Product Description
Being a well-established entity in the global market, we are affianced in offering a supreme quality range of High Temperature Non Flammable Cables. Used for insulation as well as overall sheath, the provided cables are ideal material for transmission of high frequency signals. Coated with anti-corrosive powder to prevent from corrosion effect, these cables are precisely manufactured under the observation of our deft professionals in sync with set industry standards. Tested on certain parameters, we offer these High Temperature Non Flammable Cables at very affordable rates.
Key Features:
- High endurance
- Impact proof
- Temperature resistance
- Durability
Major Advantages
- Continuous Heat Resistant Cables upto 300oC & 400oC
- Special Extra Heat Resistant Cables beyond 500oC
- Non-Flammable, Water Resistant, Chemical Resistant
- Oil / Lubricants / Hydraulic Fluids / Aircraft / Rocket fuel Resistant
More Details:
If you need then High Temperature Non Flammable Cables with high quality and best price, then place an order with us now. Here, we introduce an exclusive and special Insulating Material made of "Extruded PTFE / Special Sintered"; it is also used as overall sheath material. The series of Sintered PTFE Cables can be customized with multi-pair or multi-core shielding or screening varieties for Co-axial Cables, Compensating Cables, Control Cables, Instrumentation Cables, and Signal Cables.
PTFE is a material which does not melts or burns at temperature exceeding 300oC. This particular feature guarantees insulation integrity. Also, there is no known chemical which can lessen the quality & features of PTFE, making the PTFE Cables suitable for use in harsh environment. These have outstanding electrical properties and are suitable for low loss transmission of high frequency signals.
We can provide following features in the PTFE insulated cables:
- Shielding with Aluminum-Mylar Tape with copper wire braided screen OR copper drain wire
- Stainless Steel and Galvanized Iron Wire Braided Armoring to protect cables from mechanical stress
There are also Fiber Glass Braided and Asbestos Braided Cables, which performs efficiently and withstands persistent temperature of up to 250OC. The downside of these cables is that these cannot be used in extreme water leakage areas and moist environments; as the nature of these material is hygroscopic, which means that they can absorb moisture and water. For tackling such conditions, we have specially made the "Extruded PTFE / Special Sintered", which has properties of:
- Heat resistant up to 300oC
- Water resistant, non-flammable, and extra flexible
- Can withstand temperature up to 400oC, if combined with other insulating material like Ceramic Glass and Silica Micanite
Other features of High Temperature Non Flammable Cables
- Resistant against rodent, fungus and aging
- Saving in terms of weight and space as these have the best dielectric properties
- Ideal for applications involving high frequency work
- Excellent resistance against stress cracking and radiation
- Single length of up to 500 mtrs. can be provided
- Optional: Stainless steel wire Braided Armoring for protection against mechanical stresses
Exceptional Thermal and Flame ResistanceManufactured with top-tier materials like silicone rubber and fiberglass, these cables withstand operating temperatures from -60C up to +180C, and even higher with special insulation (up to 250C). Their non-flammable properties and compliance with UL94V-0 standards ensure superior safety in fire-prone or high-temperature environments.
Superior Chemical and Environmental DurabilityDesigned for resilience, these cables feature excellent resistance to oils, chemicals, and moisture, alongside robust UV stabilization. This makes them suitable for demanding outdoor installations in industries such as glass, steel, and thermal power plants, as well as for standard indoor uses.
Flexible Construction and Customizable OptionsAvailable in diameters from 1.0mm to 25mm and sizes ranging from 0.5 sq.mm to 25 sq.mm, these cables can be tailored for various applications. Users may select insulation materials, conductor types (tinned, bare, stranded), core numbers, and packing styles to meet specific requirements.
FAQs of High Temperature Non Flammable Cables:
Q: How do high temperature non flammable cables ensure safety in hazardous environments?
A: These cables comply with UL94V-0 or higher flame retardance standards, ensuring they do not propagate a fire. They are constructed with non-flammable insulation materials such as silicone rubber, fiberglass, or mica tape, and exhibit low smoke emission and are available in halogen-free variants to minimize toxic release in fire conditions.
Q: What applications are these cables most suitable for?
A: They are ideal for wiring in industrial ovens, furnaces, heaters, boilers, kilns, foundries, and thermal plants. The cables are also suitable for any installation requiring durable, high-temperature, and chemical-resistant electrical connections, either indoors or outdoors.
Q: When should I choose halogen-free variants of these cables?
A: Halogen-free variants are recommended for installations where minimizing toxic smoke and corrosive gas emission during a fire is crucial, such as in public infrastructure, enclosed spaces, or sensitive industrial environments.
Q: Where can these cables be installed for effective use?
A: They can be installed in various industrial settings, including open air, cable trays, conduits, and both indoor and outdoor locations. Their UV-stabilized jackets and moisture resistance make them particularly effective for exposed installations.
Q: What is the process for customizing cable specifications?
A: Customers can specify requirements for conductor cross-section (from 0.5 to 25 sq.mm), number of cores, insulation and jacket material, shielding options, and packaging. Cables are available in standard 100m lengths or custom lengths to suit specific project needs.
Q: How do these cables benefit long-term maintenance and reliability?
A: Thanks to their high tensile strength, excellent flexibility, robust insulation, and durable jacketing, these cables ensure long service life with reduced need for replacement, even in demanding conditions involving heat, chemicals, and mechanical stress.