Product Description
Backed by our team of skilled and trained professionals, we are able to trade, supply and export finest quality Fiberglass Sleeving. These products are used as wire protection in many electromechanical industries. Made of high quality fiber glass and coated with polyurethane resin, the products offered by us are known for their resistance against heat, oil, temperature and corrosion. In order to meet the varied needs and demands of the clients, Fiberglass Sleeving is made available to them in different sizes and shapes.
Superior Electrical InsulationWith dielectric strength ranging from 4 kV to 7 kV and low thermal conductivity, our fiberglass sleeving provides robust insulation for wires and cables in critical electrical and electronic applications. Its silicone resin coating ensures long-term reliability and added flame retardancy, making it ideal for demanding operational environments.
Customizable for Versatile NeedsWe offer braided fiberglass sleeving in inner diameters from 1 mm to 38 mm, with lengths tailored to your requirements. Available in spools, coils, or customized packing, our product responds to diverse application needs in motor winding, transformer manufacturing, and cable management, suiting both industrial and commercial orders.
Reliable Performance in Harsh EnvironmentsFeaturing high tensile and abrasion resistance, excellent UV tolerance, and low moisture absorption, this sleeving maintains integrity and flexibility even under tough conditions. Its halogen-free composition ensures safety and regulatory compliance, while its shelf life of 36 months guarantees ongoing inventory usability.
FAQs of Fiberglass Sleeving:
Q: How does fiberglass sleeving enhance cable protection in electrical installations?
A: Fiberglass sleeving provides a robust barrier against abrasion, moisture, and electrical interference. Its high dielectric strength, flame retardancy, and silicon coating ensure cables and wires remain insulated and safe, protecting against short circuits and environmental damage.
Q: What is the recommended process for installing this sleeving on wires or motor windings?
A: First, measure the wire diameter and cut the sleeving to the required length. Slide the silicone-coated sleeving over the wire or winding, ensuring a snug fit. Secure the ends as needed, taking care to avoid overstretching, which could impact protection performance.
Q: When should I consider using this sleeving in my electrical or automotive applications?
A: Use this fiberglass sleeving when you require high tensile and dielectric strength, flame and abrasion resistance, and flexibility. It is particularly beneficial in environments with high temperatures, mechanical stress, or exposure to UV radiation, as in transformers, motors, and electronic assemblies.
Q: Where can the product be sourced, and do you support bulk orders or custom dimensions?
A: Our fiberglass sleeving is manufactured, distributed, and supplied across India. Bulk orders and custom dimensionsranging from 1 mm to 38 mm inner diameter and custom lengthsare available, with packaging tailored to customer requirements.
Q: What are the advantages of using halogen-free sleeving in electrical systems?
A: Halogen-free sleeving reduces the risk of toxic emissions in the event of fire, ensuring greater safety for sensitive environments. It also complies with strict environmental regulations, making it suitable for automotive, electronics, and industrial markets.
Q: How long does it take to fulfill an order, and what is the typical shelf life of the product?
A: The standard lead time for orders is 24 weeks, depending on quantity and customization. Fiberglass sleeving remains effective for 36 months under specified storage conditions, enabling efficient inventory management and prolonged usability.
Q: What benefits does silicone coating add beyond insulation and durability?
A: Silicone coating improves flame resistance, enhances surface smoothness, and increases flexibility, making installation easier. It also strengthens UV and chemical resistance, further extending the products longevity in challenging operational environments.