Product Description
With the help of a wide distribution network and dedicated workforce, we trade, supply and export Resiglass Tape. These products are used as binding material in rotating electrical machines, traction armatures, generators, transformer tie-loops and transformer cores. Made of cabled glass yarn and high quality resin, these products are reckoned for their high resistance to humidity and corrosion. Owing to the free flow properties of resin, there are no air spaces in these tapes. Our clients appreciate Resiglass Tape for their stability and heat dissipation factor.
Exceptional Electrical and Mechanical PropertiesResiglass Tape excels in electrical insulation with a breakdown voltage above 4 kV and tensile strength over 250 N/10 mm. Its fiberglass polyester resin composition offers high mechanical strength and excellent flexibility. The tapes low thermal conductivity and absorption of water guarantee optimal performance in electrical systems, making it a preferred choice for motor winding and transformer applications.
Versatile Applications and Custom SizingSuitable for slot insulation, cable wrapping, and electrical insulation for motors and transformers, Resiglass Tape can be tailored to fit project-specific requirements. Sizes range from 10 mm to 1300 mm in width and 0.1 to 0.3 mm in thickness. The product accommodates single or double-layer configurations to maximize insulation efficiency as needed.
Easy Installation and Storage GuidelinesFor best results, Resiglass Tape should be applied on clean, dry surfaces, overlapping the tape as required. To maintain quality, store the tape in a cool, dry place, away from direct sunlight. Proper handling and storage ensure a shelf life of at least 12 months, safeguarding its electrical and mechanical properties for future use.
FAQs of Resiglass Tape:
Q: How is Resiglass Tape installed for electrical insulation applications?
A: To install Resiglass Tape effectively, ensure the surface is clean and dry. Overlay the tape as needed to increase insulation efficiency, and select either a single or double layer based on application requirements. For optimal results, adhere to manufacturer guidelines during the process.
Q: What are the primary benefits of using Resiglass Tape in motor and transformer winding?
A: Resiglass Tape provides high electrical insulation, robust mechanical strength, and reliable performance at elevated temperatures up to 155C. Its flexibility and low water absorption help extend the lifetime of electrical components, while its high breakdown voltage and tensile strength ensure safety and durability.
Q: When should Resiglass Tape be replaced or checked for quality?
A: Regularly inspect Resiglass Tape for signs of wear or damage, especially before installation. Replace if you notice loss of flexibility or compromised insulation properties. The tape offers a minimum shelf life of 12 months when stored as recommended, so periodic checks during storage and use are advised.
Q: Where can custom sizes of Resiglass Tape be sourced?
A: Custom sizes, ranging from 10 mm to 1300 mm in width and 0.1 mm to 0.3 mm in thickness, can be ordered directly from authorized distributors, exporters, importers, manufacturers, suppliers, or traders in India. Ensure accurate measurements and specifications are provided to your supplier for the right fit.
Q: What is the process for securing maximum dielectric strength in cable wrapping?
A: For optimal dielectric strength, apply Resiglass Tape with sufficient overlap and appropriate layering (single or double) according to insulation needs. Proper installation on clean surfaces without gaps between layers will help achieve breakdown voltages above 4 kV and maintain consistent electrical insulation.
Q: How does storage condition affect the shelf life and performance of Resiglass Tape?
A: Storing Resiglass Tape in cool, dry conditions away from sunlight preserves its electrical and mechanical integrity. Recommended storage helps retain its shelf life of at least 12 months, preventing deterioration due to moisture or temperature fluctuations.