Shaanxi Jinshenghong Cable Co., Ltd. is one of the most reliable manufacturers and suppliers of teflon insulated high temperature cable in China. Please feel free to wholesale high quality customized products at low price from our factory. For free sample and cheap products, contact us now.
Why Choose Us?
Professional Technical Team
Shaanxi JSH Cable Co.,Ltd. is a cable and wire production and sales as one of the integrated enterprises, the factory has a perfect management system, cast a complete and professional production team.
Wide Range of Applications
The company's products have been widely used in municipal, electric power, water conservancy, steel, coal, petroleum, chemical, construction, subway, high-speed rail, airport and other fields.
Quality Guaranteed
The products have passed CCC certification, mining product safety mark certification, adopting international standard product mark certification, environmental mark certification, CQC certification, China Classification Society certification, Theil certification, German TUV certification, EU CE certification, the United States UL certification and so on.
Broad Market
After 20 years of continuous innovation and development, the product market has spread over more than 30 provinces and regions in China, and exported to Mongolia, Australia, Russia, Spain, the United States, Germany, the United Arab Emirates, Singapore, Indonesia, the Philippines, Cyprus, Zambia, Mauritius, Nigeria and other more than 20 countries and regions.
What is Teflon Insulated High Temperature Cable?
Teflon as an insulator is very reliable in hook-up wire and mil-spec wiring applications but is best known for its ability to perform in high-temperature settings reliably. Unlike the silicone alternatives, teflon insulated high temperature cable can withstand up to 450°C consistently. This durability is only possible because the fiberglass is created using a Teflon high-temperature finish. This is how many of the TGGT, TCGT, and MGT constructions generate their durability, but also lose their flexibility.
Corrosion Resistant High Voltage Teflon Cable
Insulated Material: Soft Silicone
Features: Super Soft, Waterproof, High Temperature Resistance, Anti-Low Temperature, oilproof, Anti-aging
Color: Black red Pink Green White Blue Or Customized Color
OEM: Available
Material for Conductor: Pure Copper, Tinned Copper.
Flame Retardant Copper Core Cable
Conductor: Aluminum or Copper
Armoured: SWA(Steel Wire Armoured) / STA(Steel Tape Armoured) or Non-Armoured
Insulation: PVC/LSF/Fire Resistant Cores: 1, 2, 3, 4, 5, 3+1, 4+1, 3+2
Section Area: 1.5mm2-300mm2
Standard: IEC 60502, BS 7870, GB/T12706 or other.
Packaging: Iron Or Wooden Drum.
Fire Resistant Xlpe Insulated Cable
Conductor: Aluminum or Copper
Armoured: SWA(Steel Wire Armoured) / STA(Steel Tape Armoured) or Non-Armoured
Insulation: PVC/LSF/Fire Resistant Cores: 1, 2, 3, 4, 5, 3+1, 4+1, 3+2
Section Area: 1.5mm2-300mm2
Standard: IEC 60502, BS 7870, GB/T12706 or other.
Packaging: Iron Or Wooden Drum.
FF46-1 FF46-2 FF46-3 Teflon PTFE Cable Teflon ptfe cable is a type of cable that uses polytetrafluoroethylene (PTFE) as the insulation material. PTFE has excellent high temperature resistance, corrosion resistance, and insulation performance, allowing Teflon cables to provide stable and reliable
Teflon high-temperature wire Teflon high-temperature wire, also known as fluoroplastic wire or high-temperature wire, is a type of wire with excellent high-temperature resistance. Its insulation layer is mainly made of fluoroplastics (such as polytetrafluoroethylene (PTFE).
Heating cable Heating cable is a multifunctional wire and cable that uses a single or multiple alloy heating wires as a heat source and is manufactured through special production processes. It is widely used in fields such as heating, plant cultivation, and pipeline insulation.
MultiCore Low Smoke Halogen-Fre Cable
Products Description Low Smoke Halogen-Free (LSHF) cables, also known as Low Smoke Zero Halogen (LSZH) cables, are designed to emit minimal smoke and no halogen when exposed to high heat or fire. This makes them safer in environments where people are present.
Low Voltage Multi-core Shielded Cable
Products Description low voltage Multi-core Shielded Cable The cable is suitable for machine tools productions, the installation engineering of complete equipment, power stations, air-conditioning system, heating system, refrigeration equipment, Office Automation equipment.
Firewire cable Fire alarm cables are important components used for transmitting signals and electricity in fire alarm systems firewire cable Fire alarm cables have the characteristics of fire resistance and high temperature resistance, which can maintain normal working conditions in the event.
