PVC Cable Manufacturer in China

  • Honest Cable is a professional manufacturer of PVC cables that feature waterproof properties.
  • These are often used for wiring of circuits, home appliances, instruments, house wiring, etc.
  • Our products include multi core PVC, fire rated PVC cable, PVC sheathed cable, 1000V PVC cable, 600V PVC insulated cable, single core PVC cable, and so on.

PVC Cable

PVC is an acronym that stands for Polyvinyl Chloride. The PVC cable is essentially any electrical cable that uses polyvinyl chloride as the wire insulation or cable jacket. Due to PVC’s many advantageous qualities, this kind of electrical wire is being used extensively in many electrical applications.

At Honest Cable, we provide PVC cables constructed with flawless tensile strength and IP tightness certifications. Honest PVC cables are your top solution for most electrical wiring projects.

Send us your inquiries today!

Multi Core PVC Cable

Multi core PVC cable is used for digital signals, analog signals, and power distribution. Often used to simplify the system setup and gives a neat connection.

Fire Rated PVC Cable

Fire rated PVC cables can maintain the circuit integrity and keep working for a period of time when exposed to fire. It meets the BS 7846 standards.

PVC Sheathed Cable

PVC sheathed cables are cables with fire retardant PVC insulation. They are durable and made resistant to alkalis, oils, acids, and further chemicals.

1000V PVC Cable

1000V PVC cables are used for control and power circuits. They provide excellent protection through the use of heavy galvanized steel wire armor.

600V PVC Insulated Cable

600V PVC insulated cable can withstand temperatures down to -20°. They are applicable for both indoor and outdoor buildings. It is chemical-proof.

Single Core PVC Cable

Single core PVC cables are commonly used for industrial applications and operate in a conduit. This PVC cable is suitable for voltages up to 1000V a.c.

Application Fields of PVC Cables

We manufacture PVC cables often used for control devices, including:

  • Flow and assembly lines
  • Machine tools
  • Production lines
  • Conveyor systems
  • Household appliances
  • Switchgear cabinet assembly
  • And so on…
Application Fields of PVC Cables
Features & Benefits

Features & Benefits

Chemical resistance, water resistance, heat resistance, sturdiness, resilience, and flexibility are among the most outstanding qualities. Due to its exceptional qualities, PVC has been used to create a number of electrical cables that adhere to a precise set of PVC cable criteria.

The PVC cables are built to your needs. They work good in industrial applications and tested in harsh environments.

Your Premier PVC Cable Supplier

Your Premier PVC Cable Supplier
Your Premier PVC Cable Supplier

We are a professional PVC cables supplier in Chinas. Our products include multi core PVC, fire rated PVC cable, PVC sheathed cable, 1000V PVC cable, 600V PVC insulated cable, single core PVC cable, and so on.

Contact us if you need our PVC cables for applications such as in powering agricultural equipment, commercial buildings, industrial plants, constructional covered systems, residential solar panels, and more. They are most preferred due to high UV resistance, weather resistance, safe, easy installation, and high level of fire retardant.

PVC Cable – The Ultimate FAQ Guide


PVC or Polyvinyl chloride is a versatile thermoplastic used in thousands of products, including PVC cables.

It has been in use in cable production since the 1950s when it proved just as good as rubber, perhaps even better in some ways.

If you look around you, chances are a lot of the electrical equipment and infrastructure is relying on PVC cables.

PVC Cable

PVC cables is a very generalized term to describe a cable.

However, understanding the basic characteristics of this material will help you find the right kind of cable for your specific needs.

This means you have to consider its mechanical strength, performance, and useability, which varies greatly depending on how it’s made.

What is PVC Cable?

A PVC cable is any cable that has a PVC (Polyvinyl chloride) insulation or sheath or both.

PVC is a thermoplastic polymer, which can be modified easily to attain different properties for different applications.

For cables also, PVC can provide different characteristics to suit different applications.

It’s typically modified using plasticizers, lubricants, and stabilizers.

So not all PVC cables are the same.

As a thermoplastic, PVC cables are also recyclable.

PVC cables can support both fixed and flexible installations.

They have varying cores and may even have different insulation.

However, there are essentially two types of insulations: PVC and XLPE.

