The Foundation of Safe, Reliable, and Modern Commercial Infrastructure
Behind every functional commercial space—whether a bustling retail outlet, a high-tech office complex, or a large-scale warehouse—lies a complex network of electrical infrastructure. This is the unseen circulatory system that powers productivity, ensures safety, and enables modern operations.
Our Building Electricals & Wiring portfolio is specifically engineered for the rigorous demands of the commercial and B2B sector. We understand that for contractors and developers, electrical systems must not only meet stringent safety codes and building regulations but also provide long-term reliability with minimal maintenance. In high-density occupancy buildings, the quality of wiring and protection devices is not just a functional requirement; it is a critical safety imperative.
Enhanced Safety: Utilizing advanced materials like FRLS insulation to minimize fire risks and ensure occupant safety during emergencies.
Operational Reliability: Heavy-duty cables and robust switchboards designed to handle continuous loads and potential fault currents without failure.
Ease of Installation: Conduits, trays, and modular systems designed to simplify the job for electrical contractors, reducing labor time and on-site complexity.
Aesthetics and Functionality: Switches and accessories that blend seamlessly into modern commercial interiors while offering durable performance.
Designed for Professional Installation and Long-Term Performance. We provide a comprehensive range of products that take power from the main utility connection right down to the final switch, focusing on
LT (Low Tension) Power Cables
Robust Power Delivery for Main Building Arteries
Low Tension (LT) Power Cables are the workhorses for distributing main power within premises, typically rated up to 1.1kV. These heavy-duty cables are used to connect main distribution boards to sub-panels, heavy machinery, HVAC systems, and external lighting. In commercial settings, these cables must withstand high currents, potential mechanical abuse during installation, and environmental factors. We offer armoured and unarmored options featuring Cross-Linked Polyethylene (XLPE) insulation, known for its superior thermal properties and higher current-carrying capacity compared to conventional PVC.
Key Features & Benefits:
- XLPE Insulation: Allows for higher operating temperatures (up to 90°C continuous) and better resistance to electrical surges.
- Armoured Options: Steel wire or tape armour provides mechanical protection against crushing and impact.
- High Conductivity: Utilizes high-purity electrolytic copper or aluminum conductors.
- Durable Sheathing: Tough outer sheaths resistant to moisture, chemicals, and abrasion.
Typical Applications:
- Main incoming feeders from transformers to switchboards.
- Power supply to elevators, chillers, and large motors.
- Outdoor and underground campus lighting distribution.
FR/FRLS (Fire Retardant Low Smoke) House Wires
Critical Internal Wiring for Occupant Safety in Commercial Spaces
In densely populated commercial buildings like offices, malls, and hotels, standard wiring is insufficient due to fire risks. Our range focusses on Fire Retardant (FR) and Fire Retardant Low Smoke (FRLS) wires. While FR wires resist the spread of flame, FRLS wires go a step further by emitting very low levels of toxic smoke and corrosive halogen gases during a fire. This is vital for maintaining visibility and breathable air during evacuation scenarios, making them a mandatory safety standard in many modern commercial constructions.
Key Features & Benefits:
- FRLS Technology: Reduces dense smoke and toxic gas emissions.
- High Flame Retardancy: Self-extinguishing properties prevent fire spread.
- High Flexibility: Multi-strand copper conductors ease installation.
- Standards Compliant: Meets national and international fire safety standards.
Typical Applications:
- Internal wiring for lighting and sockets in offices, hotels, hospitals.
- Wiring in auditoriums, cinemas, and retail chains.
- Data center and server room wiring.
Modular Switches & Commercial Switchboards
The Interface of Power: Durable Control and Robust Distribution
This category covers both the visible user interface of electricity and the hidden distribution backbone.
- Modular Switches: Sleek aesthetics with durability to withstand thousands of operations. Modular flexibility allows combinations of switches, sockets, and data ports.
- Commercial Switchboards (Distribution Boards): Central hubs where main power is divided into subsidiary circuits. These enclosures house MCBs, RCCBs, and isolators, ensuring circuit protection and safe maintenance isolation.
Key Features & Benefits:
- Durable Switch Mechanism: Tested for high cycle counts.
- Safety Shutters: Prevent accidental contact with live parts.
- Robust DB Construction: Heavy-gauge metal with powder coating.
- Ample Wiring Space: Designed for neat wiring and easy modifications.
Typical Applications:
- Office workstations, conference rooms, reception areas.
- Retail showroom lighting and power points.
- Main electrical rooms and distribution panels.
Conduits, Trays, and Cable Management
Organized, Protected, and Code-Compliant Cable Containment
A professional commercial electrical installation is defined by how well the cabling is managed. Cable management systems protect wires from damage, support their weight, and keep installations organized for easy maintenance and upgrades. Our range includes rigid conduits for burial or wall chasing, and robust metal cable trays (ladder and perforated types) for carrying heavy bundles of power and data cables above ceilings or in plant rooms.
Key Features & Benefits:
- Robust Cable Trays: Galvanized steel, high load capacity, corrosion resistance.
- High-Impact Conduits: PVC and metal conduits with crush resistance and flame retardancy.
- Ventilation: Perforated trays allow heat dissipation.
- System Flexibility: Accessories (bends, tees, couplers) for complex layouts.
Typical Applications:
- Routing cable bundles above false ceilings.
- Protecting wiring in exposed industrial-style ceilings.
- Vertical risers in high-rise buildings.
- Underfloor cable management in data centers.