FRP Shaft Insulator Price & Specifications
Width Customizable as per shaft
Thickness 3-5 mm
Thermal Conductivity 0.25 W/mK
Tensile Strength a Y 250 MPa
Surface Treatment Smooth/Glossy
Size Customized
Rated Voltage Up to 33 kV
Product Type Shaft Insulator
Max Withstanding Temperature -40A C to 180A C
Material FRP
Layer Multi-layered construction
Installation Guideline Mount directly onto shaft with suitable hardware
Heat Conductivity 0.25 W/mK
Feature High mechanical strength, Light weight, Corrosion-resistant
Density 2.0 Gram per cubic centimeter(g/cm3)
Color Silver
Coating Type UV-resistant epoxy
Breakdown Voltage > 20 kV/mm
Application Insulation
Supply Ability 8000 Per Month
Payment Terms Cash in Advance (CID)
Main Domestic Market All India
Delivery Time 2-3 Days
About FRP Shaft Insulator Detail
FRP Shaft Insulators are made of high-strength and lightweight fiberglass-reinforced plastic materials that offer excellent electrical insulation properties and resistance to mechanical stress, high temperatures, and chemicals. The FRP Shaft Insulators come in a variety of sizes and configurations to match the specific requirements of the electrical system, including threaded or unthreaded designs, and various shapes, such as cylindrical or conical.
Features:
- Best quality
- High durability
- Available in various specifications
| Application | Industrial Equipment |
| Shape | Rod/Pipe |
Exceptional Mechanical and Electrical PerformanceThis FRP Shaft Insulator offers high compressive and tensile strength, combined with excellent dielectric and impact properties, ensuring robust insulation for industrial applications. Its multi-layered construction, low water absorption, and high breakdown voltage enhance reliability and safety.
Engineered for Harsh EnvironmentsWith a V-0 (UL94) flame resistance rating, IP65 weatherproof sealing, and UV-resistant epoxy coating, this insulator is perfectly suited for outdoor and challenging installations. Its temperature resistance from 40C to 180C guarantees consistent performance in extreme climates.
Customizable for Versatile ApplicationsAvailable in customizable widths, thickness (35 mm), and sizes, the insulator adapts to diverse shaft designs. Its smooth, glossy finish and silver color make it not only functional but visually suitable for a broad range of insulation needs in manufacturing and electrical sectors.
FAQs of FRP Shaft Insulator:
Q: How is the FRP Shaft Insulator installed onto a shaft?
A: The insulator is mounted directly onto the shaft using appropriate hardware. Follow provided installation guidelines to ensure correct positioning and secure the component for optimal insulation performance.
Q: What are the key benefits of using an FRP Shaft Insulator with these specifications?
A: This insulator ensures high mechanical strength, excellent electrical insulation, low water absorption, flame resistance (V-0), and light weight. It protects equipment from electrical faults, extends service life, and resists corrosion in harsh environments.
Q: When should you use an FRP Shaft Insulator rated up to 33 kV?
A: Use this insulator in industrial and electrical applications requiring insulation at voltages up to 33 kV, especially where durability, flame resistance, and high mechanical strength are critical, such as power transmission shafts or substations.
Q: Where can this product be applied effectively?
A: It is ideal for use in electrical panels, power transmission systems, and machinery requiring shaft insulation. Its suitability for outdoor and indoor environments makes it versatile for manufacturers, suppliers, and traders across various industries in India.
Q: What is the manufacturing process behind the FRP Shaft Insulator?
A: The insulator is produced via multi-layered construction using fiber-reinforced plastic (FRP), molded to precise dimensions. The UV-resistant epoxy coating enhances surface protection and provides a durable, smooth, and glossy finish.
Q: How does the products water absorption rate impact its usage?
A: With water absorption of less than 0.5% over 24 hours at 23C, the insulator remains stable and effective in humid or damp conditions, maintaining its mechanical and dielectric properties without degradation.
Q: What makes this insulator particularly suitable for outdoor environments?
A: Its IP65 rating ensures dust- and water-tightness, while the UV-resistant epoxy layer and wide operating temperature range allow reliable outdoor use without risk of weather-induced degradation.