Here’s a brief list of cables that are PVC cables:

  1. Twin core and earth cables for electrical wiring
  2. Twinflex cables for batteries
  3. YJV & YJV22 Industrial Power Cables
  4. H05VV-F and H03VV-F for power supply in home appliances
  5. H05V2V2-F for powering handheld devices and tools
  6. H03VVH2-F for wiring in public places
  7. H07VVH6-F Flat cables for elevators and festoon systems
  8. Arctic grade cables for sub-zero temperatures
  9. CBVR Marine Switchboard & Boat Wires

PVC Cable

What is the Characteristic of PVC Cable?

PVC is a material that meets many physical, performance, and safety requirements of cables, such as those listed above.

These features may vary slightly depending on the kind of PVC in the cable insulation or sheath.

Generally, PVC offers the following key features:

Wide Operating Temperature Range

PVC, as a thermoplastic, offers a wide range of operating temperatures.

Typically, PVC can operate easily in a range of -40 ℃ to 110 ℃.

Generally speaking, the higher the quality, the wider the operating temperature range.

This characteristic alone makes it a viable option for different types of uses across the world, regardless of the temperatures.


PVC is inherently a flame-retardant material, which means it’s a combustion suppressant.

It prevents fire from spreading, but it doesn’t completely resist flames.

It’s self-extinguishing, but if the fire continues, it will also continue to burn.

PVC Cable

In other words, it may not worsen the situation itself, but it’s not immune to fire completely either.

So you won’t find this material in fire-resistant or high-heat cables.


This is another safety benefit applicable in case of a fire.

These are low-smoke cables, so in a fire, these cables won’t add to the smoke.

That said, PVC cables are not halogen-free, so they do pose the threat of emitting harmful gases.

This also limits their application to areas/industries where halogen-free cables are a necessity.

Abrasion Resistance

PVC as an outer sheath provides ample abrasion resistance.

It can withstand wear and tear from friction.

This property is more relevant for cables that have PVC as the sheath, so it’s imperative for the sheath to be of high-quality PVC and tested for abrasion resistance.

Water Resistance

PVC cables are water-resistant as well to some extent.

Typically, water-resistant PVC sheath has additives for that.

Therefore, this particular characteristic varies by the type of cable and quality of components.

However, those that are explicitly water-resistant will ideally meet standards for water-resistant cables.

Chemical Resistance

PVC outer sheath can also deal with oils, acids, and alkalis, again depending on the additives in it.

It’s not as tough on chemicals, especially oils, as PUR (polyurethane).

They are typically good at resisting acids and alkalis, which makes them good for use in food and chemical industries as well.

It’s not a good choice for industries or applications where there’s a danger of oil interaction.

The reason behind this is that oil can react with the plasticizers in PVC, which results in stiffening of the sheath.

UV Resistance

Certain PVC cables are also UV-resistant.

These cables are designed for use outdoors, but not necessarily for burial.

It’s important to note that this PVC is different from what is used in insulation and jacketing for indoor cables.

These cables can be left in contact with direct sunlight (for example, outdoor lighting and appliances).

Burial cables are also technically UV-resistant, but they have different construction internally.

That’s a whole other category of cables, but those also use PVC.


PVC generally is flexible with additives that give it malleability.

These cables can be used in flexible installations.

The bending radius depends on the individual type of cables, as flexibility also comes down to insulation, and in some PVC cables, it’s just the sheath that’s made of PVC.

Thermoset PVC

PVC in insulation can be thermosetting if it’s cross-linked with special electron beams.

Those cables are special-purpose cables, normally for automotive applications.

Also, such PVC insulation is a lot more expensive.

As a result, thermosetting PVC has an even higher temperature range and strength.

What are the PVC Cable Applications?

There are tons of PVC cable applications, mostly for low voltage usage, in residential or commercial settings.

This is why PVC cables are some of the most common kinds of cables.

The cables differ in construction depending on the application.

Those for industrial and commercial use are sturdier and have a high voltage rating.

On the other hand, those for residential purposes may not be armored or even have high-density insulation.

Their applications can be divided into roughly two categories:


You’ll see PVC cables all around your household in:

  • Power supply
  • General wiring
  • Generators
  • Lighting
  • Tools
  • Home and office appliances
  • Handheld devices
  • Cleaning equipment

PVC Cables

Commercial and Industrial

In industrial settings, PVC cables are used mainly in machines for manufacturing.

These are also used in equipment you’ll find in factories and assembly lines.

