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Resin for FRP Cable Core is a specialized material designed specifically for the production of Fiber Reinforced Polymer (FRP) cable cores. This high-quality resin offers exceptional properties that enhance the performance and durability of cable cores used in various applications.
Characteristics:
Resin for FRP (Fiber Reinforced Plastic) cable cores is a specialized type of resin used in the manufacturing of fiber optic and electrical cables. It possesses several key characteristics:
Thermosetting Nature: This resin is typically thermosetting, meaning it cures irreversibly upon exposure to heat or chemical initiators, resulting in a rigid and durable material.
Adhesion Properties: It exhibits excellent adhesion to the glass or aramid fiber reinforcements used in cable cores, ensuring a strong bond and uniform distribution of fibers.
Low Shrinkage: Low shrinkage during the curing process is essential to maintain the integrity and tight tolerances of the cable core.
Dielectric Properties: Resins for FRP cable cores are designed to have good dielectric properties to insulate electrical conductors effectively, making them suitable for use in electrical cables.
Chemical Resistance: These resins often offer resistance to chemicals and environmental factors, ensuring the longevity and performance of cables in various conditions.
Heat Resistance: They can withstand elevated temperatures encountered during cable manufacturing and in-service conditions without significant degradation.
Advantages:
High Strength: Resin for FRP cable cores, when combined with reinforcing fibers, results in a high-strength, lightweight cable core that can support and protect optical or electrical components.
Customization: Manufacturers can tailor the resin formulation to achieve specific material properties, such as variations in curing time, mechanical characteristics, and fire resistance.
Durability: Cables using these resins are known for their durability and long service life, making them suitable for telecommunications, utilities, and other applications where reliability is critical.
Electrical Insulation: The dielectric properties of these resins make them ideal for use in electrical cables to insulate and protect conductive elements.
Corrosion Resistance: Cables incorporating these resins are corrosion-resistant, which is essential for outdoor or harsh environment applications.
Application Scenarios:
Telecommunications: Resins for FRP cable cores are widely used in fiber optic cables for data transmission. These cables require strong and durable cores to protect delicate optical fibers and ensure data integrity.
Electrical Power: They are used in power cables for electrical transmission and distribution to provide insulation and mechanical support to conductors.
Oil and Gas: These resins find application in offshore oil and gas industry for subsea cables, where resistance to saltwater, chemicals, and harsh conditions is essential.
Utilities: The utility sector uses these resins for power distribution cables, overhead lines, and underground cables, where durability and electrical insulation are paramount.
Mining: Cables incorporating these resins are used in mining applications to provide reliable power and communication capabilities in challenging underground environments.
Aerospace: In the aerospace industry, they are employed for various cables, ensuring signal integrity and insulation within aircraft and spacecraft.
Transportation: Resins for cable cores are used in transportation cables for trains, buses, and automobiles to provide reliable electrical and data transmission.
In conclusion, resin for FRP cable cores is a critical component in the construction of cables used in various industries. Its advantages include high strength, durability, customization, and suitability for both fiber optic and electrical applications, making it an integral material in modern communication and power transmission systems.
Name | Type | Viscosity | Geltime | Characteristics and applications |
BY-1510 | Ortho | 300-500 | 4-6 | High mechanical strength and toughness, suitable for profiles of windows, tent rods, grating, etc. |
BY-1511 | Ortho | 350-500 | 4-8 | High mechanical strength and toughness, suitable for general purpose. |
BY-1512 | Ortho | 500-700 | 5-10 | High mechanical strength and toughness, with good heat resistance and surface gloss. Suitable for general purpose. |
BY-1513 | Ortho | 280-420 | 4-6.5 | Specially designed for translucent products with good mechanical strength. |
BY-1514 | ISO/NPG | 600-900 | 4-7 | High reactivity, medium viscosity. High mechanical strength, good electric property and chemical resistance. Suitable for electrical applications, industrial parts etc. |
BY-1515 | ISO | 400-550 | 5-10 | Excellent electric property and mechanical strength with high elongation and weak chemicals resistance. |
BY-1516 | PTA | 400-600 | 4-7 | Excellent electric property, heat resistance and mechanical strength. |
BY-1517 | ISO | 1000-1400 | 4-7 | High mechanical strength and elongation with good weak chemical resistance, excellent electric property and wave-transmissivity. |
BY-1518 | ISO | 1750-2150 | 9-14 | High mechanical strength and elongation with good weak chemicals resistance, excellent electric properties. |
BY-1519 | ISO | 600-800 | 5-9 | High mechanical strength, good adaptability for different curing system, efficiently improved productiveness and stability of pultrusion. |
BY-1520 | ISO | 1350-1550 | 3-6 | High mechanical strength and rigidity, with good weak chemicals resistance, excellent electric properties. |
BY-1521 | ISO / PTA | 400-600 | 4-8 | Relatively high mechanical strength, high elongation at break, good weather and chemical resistance. |
BY-1522 | PU | 250-450 | 15-35 | Modified PU resins, well-combined with glass-fiber, high strength, high toughness and weather resistance. |
BY-1523 | VE | 400-500 | 10-30 | High mechanical strength and toughness, significant resistance for inorganic acid, alkali, and salt. |
BY-1524 | VE | 400-600 | 10-30 | Bisphenol A type vinyl ester. Good resistant property of acid, alkali, salt, water, and organic solvents. |
