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Polycab Maxima+ Green Wire HR FR-LSH LF
ಪಿಕಪ್ ಲಭ್ಯತೆಯನ್ನು ಲೋಡ್ ಮಾಡಲು ಸಾಧ್ಯವಾಗಲಿಲ್ಲ
Polycab Maxima+ Green Wire (HR FR-LSH LF) is a premium electrical wire combining five safety and environmental properties in one product: Heat Resistant (HR) - handles higher temperatures without insulation degradation; Flame Retardant (FR) - resists fire spread; Low Smoke Halogen-Free (LSH) - emits minimal toxic fumes in a fire, improving evacuation safety; and Lead-Free (LF) - eliminates toxic lead from the insulation for environmental compliance. Together these make it the correct specification for premium residential fitouts, commercial buildings, high-rise constructions, and green building certified projects where standard wires do not meet the required safety or environmental standard.
The lead-free formulation is particularly relevant for green building certifications and projects where environmental compliance is a requirement. The low smoke halogen-free property is critical for high-rise and commercial buildings where smoke toxicity during a fire event directly affects occupant evacuation. Suitable for all standard residential and commercial wiring applications - conduit, surface, and concealed installation.
| Specification | Details |
|---|---|
| Brand | Polycab |
| Series | Maxima+ Green (Premium) |
| Product Type | Heat Resistant FR-LSH Lead-Free Electrical Wire |
| HR | Heat Resistant - withstands higher temperatures without insulation degradation |
| FR | Flame Retardant - resists fire spread along the wire |
| LSH | Low Smoke Halogen-Free - minimal toxic fumes in fire, improves evacuation safety |
| LF | Lead-Free - eco-friendly formulation, suitable for green building certifications |
HR = Heat Resistant, FR = Flame Retardant, LSH = Low Smoke Halogen-Free, LF = Lead-Free. Each property addresses a specific safety or environmental concern - heat resistance for high-temperature tolerance, flame retardancy for fire spread prevention, low smoke halogen-free for safer evacuation in a fire, and lead-free for environmental compliance. Together they make this wire the correct specification for premium and safety-critical installations.
In a fire, standard PVC wire insulation burns and releases thick black smoke and toxic halogen gases that cause rapid loss of visibility and respiratory incapacitation - the leading cause of fire fatalities in enclosed buildings. LSH wire emits significantly less smoke and no halogen gases when burning, giving occupants more time to evacuate and reducing injury from toxic inhalation. This is the reason LSH wire is specified for high-rise buildings, hospitals, schools, and any building where large numbers of people need to evacuate quickly.
Find the unique code on the product box and SMS it to 99010 00025. A genuine product will receive a confirmation reply from BG-PRDSEC-S with the specific product details. Counterfeit products return an INVALID code error. If the QR code on the box is blurry, use the SMS method. Each code can only be verified once - if you receive a "already scanned" message on a new box, treat it with caution.
It is suitable for all residential wiring applications - the enhanced properties are additional safety margins over standard wire, not limitations on where it can be used. It can replace standard FR wire in any residential circuit. The premium features are most relevant for high-rise apartments, green-certified homes, and areas near heat sources - but there is no application where its enhanced properties are a disadvantage.
Yes - conventional PVC wire insulation uses lead-based stabilisers in the compound. Lead is a toxic heavy metal that poses environmental hazards during manufacture, installation, and disposal. Lead-free wire eliminates this from the insulation compound, making it safer to handle, dispose of, and suitable for green building certifications (LEED, IGBC) that restrict the use of hazardous materials in building components. For most standard wiring, the practical day-to-day difference is minimal - the benefit is most significant in terms of environmental compliance and long-term material safety.

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