Low thermal conductivity
- Low heat capacity
- Good sound absorption
- Thermal shock resistance
- Easy to cut and shape

Applications :
- High temperature gaskets and packings
- Furnace, kiln and oven door seals
- Mould seals
- Insulating pipe wrap
- Expansion joints
- Sealing joint in boilers

Technical features

Physical proprieties:
- Color: White
- Composition:: Alumina-Silica
- Reinforcement: Glass filament or steel wire
- Limit Use Temperature: 1260 °C
- Continuous Temperature Use Limit: 650°C (Glass-fiber reinforced) ou 1050 °C (Stainless steel reinforced)
- Density: 500 Kg/m³
- Loss of Ignition: ≤ 18%
- Shot content: ≤ 15%

Chemical analysis:
- Alumina, Al₂O₃ : 47-49%
- Silica, SiO₂ : 51-53%
- Ferric oxide, Fe₂O₃ : ≤ 0.5%
- Alkalies, NaO₂+K₂O : ≤ 0.2%

Industrial Tailor made textiles and joints

SOFENGI Africa provides an extensive line of products that have different chemical compositions and customized solutions to our clients' constraints in a variety of sectors, including:

- Wide selection of ceramic fiber and fiberglass textiles, ropes and braids used for high temperature resistant linings and packaging.
- Industrial Seals
- Glass fiber reinforcement products (Woven roving, Mats, Surface veil, etc.)

Our collaborators and manufacturers are constantly developing and producing innovative fibers and inorganic materials that save energy, decrease pollution, and increase the safety and dependability of your projects.

Our services

In addition to our wide range of products and industrial solutions, we offer technical support to improve the performance of your installations and components.
SOFENGI supports you in defining your needs and finding the best tailor-made industrial technical solutions. Regardless of your industry, we develop a solution specific to your application.
Total Cost of Ownership is an important key performance indicator in today’s business operations. SOFENGI supports you in optimizing your purchasing processes for long-term savings.
SOFENGI helps you create a sustainable steam system through an audit to identify areas for improvement that will improve process efficiency as well as energy efficiency and even productivity.