Here are some examples:

  • Assembly line
  • Machine tools
  • Conveyor systems
  • Festoon systems
  • Communication systems
  • Power supply
  • Transformers
  • Electrical engineering
  • Packaging plants
  • Textile equipment
  • Press
  • Medical equipment
  • Construction machines
  • Steel production
  • Food and beverage filling machines
  • Control units
  • Automotive production/cars
  • Woodshop tools
  • CNC machines
  • Data processing

What are the Benefits of PVC Cable?

PVC doesn’t just offer characteristics-related benefits, but also economical ones.

PVC cables offer the following advantages:


Using PVC for cable insulation and sheathing is just economically beneficial.

PVC is a material that doesn’t cost much and is easily available.

So it keeps the costs of the cables down too.

This material meets the necessary requirements for general purpose, as well as some special purpose cables, without inflating the price.


By now, you know that PVC cables have tons of uses.

It’s mainly because PVC can easily be manipulated with plasticizers and other additives to get the exact type of cabling material you need.

The varying properties of PVC provide great variety without costing too much.

From electrical appliances in your home to the machines that produce them, PVC cables are everywhere.

They have different voltage ratings, temperature ranges, levels of flame resistance, water resistance, and chemical resistance.

They also have different structures and conductors.


PVC cables are also known for their durability.

That depends on the kind of cables and the quality of PVC itself.

However, generally speaking, these cables can easily last decades.

In fact, their durability is one of the reasons why these cables are cheap.

One doesn’t have to replace them so frequently.


PVC is a recyclable plastic, which makes these cables eco-friendly as well.

In many countries, the use of such cables is recommended to ensure that recyclable materials are used.

The PVC insulation and sheath can be recycled to make cables again or any other PVC products we use every day.

There’s even an organization in Europe, PVC4Cables, that helps promote the recycling of PVC cables.

Pollution from electronics and machines is slowly becoming a big problem.

While it’s not the driving force behind the majority of the pollution, it does cause severe air pollution with toxic gases, especially in developing countries.


PVC cables provide adequate safety features as well, mainly flame-retardancy.

These are self-extinguishing, so if the fire isn’t sustained from its source, these cables will extinguish and not propagate further.

Similarly, these cables don’t start a fire either.

Other than fire safety, PVC cables are sturdy enough to offer other safety features.

They can withstand impact and mechanical stress to some extent to ensure the integrity of the circuit in tools and equipment they are used in.

What are the Standards of PVC Cable?

PVC cables are produced mostly based on international and regional standards.

For instance, the cables for domestic appliances H05VV-F and H03VV-F are harmonized European standard cables.

Their standard numbers have become their names in the industry.

Similarly, you’ll find common standards that dictate insulation and sheath material properties, applications of those cables.

PVC Cable

Standards basically tell you if the manufacturer has carried adequate testing and met the requirements for the specific applications.

It helps clients leave all the guesswork and get exactly what they need.

The standard for cables you follow in your country may vary.

However, internationally, there are a few standardization bodies that set cable standards:

  • International Electrotechnical Commission (IEC)
  • British Standards Institute (BS)
  • European Standards (EN)
  • DKE – VDE (Germany)

In Europe, you also have to look out for CE certification.

EU single area market mandates CE marking on electrical products to ensure the manufacturer, supplier, and distributor are compliant with the health and safety standards.

Here are some of the common standards by IEC and other bodies that apply to PVC cables:

  • IEC 60502-1: PVC-insulated, armored cables for low voltage electric supply
  • IEC 60189-3: Low-frequency PVC insulation and sheath cables
  • IEC 60227-3: PVC insulated, non-sheathed cables for fixed wiring (450/750 V)
  • BS 4553-1: Single-phase PVC insulated cables (600/1000 V)
  • BS 4808-1, 4808-2, 4808-3, 4808-4, 4808-5: PVC insulation and sheathing telecommunication cables
  • BS 7655-4.2: General PVC sheathing specification
  • BS EN 50363-4-1, BS EN 50363-4-2: PVC sheathing and covering low voltage power supply cables
  • VDE 0207: PVC insulation and sheath mixture


PVC cables are present everywhere around us, which goes to show how important this material is for running the world around us.

PVC is the third-most produced plastic in the world.

In cables, it’s primary job is to protect the conductor from a variety of external elements.

PVC cables come in a large variety of shapes and sizes, designed for multitudes of applications.

There are so many standards assigned by different bodies for PVC cables, mainly about insulation, sheathing, fire-resistance, and application of the cables.

It’s best to stick to standards followed generally in the market and industry you serve.

While PVC cables are cheap, price should never compromise on quality.

This comes down to the manufacturer and the standards or certifications they are following.

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