描述

Flame Retardant Cables by RRH are engineered to minimize fire risks, making them essential for public buildings, industrial facilities, and residential complexes. These cables are constructed with insulation and sheathing materials (like halogen-free compounds or flame-retardant PVC) that resist ignition and slow the spread of fire, buying valuable time for evacuation and fire suppression. Unlike standard cables, they emit minimal smoke and toxic fumes when exposed to high heat, reducing health hazards in enclosed spaces. RRH’s flame retardant cables meet strict fire safety standards (such as IEC 60332 and UL 94), making them suitable for hospitals, schools, airports, and power plants where fire safety is paramount. Available in various types—power, data, and control cables—they ensure critical systems (like fire alarms, emergency lighting, and elevators) remain operational longer during a fire. Whether retrofitting an old building or constructing a new one, these cables add a vital layer of fire protection.Flame Retardant Cable

Product Advantage

Improved Durability with top quality manufactured insulation ensuring full compliance with industry standards, designed to withstand extreme temperatures, moisture and physical harms

RRH Cable we have the capability to manufacture grade A 99.9% pure copper precisely stranded in the insulators for the best conductivity and efficiency

Thanks to our expert craftsmanship, we provide high-quality cables that minimize the need for frequent maintenance or replacements, significantly reducing long-term operational costs.

Technical Parameters

Cable Type               AWG Size           mm²          Voltage Rating     Ampacity       Insulation Type       Conductor Material      Core Type      No. of Conductors    Operating Temperature
FR PVC Power Cable   10 – 22 AWG  0.34 – 5.3  300V / 600V     3 – 30 A     FR PVC      Stranded Copper        Single or Multicore         1 – 4C / 3C+E                 –10°C to +70°C
FRLS Power Cable        14 – 4 AWG     2.5 – 25    600V – 1kV     15 – 60 A   FRLS (Low Smoke PVC)   Stranded Copper Multicore           2 – 5                                –15°C to +85°C
LSZH Instrumentation Cable  16 – 22 AWG  0.5 – 1.5   300V – 600V   2 – 5 A    XLPE / LSZH         Tinned Copper    Pairs / Triads          1 – 24 Pairs            –20°C to +90°C
Control Cable (FR)              12 – 22 AWG   0.34 – 4.0    300V – 1000V   4 – 30 A   XLPE / PVC / LSZH Bare/Tinned Copper Multicore     2 – 61C                      –25°C to +90°C
Halogen-Free Data Cable  24 – 20 AWG  0.20 – 0.52  48V (PoE) / 300V ~0.5 – 5 A  LSZH Solid / Stranded Copper    Twisted Pair       4 pairs (Cat5e/6)    –20°C to +75°C
Armored FRLS Cable         14 – 4 AWG     2.5 – 25        600V – 1.1kV  15 – 60 A    FRLS / XLPE Stranded Copper         Multicore               2 – 4C or 3.5C             –25°C to +90°C
Fire Alarm Cable                 18 – 16 AWG   0.75 – 1.5   300V – 600V   2 – 5 A FR   PVC / LSZH Stranded Tinned Copper Twisted Pair / Shielded 1 – 4 Pairs   –15°C to +70°C
Elevator/Building Cable   16 – 10 AWG   1.0 – 6.0    300V – 600V   5 – 35 A        LSZH / FRLSH      Stranded Copper      Flat / Round            2 – 24C                  –20°C to +90°C

Notes
FR (Flame Retardant): Stops flame from propagating on the cable surface

FRLS (Flame Retardant Low Smoke): Emits less smoke than standard FR

LSZH (Low Smoke Zero Halogen): Minimal toxic and corrosive gas emissions

XLPE (Cross-linked Polyethylene): High thermal resistance, used in FR applications

Multicore: Multiple conductors under one outer sheath, common in control cables

Triads/Pairs: Used in instrumentation and signal cables for noise reduction

Product Uses
Commercial Buildings Power and communication cabling in offices, malls, hospitals, etc.

Industrial Facilities Motor, control, and signal cables in factories or process plants

Mass Transit Systems Subways, trains, and buses require fire-safe wiring for public safety

Oil & Gas / Petrochemical Flame-resistant wiring in explosive or fire-risk zones

Power Plants & Utilities Cable trays, control rooms, and underground pathways

Marine & Offshore Shipboard cable systems where fire safety is critical

Data Centers Safe data/power cabling with low-smoke, halogen-free options

Airports & Stadiums Public venue installations with strict fire codes

Tunnels & Underground Systems Ventilation, lighting, and signaling cable networks with fire-retardant specifications

Product Operate Guide
Apply cable base on its insulation property

Always de-energize the system before working on cables

Proper PPE duing operation

Key Features

Feature                                                                                                                                          Why It Matters
Self-extinguishing                                                                                      Limits flame spread and potential damage
Low Smoke Emission                                                                                Improves visibility and reduces inhalation risk during evacuation
Low/Zero Halogen Emission                                                                   Prevents release of corrosive gases that harm electronics and humans
Compliant with Fire Standards                                                               Required by international building and safety codes (IEC, UL, BS, EN standards)