KGX Kabletek Products
Unparalleled quality to groundbreaking innovation set KGX products apart.
Submersible Pump Cable
Submersible pump cables are specially designed cables used to supply power to submersible pumps that operate underwater.
These cables must be highly durable and resistant to harsh environmental conditions, as they are submerged for long periods.
They are commonly used in applications such as deep-well pumping, sewage treatment, irrigation, and other water extraction operations in agriculture, mining, and municipal water systems.
Submersible pump cables are engineered to meet stringent safety and performance standards, ensuring they remain reliable in challenging underwater environments while providing uninterrupted power to pump systems.
Key Features
Insulation: Made from high-grade materials such as PVC, which provide excellent moisture resistance and electrical insulation.
Sheathing: Protective sheaths offer resistance to water, oils, and chemicals, ensuring longevity and safe operation in submerged conditions.
Flexibility: Designed to be flexible enough for easy installation in deep wells and tight spaces, reducing stress on the cable during pump operation.
Conductors: Constructed with high-quality copper or other conductive materials to minimize energy loss and ensure efficient power delivery.
Temperature and Pressure Resistance: Rated to handle high pressures and temperature variations encountered in deep or shallow water applications.
Applications
- Water wells and boreholes
- Sewage and wastewater treatment
- Irrigation and drainage systems
- Mining and industrial water extraction
Cabtyre Cable
Cabtyre cables are versatile, flexible electrical cables commonly used for supplying power to portable or mobile equipment.
Known for their durability and adaptability, these cables are ideal for indoor and outdoor use across industrial, commercial, and domestic settings.
They are well-suited for applications requiring frequent movement, including power tools, machinery, and temporary power distribution setups.
Cabtyre cables combine flexibility with robustness, ensuring reliable power delivery in dynamic environments while minimizing wear and tear associated with constant movement and environmental exposure.
Key Features
Flexible Insulation: Cabtyre cables are typically insulated with materials like PVC, which offer excellent flexibility, abrasion resistance, and ease of handling, even in dynamic or harsh conditions.
Durability: Engineered to resist wear from bending, twisting, and dragging across surfaces, making them ideal for equipment that frequently moves.
Moisture and Weather Resistance: These cables are often water-resistant or waterproof and can withstand exposure to various weather conditions, making them suitable for outdoor use.
Heat and Chemical Resistance: Designed to handle moderate heat and exposure to oils or chemicals commonly found in industrial environments, maintaining performance and longevity.
Applications
- Power supply for handheld and portable equipment
- Temporary or mobile lighting and appliances
- Extension leads for workshops and industrial sites
- Construction sites, event setups, and entertainment industry applications
Nitrile Trailing Cable
Nitrile trailing cables are heavy-duty power cables designed to provide reliable performance in highly demanding environments, often seen in industries such as mining, construction, and heavy machinery operations.
These cables are reinforced to withstand severe mechanical stress, making them suitable for trailing applications where cables are subject to constant dragging, pulling, or flexing.
Nitrile trailing cables are essential for applications demanding high flexibility, strength, and abrasion resistance, ensuring a long lifespan even in the most challenging industrial environments.
Key Features
Nitrile Outer Sheath: The nitrile rubber outer sheath provides exceptional resistance to oils, chemicals, and abrasion. It protects the cable from damage due to rough handling, exposure to harsh elements, and contact with industrial contaminants.
Mechanical Durability: Built to withstand high levels of mechanical stress, these cables are reinforced to resist tearing, cuts, and impacts, ensuring longevity even under intense physical conditions.
Flexibility: Despite their robust construction, nitrile trailing cables maintain flexibility, allowing them to perform well in applications that require constant movement or flexibility over extended distances.
Heat and Flame Resistance: Nitrile trailing cables are typically rated to handle high temperatures, providing thermal protection in environments where heat exposure is expected.
