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We are a quality oriented company engaged in manufacturing and supplying the gamut of Hylam Tubes. Our entire range is precisely engineered by making use of qualitative material and defined industry concerns. In our premises, all these tubes are stringently inspected and then carefully delivered to the client end. Our range of Hylam Tubes is widely used across many electrical and automotive industrial applications and available to us at most discounted prices.
Features:
- Perfectly shaped
- Heat resistant
- Long lasting
High Dielectric Strength for Enhanced Electrical InsulationHylam Tubes provide superior protection against electrical currents, making them essential components in circuits and insulation applications. Their high dielectric strength ensures the prevention of electrical leakage, supporting the safety and performance of various industrial systems.
Thermal and Mechanical ReliabilityCapable of withstanding temperatures up to 150C and maintaining good compressive strength under load, Hylam Tubes are engineered for demanding environments. Their construction ensures minimal water absorption, adding to their overall durability and longevity.
Customizable for Diverse Industrial NeedsAvailable in standard and custom sizes, Hylam Tubes accommodate a broad range of applications. From mechanical insulation to electrical containment, their versatility serves manufacturers, engineers, and traders seeking dependable solutions tailored to their requirements.
FAQs of Hylam Tubes:
Q: How is the dielectric strength of Hylam Tubes beneficial in electrical applications?
A: The high dielectric strength of Hylam Tubes allows them to insulate effectively against electrical currents, preventing leaks and short circuits. This makes them ideal for use in electrical insulation, switchgear, and equipment housings where reliable electrical performance is crucial.
Q: What process is involved in customizing the size and thickness of Hylam Tubes?
A: Customization typically begins with specifying the desired thickness (from 3 mm to 25 mm) and length (up to 1000 mm). Manufacturers then adjust production parameters to fabricate tubes tailored to the applications mechanical and electrical requirements, ensuring optimal fit and functionality.
Q: When should I use Hylam Tubes in industrial settings?
A: Hylam Tubes should be used when high electrical insulation, temperature resistance, and mechanical strength are needed. Theyre suitable for environments exposed to elevated temperatures or mechanical stress, and when flame retardancy is essential for safety compliance.
Q: Where can Hylam Tubes be applied in mechanical systems?
A: These tubes are utilized in mechanical assemblies that require robust, insulating barriers, such as bushings, spacers, or protective sleeves. Their resistance to compression and thermal degradation makes them valuable in pumps, motors, and other industrial machinery.
Q: What usage advantages do Hylam Tubes offer over other insulating materials?
A: Hylam Tubes offer a unique combination of high hardness, low water absorption, flame retardance, and a smooth finish, ensuring reliable operation and easy handling. Their ability to perform in tough conditions sets them apart from traditional insulating solutions.
Q: How does the flame-retardant property of Hylam Tubes benefit industrial safety?
A: The flame-retardant nature of Hylam Tubes helps minimize fire risks in industrial and electrical installations, ensuring compliance with stringent safety regulations and providing peace of mind for operators and facility managers.