Coated Fabric High-Temperature Duct 450°C - High-Temperature Duct Solution

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The Coated Fabric High-Temperature Duct 450°C is ideal for extreme high-temperature environments, offering excellent temperature and fire resistance. It is widely used in industrial smoke extraction, welding gas discharge, and other high-temperature applications.

Coated Fabric High-Temperature Duct 450°C - Detailed Description

The Coated Fabric High-Temperature Duct 450°C is a high-performance professional duct designed to withstand extreme high-temperature conditions, making it suitable for a variety of harsh industrial applications. This duct is made from advanced materials, including a high-temperature silicone-coated fiberglass outer layer and an inner layer of raw fiberglass. It is further reinforced with an external galvanized steel "clamp structure" to enhance its strength and durability. Below is a comprehensive analysis of its features, technical specifications, applications, and advantages.

Materials and Structure

This duct features a double-layer structure, with the outer layer made from high-temperature silicone-coated fiberglass. The silicone coating provides exceptional heat resistance, protecting the duct from high temperatures while ensuring its long-term durability. The inner layer is made from raw fiberglass, providing additional protection and toughness for use in extreme conditions.

To further enhance the structural strength, the duct is reinforced with a galvanized steel "clamp structure" on the outside. This innovative reinforcement design ensures that the duct retains its shape and stability even under high mechanical stress or pressure conditions.

The materials and structure of the duct provide outstanding temperature performance, capable of withstanding temperature peaks of up to 550°C for short periods, while operating continuously at 450°C.

Temperature and Fire Resistance

The Coated Fabric High-Temperature Duct 450°C is designed to operate efficiently within a temperature range of -60°C to +450°C, making it suitable for a wide range of industrial applications. It features excellent fire resistance, meeting the safety requirements of environments with high risks of fire. The duct performs exceptionally well in high-risk conditions such as welding or high-temperature exhaust systems.

Axial Compressibility

One of the standout features of this duct is its excellent axial compressibility. With a compression ratio of up to 6:1, it is incredibly convenient for storage and transportation, significantly reducing logistics costs and space requirements. Additionally, its flexibility makes installation easier, allowing it to fit into a variety of complex system configurations.

Application Scenarios

1. Smoke and Steam Extraction
   This duct is ideal for smoke and steam extraction in industrial environments. Its high-temperature design ensures the safe and efficient removal of harmful substances.

2. Welding Gas Discharge
   In welding operations, this duct is highly suitable for discharging gases and smoke generated during welding. Its fire resistance makes it especially suitable for high-temperature working environments.

3. Furnace Exhaust Systems
   The duct excels in handling furnace exhaust, reliably operating in extreme temperature conditions.

4. Dust and Fiber Removal
   In industries like textiles or composites, which produce large amounts of dust and fibers, this duct efficiently transports these particles, keeping the work environment clean and safe.

5. Aerospace and Defense
   Due to its lightweight and durable nature, this duct is commonly used in aerospace and defense sectors for gas and air transport systems.

6. Steel Production
   In the steel industry, this duct is used for handling smoke, steam, and high-temperature exhaust gases produced during manufacturing processes.

Product Advantages

1. Extreme Temperature Tolerance
   It can withstand temperature peaks of up to 550°C and operates excellently at continuous temperatures of 450°C, making it suitable for various high-temperature working environments.

2. Fire Resistance
   With outstanding fire resistance, the duct enhances safety in high-risk environments and reduces the potential for fire-related damage.

3. Axial Compressibility
   The 6:1 compression ratio makes the duct easy to store and transport, optimizing logistics and reducing space requirements.

4. Durable Construction
   The combination of silicone-coated fiberglass and raw fiberglass provides excellent durability and resistance to mechanical stress, extending the duct's lifespan.

5. Chemical and Environmental Resistance
   The duct is resistant to various chemicals, moisture, UV rays, and other environmental factors, making it ideal for use in harsh industrial conditions.

6. Multi-Industry Applicability
   From welding to furnace exhaust, the duct's adaptability and performance make it suitable for a wide range of applications.

7. Lightweight Design
   Despite its robust structure, the duct remains lightweight, making it easy to install and operate.

8. Easy Installation
   The flexible and compressible design allows the duct to be easily installed, even in complex systems or confined spaces.

9. Customizable Options
   The duct can be manufactured in different sizes and configurations according to specific requirements, further enhancing its versatility.

Technical Specifications

1. Materials
   • Outer layer: High-temperature silicone-coated fiberglass
   • Inner layer: Raw fiberglass

2. Reinforced Structure
   • External galvanized steel "clamp structure"

3. Temperature Range
   • Operating temperature: -60°C to +450°C
   • Peak tolerance temperature: Up to 550°C

4. Fire Resistance
   • High fire resistance, suitable for critical safety applications

5. Compression Ratio
   • 6:1 axial compressibility, easy for storage and transport

6. Applicable Industries
   • Smoke and steam extraction, welding gas discharge, furnace exhaust systems, dust removal, aerospace, steel production

Conclusion

The Coated Fabric High-Temperature Duct 450°C is a cutting-edge solution designed for high-temperature and high-stress applications. Its durable construction, exceptional temperature tolerance, and fire resistance make it an ideal choice for industries requiring reliable operation under extreme conditions.

Whether in welding operations, furnace exhaust systems, or aerospace applications, this duct provides unmatched durability and efficiency. With its lightweight design and compressibility, the Coated Fabric High-Temperature Duct not only meets the needs of modern industrial operations but also offers comprehensive safety, reliability, and adaptability for customers.

Frequently Asked Questions (FAQ)

1. What is the temperature range for the Coated Fabric High-Temperature Duct 450°C?
   The operating temperature range is from -60°C to +450°C, suitable for extreme high-temperature environments.

2. How is the fire resistance of this duct?
   The duct has excellent fire resistance, making it suitable for high-risk environments such as welding and high-temperature exhaust systems, and reduces fire hazards.

3. What is the compression ratio of the duct?
   The duct has a 6:1 compression ratio, making it easy to store, transport, and handle, optimizing logistics costs.

4. What industries is the Coated Fabric High-Temperature Duct 450°C suitable for?
   It is ideal for smoke and steam extraction, welding gas discharge, furnace exhaust systems, aerospace, and steel production industries.

5. How is the duct maintained and cleaned?
   The duct has a smooth surface, making it easy to clean and maintain, reducing maintenance costs and extending its lifespan.