Benefits of Teflon Insulated High Temperature Cable
Teflon is a thermoplastic fluoropolymer, chemically called polytetrafluoroethylene (PTFE), used as the insulation layer of wires and often operates at high temperatures. It is renowned for its low friction, chemical, and thermal resistance. It can withstand high-temperature and corrosive environments and has comparatively low friction coefficients. It is specifically avoided for applications that require mechanical strength. Teflon insulated wire, the height of modern engineering, has several outstanding qualities that raise the bar for electrical insulation materials.
Wider Temperature Range and High-Temperature Tolerance: Teflon can withstand extremely high and low temperatures without damage. Because of its cold resistance and greater temperature range, it performs consistently when other insulators struggle.
Chemical Inertness and Corrosion Resistance: Teflon's chemical inertness can resist the corrosive compounds that might damage other insulators. Particularly in demanding industrial situations, this resistance guarantees lifespan and dependability.
Exceptional Electrical Insulation Properties: Teflon has a low dielectric constant and a low loss tangent, which reduces energy loss and signal deterioration. Maintaining signal integrity and ensuring effective power transfer depends on this quality.
Durability and Mechanical Stress Resistance: Teflon's durability against mechanical stress, wear, and abrasion increases its longevity and dependability. This durability is essential for systems subject to continual stress and movement.
Application of Teflon Insulated High Temperature Cable
Teflon Insulated High Temperature Cables are available in standard sizes and a range of micro and miniature sizes for an extensive range of industries.
Medical Applications
PTFE-insulated wires and cables fulfill the requirement of medical devices, i.e., a smooth coating that is thin, precise, chemically inert, and capable of withstanding a wide variety of conditions. The non-flaking finish of these cables makes the insulation finish quality paramount for aesthetics and regulatory specifications.
Automotive Applications
The automotive industry demands wires capable of performing in corrosive chemicals, extreme temperatures, and friction. Their wiring application list includes air conditioning systems, navigation, power steering, battery applications, heated seats, and many more. The microminiature PTFE-coated automotive wires support automotive manufacturers and meet their exact performance specifications, irrespective of space constraints.
Oil and Gas Applications
The oil and gas industry faces the challenge of protecting its significant instrumentation from temperature extremes, corrosive chemicals, and pressure. PTFE-coated wires address the oil and gas industries' complex wiring needs for drilling operations and instrumentation, even in extreme conditions. PTFE wires provide the industry's need for electrical, temperature, and corrosion resistance wires and offer essential protection against the gas diffusion, pressure, and corrosion typically encountered in downhole drilling.
General Electrical Applications
The ability of PTFE to insulate to 500 volts per mil with unyielding reliability in even the most strenuous applications makes PTFE wires and cables frequently used in electrical components. The application of these wires and cables ranges from mobile devices to advanced and high-tech machinery.
PTFE wires get used as a separator on the conductive surfaces in capacitors and in a limitless range of electrical applications where components get expected to withstand the elements. The demand for cost-effective PTFE-coated wires and cables is rising as modern electronic manufacturers are continuously creating smaller and more portable advanced electronics.
Other Industrial Usage
The other industrial application of PTFE insulated wires includes retail, computers, veterinary medicine, the food industry, communications, the art community, robotics, marine sciences, space exploration, bioengineering, chemical sciences, and many more.
PTFE is used around the world every day as a coating material for a number of reasons, all of which come together to make it a resilient and reliable material. As an insulator, it is prized for the strength of its carbon-fluorine bonds that are incredibly flexible and non-reactive. PTFE is also hydrophobic, ensuring that water and substances with water in them will not react with a PTFE insulated wire.
In addition to its chemical properties, PTFE insulated wires cannot be cross-linked and are not subject to memory or creeping. This ensures that bending, flexing, and stressing do not move or deform the PTFE coating. This makes it an incredible material for insulation, ensuring that your PTFE insulated wires have the long flex life that allows them to remain reliable for years to come.
In addition to PTFE insulated wires 'resistance to creeping and deformation over time, PTFE insulated wires also provide extremely reliable dielectric properties, making miniature PTFE insulated wires a popular choice for PCB applications and a much more effective, high performance, and temperature resistant alternative to polyethylene.
Teflon initially was created with one basic form, but as time has passed and technology's advanced, the evolution of Teflon has slowly continued to develop.
Different Teflon Types:
PTFE: Polytetrafluoroethylene
FEP: Fluorinated ethylene propylene
ETFE: Ethylene tetrafluoroethylene
PFA: PFA is a "co-polymer product of PTFE. The co-monomer perfluoroalkyl vinyl ether interferes in the crystallisability and molecular weight to achieve good mechanical properties and melt processability without sacrificing thermal performance and chemical resistance" (Fluorocarbon).