Weather and Water Resistance: These cables are resistant to water ingress and environmental factors such as UV exposure, making them suitable for outdoor use in varying weather conditions.
Applications
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Mining equipment, drills, and conveyors
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Mobile machinery in construction and industrial sites
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Heavy-duty trailing applications, such as cranes and hoists
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Outdoor installations where durability and exposure resistance are essential
Panel Flex Cable
Panel flex cables are specialized cables designed for use in control panels, switchgear, and electrical enclosures where flexibility, durability, and consistent power delivery are essential.
These cables are ideal for applications involving frequent opening and closing panels, as they provide reliable conductivity with minimal wear on the conductors or insulation.
Panel flex cables are essential for modern electrical installations, combining flexibility with strong protective properties to ensure safety and reliability in control and power distribution setups.
Key Features
High Flexibility: Constructed with fine-stranded copper conductors, panel flex cables offer excellent flexibility, making them easy to route and install in confined spaces within control panels or enclosures.
Insulation: Typically insulated with PVC or other flexible compounds, these cables provide solid electrical insulation to prevent short circuits and withstand everyday handling.
Flame Retardant and Low Smoke Emission: Designed to meet fire safety standards, panel flex cables are often flame-retardant and emit low smoke and toxic gases when exposed to high temperatures.
Oil and Chemical Resistance: Many panel flex cables are resistant to oils, grease, and chemicals, allowing them to perform well in industrial settings where such exposure is expected.
Temperature Tolerance: Rated to endure a wide range of temperatures, panel flex cables can perform reliably in both standard and more demanding environmental conditions.
Applications
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Control panels and switchgear in industrial setting.
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Electrical enclosures in manufacturing facilities.
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Internal wiring of machinery and equipment
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HVAC systems and power distribution units
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Distribution boards and instrumentation systems
Flat Mains Cable
Flat mains cables are flexible power cables with a flat profile, designed for applications requiring a low-profile, easily concealable, or space-saving cable.
These cables are commonly used in domestic and commercial settings for power distribution and in applications like lighting, appliances, and temporary setups where cables need to lie flat along surfaces without causing obstruction.
Flat main cables are an efficient solution for installations where space is limited or a low-profile appearance is necessary, providing reliable power distribution while minimizing visible or physical obstructions.
Key Features
Flat Profile: The flat design allows these cables to fit snugly under carpets, along walls, or between surfaces, reducing tripping hazards and making them ideal for discreet installations.
Flexibility and Ease of Handling: Constructed to offer moderate flexibility, flat mains cables can be routed efficiently and maintain their shape, making them well-suited for temporary and permanent installations.
Durable Insulation: Insulated with materials such as PVC, which provides excellent protection against electrical faults, moisture, and abrasion for safe usage.
Colour-Coded Conductors: These cables often feature colour-coded conductors within the insulation, simplifying installation and reducing the risk of wiring errors.
Temperature and Voltage Ratings: Generally rated for standard household and commercial voltage requirements, flat mains cables are suitable for everyday electrical applications.
Applications
- Domestic power supply and extension cords
- Wiring for lighting fixtures and small appliances
- Temporary power distribution for events or exhibitions
- Situations requiring cables to be routed under carpets or along floors
- Concealed wiring in tight spaces
Nitrile Welding Cable
Nitrile welding cables are robust, highly flexible cables specifically designed to provide reliable power transmission to welding tools and machinery in demanding industrial environments.
Known for their durability and resistance to extreme conditions, these cables are ideal for applications where flexibility and resilience against abrasion, heat, and chemicals are crucial.
Nitrile welding cables offer a dependable solution for rugged industrial applications, combining flexibility with high durability to ensure safe and efficient power transmission in challenging conditions.
Key Features
Nitrile Outer Jacket: The nitrile PVC jacket offers excellent resistance to oils, fuels, and chemicals, making it ideal for industrial and welding environments where contact with various substances is common.
