FT PVC Insulated Cable - 6.0mm

Usage Guidelines: The PVC insulated cables from FT Electronics are frequently utilised in many different electrical systems and products as a household material of the highest quality. These cables have polyvinyl chloride (PVC) insulation on top of fully copper-made conductors that are industrial grade. Our PVC insulation cable offers defence against abrasion, corrosion, moisture, and electrical shocks. Additionally, the wires' flexibility, toughness, and lifetime are improved.

To ensure their best performance and safety, our PVC insulated cables must be handled, installed, and maintained according to the manufacturer's instructions. Firstly, the wires need to be kept in a cool, dry location away from heat sources and sunshine. To protect the insulation and conductors, they must be handled carefully and stored in their original packaging.

Secondly, only licenced electricians who adhere to regional electrical laws and safety regulations should install our PVC insulated cables as a measure of safety. To avoid strain, bending, or twisting that could harm the insulation or conductors, the cables should be appropriately sized, routed, and secured. To guarantee a snug and secure fit, the connections should be performed using the proper tools and methods by licensed electricians.

Thirdly, the PVC insulated cables must be periodically inspected and tested in order to detect any symptoms of wear, tear, or damage. The insulation and conductors of the cables should be inspected for any cracks, cuts, or abrasions. Using a multimeter or other electrical testing tools, the connections should be checked for continuity and resistance.

As a leading retailer of electrical appliances, FT Electronics’ PVC insulated cables are frequently utilised in a variety of systems and equipment, including air conditioners, refrigerators, motors, pumps, lighting fixtures, and power distribution panels. Our cables can survive tough weather conditions such as high temperatures, humidity, and chemical exposure and are excellent for both indoor and outdoor applications.

PVC insulated cables are crucial parts of contemporary electrical systems because they deliver dependable and secure power transmissions. For them to perform at their best and last as long as possible, proper handling, installation, and maintenance are essential. Other than that, proper usage of PVC insulated cable can lower the risk of electrical risks, equipment failures, and downtime according to the usage instructions.

Certification & Mentionings: FT Electronics is proud to have received various awards that witness the high standard of both its goods and services as proof of its legitimacy and certainty as listed below:

1. Sirim QAS International : PC002162 certified: As a testing, inspection, and certification authority with national and worldwide recognition, SIRIM QAS adheres to worldwide standards when providing testing, inspection, and certification services, thus ensuring clients of its total professionalism and objectivity.
   
   
2. Full Copper Body: Ensuring maximum conductivity and performance, our 100% copper PVC insulated cable ensures that all forms of power loss or energy wastage are minimised to the baseline to avoid any unnecessary usage, in addition to acting as a safer option for your electrical needs.

Packaging: All of our PVC insulated cables are packed together in the form of rounded-up Therefore, the following features of our product are critical in order to adapt and streamline the process of placing B2B orders: 

Storage: PVC insulated cables must be kept in a dry, cool environment for good storage. The cables need to be kept clean, dust-free, and away from heat sources and sunshine. To avoid tangling or damage, it is advised to store the cables in their original packing or on a cable reel. If the cables are kept in storage for a long time, they should be frequently checked for symptoms of degradation or damage. To avoid putting the cables under unnecessary stress or strain, it's also crucial to abide by the manufacturer's instructions for handling and storage.

PVC Insulated Cable Overview

Polyvinyl chloride (PVC) insulation is applied to copper or aluminium conductors to create PVC-insulated cables. There are various processes in the production process, such as wire drawing, stranding, and insulation extrusion. In order to decrease the diameter and extend the length of the wire, copper or aluminium is pulled through a series of dies during the wire drawing process. As a result, a thin, flexible wire that is simple to bend and shape is produced.

The wire is then strung together to create a cable. To improve the flexibility and strength of many wires, stranding is used. The intended cable size and its properties determine the number of wires and the stranding arrangement. Following stranding, a PVC insulation coating is extruded onto the cable. The PVC material is melted and pressed through a die to create a tube that encloses the cable. A shielding layer is then formed around the conductors by cooling and solidifying the tube.

Copper or aluminium conductors and PVC insulation are both components of PVC insulated cables. Aluminium is used due to its lightweight and cost-effectiveness, while copper is chosen due to its excellent conductivity and resistance to corrosion. PVC insulation is used because of its dependability, adaptability, and resistance to abrasion, chemicals, and moisture.

When it comes to PVC insulated cables, there are a number of advantages of using this variation of cables in the long run. First of all, copper is a superb electrical conductor that reduces heat generation and power loss. Electrical systems benefit from increased efficiency and cheaper operating costs as a result.

Secondly, compared to other materials like aluminium or steel, pure copper-sheathed PVC insulated cables have better corrosion resistance. This qualifies them for usage in challenging conditions that may contain moisture, chemicals, or salt water.

Thirdly, copper can resist high temperatures without losing its strength or conductivity due to its high melting point. The use of pure copper sheathed PVC insulated cables in high-temperature equipment like motors, transformers, and generators is thus appropriate.

Finally, PVC insulated cables with a pure copper covering have a long lifespan and need little upkeep. They are perfect for use in applications that need regular movement or flexing since they are resistant to wear, tear, and damage from bending or twisting.

PVC insulated cables are crucial parts of contemporary electrical systems because they deliver dependable and secure power transmissions. PVC insulated cables with pure copper wrapping have a number of benefits over other materials, including excellent conductivity, resilience to corrosion, temperature changes, and longevity. Users may guarantee the best performance and longevity of their PVC insulated cables by making the appropriate material selections and adhering to suitable installation and maintenance practices.

About FT Electronics Sdn Bhd

As a leading wholesaler and retailer of electrical wires and cables, FT Electronics is an expert in the production and manufacturing of electrical wires and cables that are specially made for applications in buildings, constructions, industrials as well as commercials, that are all industry grade and reliable. With a wide range of electrical wires and cables such as the 6.0mm PVC insulated cable from Malaysia and other similar products, FT Electronics is committed to bringing safe and affordable electronic wiring to every business and household since 2021.

PVC Insulated Cable Malaysia Specifications

1. Length of 100m (3937.01in)
2. 100% fully copper-made
3. Sirim QAS International : PC002162 certified
4. Fully sheathed with PVC
5. Used as a replacement for rubber-sheathed cables 
6. Available in red, yellow, blue, black & green