Teflon insulated high temperature cables are mainly suitable for connecting cables for lighting lamps of various household appliances and temperature sensing of electronic equipment.
Difference 1: Insulation performance. Different from ordinary cables, high-temperature electricity with high temperature resistance has strong insulation performance. In this way, in some factories or laboratories with high requirements, high-temperature cables can avoid the problem of short circuit or circuit influence and achieve better use effect.
Difference 2: Aging resistance. One of the great advantages of high-temperature cables is that they are aging resistant and durable. Such high-temperature cables can be used for a long time and can help us solve many cost problems. However, ordinary cables have a fixed service life and need to be replaced in time after use for a certain time, so the replacement frequency is relatively high, which affects the efficiency and increases the cost.
Difference 3: Flame retardancy. Because the material of high-temperature electricity is made of special materials, its flame retardancy is particularly good. When there is a short circuit or high-temperature fire, it will not affect other circuits in series at once to increase the risk, but carry out flame retardancy effectively, with higher safety performance.
Difference 4: Different materials. As the name suggests, other main materials of high-temperature cables are also high-temperature resistant materials, so that they can be used in a high-temperature environment without affecting their main effects. Teflon insulated high temperature cables are generally divided into fluoroplastic insulated high-temperature cables with high silicon stabilized rubber insulation.
Cable, silicone rubber insulated braided cable, multi-core high-temperature cable, while ordinary electricity may be made of common materials such as aluminum electricity or copper electricity.
The Difference Between PVC vs. Teflon Insulated High Temperature Cable
Wire insulation is essential for preventing electrical shorts between conductors. There are several types of wire insulations to choose from, and each material has different characteristics and advantages. The PVC and Teflon wire insulation, as well as some of the most common applications of each type.
PVC Wire
PVC, or polyvinyl chloride, is a highly durable and versatile thermoplastic material that has several beneficial characteristics for wire insulation applications. For example, in addition to being moisture, flame, and abrasion-resistant, PVC functions optimally in temperatures ranging from -55 °C to 105 °C. It is also resistant to UV and many types of chemicals, including acids, oils, and alkalis.
PVC offers a less expensive material option for wire insulation. This makes it a popular choice for applications involving a large volume of wire or where cost is a significant consideration. It is the most readily available wire insulation material choice and provides a long service life, typically exceeding 25 to 30 years. PVC is also easy to process and recycle.
Teflon Insulated High Temperature Cable
This synthetic fluoropolymer is one of the most popular insulating compounds. PTFE can withstand extreme temperature fluctuations between -90 °C to 260 °C and is used in many challenging environments. It is also highly durable and exhibits excellent electrical properties.
In comparison to wires insulated through extrusion, PTFE insulated wire is tape-wrapped and therefore features a uniform thickness. For this reason, PTFE tends to be a higher-grade wire and is typically significantly more expensive than PVC insulated wire.
What Is the Maximum Temperature for Teflon Insulated High Temperature Cable?
Teflon has a lot of different applications like general hook-up wire, high temperature, or military. Teflon wire's durability is the most wanted factor about these cables as they're able to withstand temperatures reaching up to 450 degrees celsius.
Usually, Teflon wiring is used in applications that need corrosion resistance, heat resistance, wear or friction resistance. Some applications that Teflon cables are relied on for are robotics, automation, navigation, air conditioning, and automobiles.
Our Factory
Our company's products cover four categories: power cable, electrical equipment wire cable, communication cable and bare wire. It includes 220kV and below plastic insulated power cable, 35kV and below rubber insulated wire and cable, overhead insulated cable, overhead conductor, mining cable, Marine cable, aerospace cable, nuclear power plant cable, watertight cable, refractory cable, high temperature resistant cable, extreme cold resistant cable, ocean engineering equipment cable, control cable, computer cable, photovoltaic cable, wind There are nearly 30 series of electric cables, tow chain cables, robot cables, clean energy vehicle cables, prefabricated branch cables, distributed wires, radio frequency cables, network cables and so on, with a total of nearly 4000 types and more than 50000 specifications.
After 20 years of continuous innovation and development, the product market has spread over more than 30 provinces and regions in China, and exported to Mongolia, Australia, Russia, Spain, the United States, Germany, the United Arab Emirates, Singapore, Indonesia, the Philippines, Cyprus, Zambia, Mauritius, Nigeria and other more than 20 countries and regions. Products are widely used in petrochemical, electric power, construction, building materials, metallurgy, medical, railway and communication industries.
Our Certificate
Ultimate FAQ Guide to Teflon Insulated High Temperature Cable
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