High Flexibility: Constructed with finely stranded copper conductors, nitrile welding cables provide exceptional flexibility, enabling easy manoeuvring and coiling even in tight or confined workspaces.
Heat and Flame Resistance: Nitrile welding cables are rated to withstand high temperatures, which is essential for welding applications that generate substantial heat.
Abrasion and Tear Resistance: The durable nitrile jacket provides added protection against abrasions, cuts, and tears, making the cable suitable for environments where rough handling or sharp edges are present.
Low Voltage Drop: The high-quality copper conductors minimize voltage drop over long distances, ensuring efficient power delivery to welding equipment.
Applications
- Power supply for arc welding machines and tools
- Use in construction sites, workshops, and shipyards
- Heavy-duty industrial applications requiring oil- and heat-resistant cables
- Portable or mobile welding setups where flexibility is essential
Ripcord Cable
Ripcord cables, also known as speaker or zip cables, are versatile, lightweight, and easy-to-handle cables designed for low-voltage power distribution and signal transmission.
Characterized by their two parallel conductors, ripcord cables are easy to separate (or “rip”) along their length, making them ideal for straightforward installations in audio systems, light electrical applications, and low-voltage setups.
Ripcord cables are a practical choice for low-voltage and audio setups, providing simplicity and flexibility in applications where quick, efficient installation is needed. Their easy separability and light construction make them a popular option for a wide range of household and light commercial uses.
Key Features
Parallel Conductor Design: Featuring two conductors side-by-side, ripcord cables allow for easy separation, providing flexibility in wiring and installation.
Flexible Insulation: Typically insulated with materials like PVC, ripcord cables are flexible and resistant to everyday wear, making them easy to handle and route around corners or through conduits.
Low-Voltage Rating: Designed for low-voltage applications, these cables are commonly used in audio equipment, speakers, and light-duty electrical setups.
Polarity Identification: Often marked with colour coding or ridges along one conductor, ripcord cables make polarity identification easier, reducing wiring errors during installation.
Compact and Lightweight: Due to their slim, simple construction, ripcord cables are lightweight and easy to install in compact spaces, such as in-wall or ceiling installations.
Applications
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Audio and speaker systems for home or commercial setups
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Low-voltage lighting installations
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Intercom and alarm systems
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Low-power DC circuits and control wiring
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DIY electronics projects and hobbyist applications
Class 5 Conductor
Class 5 conductors are highly flexible copper conductors, categorized according to SANS 1411 standards, specifically designed for applications requiring repeated movement, bending, or tight routing.
These conductors are widely used in cables for industrial machinery, robotics, control panels, and other equipment that require durability and flexibility in confined spaces.
Class 5 conductors provide an optimal balance of flexibility and durability, making them essential for applications requiring mechanical stress, movement, or confined routing. They help maintain reliable electrical performance and long-term cable integrity in challenging operational conditions.
Key Features
Flexibility: Composed of finely stranded copper, Class 5 conductors offer excellent flexibility, making them ideal for dynamic applications where cables are frequently moved or need to be routed around complex structures.
Durability: The fine strands provide resilience against mechanical stress, allowing the conductor to withstand repeated bending and vibration without breaking or degrading over time.
Efficient Conductivity: Manufactured with high-quality copper, Class 5 conductors ensure low electrical resistance, facilitating efficient power transmission and minimal energy loss.
Resistance to Fatigue: The finely stranded structure minimizes conductor fatigue, extending the cables’ lifespan in demanding applications.
Compliance with Standards: Adhering to SANS 1411 standards for Class 5 flexibility, these conductors are recognized globally and can be used in a wide range of industrial and commercial applications.
Applications
- Power and control wiring in machinery and equipment
- Robotics, where cables are subject to constant movement
- Flexible wiring in control panels and switchgear
- Automotive and transportation industries for moving parts
- Industrial environments requiring cables with high flexibility
Physical address
11-12 Apex Road,
Apex Industrial Sites
Benoni, 1540