Product Description
Fiberglass Fabric DSZFG0.6
Signature Fiberglass Fabric is woven from 100% E-glass yarn, engineered for exceptional strength, thermal resistance, and chemical stability. Fiberglass is produced from thin strands of silica-based glass extruded into extremely fine fibers with a high surface area-to-weight ratio. This structure provides excellent performance for both electrical and thermal insulation, while maintaining flexibility and durability.
With a fire rating of 2 hours at 650 C, DSZFG0.6 offers reliable protection in demanding environments. Its resistance to heat, chemicals, water, and corrosion makes it a versatile solution across multiple industries, from electrical insulation to automotive and marine components.
Key Features
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Woven from 100% E-glass yarn for strength and reliability
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Excellent electrical insulation properties
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High thermal resistance for insulation and protection
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Resistant to chemicals, water, and corrosion
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Lightweight yet durable for industrial and commercial use
Technical Specifications
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Type: E-Glass Fiberglass Fabric
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Fire Rating: 2 hours at 650 C
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Thickness: 0.6 mm (standard)
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Available in rolls and customizable dimensions
Applications
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Electrical insulation in motors, generators, and transformers
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Thermal insulation in buildings, pipes, and industrial equipment
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Chemical resistance applications in plants and laboratories
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Automotive components such as engine covers, fuel tanks, and body panels
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Marine components including hulls, decks, and superstructures
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General-purpose industrial fiberglass textiles
Benefits
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Provides excellent thermal and electrical insulation
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Ensures safety and reliability in high-temperature environments
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Strong chemical resistance for harsh industrial settings
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Long-lasting durability with low maintenance needs
Versatile Thermal ProtectionEngineered from premium fiberglass fabric, this insulation sheet delivers exceptional thermal isolation and fire resistance for a range of environments. Its 650C temperature resistance makes it suitable for power stations, ships, pipelines, and boilers, as well as sensitive applications in chemical labs and plants. The specialized surface treatment enhances its protective qualities, ensuring secure and long-lasting service in demanding industrial situations.
Chemical and Fire ResistanceThe products fiberglass construction provides outstanding resistance against chemicals, making it ideal for laboratories, chemical facilities, industrial setups, and other hazardous environments. Its fire-protective properties add an essential safety layer, reducing risks in high-temperature and volatile applications. This makes it an excellent choice for industries requiring dual protection from both heat and harsh substances.
FAQs of Signature Heat Insulation Thermal Isolation Refractory:
Q: How is Signature Heat Insulation Thermal Isolation Refractory installed in industrial applications?
A: Typically, the insulation sheets are cut to fit the target area (such as pipes, boilers, or machinery) and then secured using suitable adhesives, fasteners, or wraps. Installation should be performed on clean, dry surfaces to ensure optimal adhesion and thermal performance.
Q: What benefits does fiberglass fabric offer for heat insulation and fire protection?
A: Fiberglass fabric boasts high resistance to heat and flame, handles temperatures up to 650C, and maintains chemical resistance, preventing degradation and offering reliable insulation in harsh conditions. These qualities help enhance workplace safety and equipment longevity.
Q: When should this insulation material be used over traditional options?
A: This insulation is preferable when applications demand high-temperature resistance, fire protection, and chemical durabilitysuch as in power stations, ships, textile machinery, or chemical processing environments where standard insulation may not suffice.
Q: Where can the insulation sheets be applied most effectively?
A: They are commonly utilized in boilers, pipelines, power stations, textiles, ships, and laboratoriesany environment where reliable thermal insulation, fire protection, and chemical resistance are crucial for operation and safety.
Q: What is the process involved in manufacturing this fiberglass insulation sheet?
A: The process starts with weaving high-quality fiberglass threads into a dense fabric, which is then surface treated for enhanced heat and chemical resistance. The fabric is precisely sized and finished to meet rigorous industrial standards.
Q: How does using this insulation improve operational efficiency?
A: The high GSM and density enable superior thermal containment, reducing energy loss and enhancing temperature control. Its durability minimizes maintenance downtime, supporting consistent and uninterrupted industrial operations.