E-Beam wires are made using advanced Electron Beam technology that strengthens the insulation at a molecular level. This makes the wires stronger, more heat-resistant, and more reliable over a long period of time. Because of E-Beam, the wires can better resist heat, wear and tear, moisture, and electrical pressure, allowing them to perform reliably even in tough electrical conditions.
Torrent Electricals' E-Beam HFFR House Wire are high-performance, eco-friendly wiring solutions made with ≥99.97% pure annealed copper and advanced electron beam cross linked XLPO insulation. Designed for higher current carrying capacity and long life, these halogen-free, LSZH wires operate reliably from -40°C to + 120°C, withstand short-circuit temperatures up to 250°C, and offer excellent insulation resistance with a 6 kV spark test. Rated up to 1100 V and available in multiple sizes (0.75 sq mm to 6 sq mm) and colour codes, E-Beam wires are UV resistant, lead and mercury free, and compliant with IS, BS EN, and IEC standards, as well as RoHS, REACH, and CE certifications making them ideal for safe and efficient residential, commercial, and industrial applications.
Torrent Electricals E-Beam HFFR wires are dependable choice wherever safety, strength, and durability are important. Thus wires combine modern technology with reliable performance, making them ideal for long-lasting and efficient electrical wiring.
Certifications
RoHs Certified
CE Certified
REACH Compliant
Standards
IS 17048
BS EN 50525
IEC 62821
Salient Features
Operating Temperature (-40°C to 120°C)
E-Beam wires are designed to deliver consistent performance across a wide range of temperatures. Even in extremely cold conditions, the insulation remains flexible, while at high temperatures it stays stable and reliable. This ensures smooth electrical operation in varied climates and demanding environments, making the wires suitable for residential, commercial, and industrial applications.
High Current Carrying Capacity
High current-carrying E-Beam wires are designed to safely handle higher electrical loads without overheating or compromising performance. The advanced E-Beam cross-linked insulation enables efficient flow of electricity, reducing energy losses and improving overall reliability. As a result, the wires remain cooler even under heavy load, minimizing the risk of insulation damage and electrical failure.
Eco Green Wire
E-Beam wires are manufactured using zero-halogen, environmentally responsible materials that do not emit harmful or toxic gases, even in conditions of overheating or fire. This significantly enhances safety by reducing the risk of suffocation, irritation, or respiratory problems caused by poisonous fumes, while also generating very low smoke for better visibility during emergencies. With advanced E-Beam technology, Eco Green wires offer a safe, sustainable, and reliable solution for modern electrical installations.
Halogen-Free with Non-Toxic Fumes
E-Beam wires are designed to enhance safety by not releasing toxic or corrosive fumes in the event of a fire. They generate significantly less harmful smoke, helping maintain better visibility and enabling safer evacuation during emergencies. This non-toxic, low-smoke insulation creates a safer environment for occupants in homes, offices, and industrial spaces, while also protecting equipment and property.
UV Resistant
E-Beam wires feature specially formulated insulation that protects against long-term exposure to sunlight and ultraviolet (UV) radiation. This ensures the insulation retains its strength, flexibility, and electrical performance over time, making the wires reliable for outdoor and exposed installations with reduced maintenance and a longer service life.
Lead-Free and Mercury-Free
E-Beam wires are manufactured without heavy metals such as lead or mercury. This makes them safer for installers and users while also reducing environmental impact. It reflects a commitment to health, safety, and sustainable manufacturing practices.
| Parameter | E-Beam House Wire |
|---|---|
| Conductor | Annealed bare copper (electrolytic grade, ≥99.97% purity) |
| Conductor Type | Class 5 ( Standard ) |
| Size Range | 0.75 sq.mm to 6 sq.mm (commonly used: 1.0, 1.5, 2.5, 4, 6 sq.mm) |
| Insulation Material | XLPO (Cross Linked Polyolefin) |
| Insulation Process | Electron Beam Cross-Linking |
| Nominal Voltage Rating | 1100 V |
| Temperature Rating | Continuous operation: -40°C to +120°C |
| Short Circuit Temperature | Up to 250°C (for short duration) |
| Colour Code | Red / Yellow / Blue / Black / Green / Grey / White (as required) |
| Spark Test | 6 kV |
| Insulation Resistance (at 27°C) | >10 MΩ/km |
| Insulation Type | LSZH |
| Certifications | REACH, ROHS, CE |
