Heat Resistance Cable

Heat Resistance Cable

Product Details:

  • Core Number 1-5 (as per requirement)
  • Number of Conductor Single or Multi-core options
  • Usage & Applications Ovens, Foundries, High temperature wiring, Industrial equipment
  • Operating Temperature -60C to +180C continuous, up to 220C short-term
  • Armored Material Glass fiber, optional stainless steel braid
  • Diameter 1.2 mm to 18 mm (varies by cable size)
  • Core Material Tinned Copper
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Heat Resistance Cable Price And Quantity

  • 100 Kilograms
  • 1000 INR

Heat Resistance Cable Product Specifications

  • Glass fiber braid (optional)
  • Red, White, Blue, Yellow (custom colors available)
  • Silicone Rubber, Tinned Copper
  • 0.5 sqmm to 50 sqmm
  • Fixed and movable installation
  • Red, White, Blue, Yellow, Black
  • -20C to +60C
  • Silicone Rubber
  • Single Core / Multi Core Heat Resistant Cable
  • Varies by size and length
  • Flexible
  • Stranded
  • High heat resistance, durable insulation, flexible design, flame retardant, oil resistant
  • Not applicable (cable only)
  • 1.2 mm to 18 mm (varies by cable size)
  • Industrial machinery, ovens, heaters, wiring in high-temperature environments
  • Glass fiber, optional stainless steel braid
  • Diameter-based; customization possible
  • Single or Multi-core options
  • -60C to +180C continuous, up to 220C short-term
  • Ovens, Foundries, High temperature wiring, Industrial equipment
  • 1-5 (as per requirement)
  • Standard for application
  • Silicone Rubber
  • Heat Resistant Cable
  • 2.5 kV/min
  • 100 meters (standard), customizable lengths available
  • 450/750V
  • -60C to +180C
  • Silicone Rubber
  • 12 N/mm (insulation)
  • Tinned Copper
  • Tinned Copper

Heat Resistance Cable Trade Information

  • As per demad Per Week
  • 2-3 Days

Product Description

SPECIFICATIONS

  • Conductor : Mulitstrand ,Bare Copper ,Nickel Plated Copper, Silver Plated Copper & Tinned Plated Copper
  • Core Insulation : Polymide Tape / Double Fiber GLass Insulation With High Temp Varnish
  • Construction :Twisted
  • Outer Sheath :Fiber Glass Insulation with High Temp Varnish
  • Overall Braiding :Stainless Steel Wire
  • Operating Temp. : 400°C

FEATURES

  • Max. Temp. Up to 400°C
  • Excellent Heat Resistant
  • Excellent Abrasion Resistance
  • Excellent Flame Retardant
  • Good Thermal Stability
  • Good Chemical Resistivity

AVAILABLE OPTIONS

  • Color Code as per Customer Requirement
  • Almylar Tape Shielded and Metal Shielding
  • Asbestos Braiding
  • Metal Covering

Construction Deatils And Dimensions

Cable Size

No.of Strands

Strand Diameter (Mm)

Area Of Conductor (Mm)

Bare Conductor Dia(Mm)

Formation

Cable Dimension(Mm) (Max)

Cable Wt (Approx) Gm/meter

Hf101

7

0.200

0.22

0.59

Twisted

5.1

48

Hf102

7

0.254

0.35

0.76

Twisted

5.4

54

Hf103

1

0.810

0.5

0.81

Twisted

5.5

66

Hf104

7

0.300

0.5

0.89

Twisted

5.7

67

Hf105

24

0.200

0.75

1.1

Twisted

6.2

76

Hf106

14

0.300

1

1.26

Twisted

6.5

88

Hf107

3

0.711

1.2

1.39

Twisted

7

95

Hf108

40

0.200

1.25

1.42

Twisted

7

104

Hf109

1

1.290

1.3

1.29

Twisted

6.6

106

Hf110

19

0.300

1.3

1.52

Twisted

7.1

108

Hf111

21

0.300

1.5

1.55

Twisted

7.34

117

Hf112

35

0.300

2.5

2

Twisted

8.51

152

Hf113

56

0.300

4

2.56

Twisted

9.7

166

Hf114

84

0.300

6

3.11

Twisted

11

251

Hf115

140

0.300

10

4.1

Twisted

13.5

390

Hf116

128

0.400

16

5.11

Twisted

16.4

554

Hf117

198

0.400

25

6.4

Twisted

18.8

835

Hf118

278

0.400

35

7.6

Twisted

2.15

1200

 



Flexible and Durable High-Temperature Solution

Specially designed for fixed and movable installations, this heat-resistant cable features a smooth silicone rubber outer sheath and flexible stranded tinned copper cores. Its robust construction ensures excellent mechanical and environmental durability, while maintaining flexibility needed for intricate routing in industrial settings. This cable offers longevity, reliable performance, and safety through low toxicity and resistance to oils and chemicals.


Wide Application Across Industrial Environments

This cable is suited for a variety of high-temperature applications such as ovens, foundries, industrial machinery, and heaters. Its high flame retardance and good UV resistance also allow for both indoor and protected outdoor use. Customizable options in core count, size, and colors ensure the cable seamlessly integrates with specialized systems and rigorous operational requirements.

FAQs of Heat Resistance Cable:


Q: How is the heat resistance cable installed in industrial settings?

A: The cable can be installed in both fixed and movable applications in industrial machinery, ovens, heaters, and other high-temperature environments. Installation should observe the minimum bending radius of 6 times the cable diameter to ensure flexibility and integrity.

Q: What safety standards does this cable meet regarding flame and smoke?

A: This cable complies with IEC 60332-1 flame retardant standards, ensuring it resists ignition and limits flame propagation. It is halogen-free, produces low smoke emission, and is therefore ideal for environments requiring extra fire safety.

Q: When should I choose glass fiber or stainless steel braiding options?

A: Glass fiber or optional stainless steel braid armor enhances mechanical protection and durability, making them suitable for environments where the cable may encounter abrasion, mechanical stress, or increased safety demands.

Q: Where can this heat resistance cable be used most effectively?

A: It is ideal for use in industrial ovens, foundries, heaters, and high-temperature equipment installations. Its resilience makes it suitable for wiring in both factories and process plants where elevated temperatures and chemical exposure are present.

Q: What are the customization options available for this cable?

A: Length, color, core number (1-5), size (0.5 sqmm to 50 sqmm), and packing type can all be customized according to customer specifications. Jacket color choices include red, white, blue, yellow, and black, with other colors available on request.

Q: How does this cable benefit industrial applications compared to standard cables?

A: This cable outperforms standard cables by providing reliable electrical performance at high temperatures, superior chemical and UV resistance, reduced toxic emissions, and increased flexibility. These attributes minimize downtime and enhance safety in critical industrial processes.

Q: What process ensures the cable maintains electrical integrity in extreme conditions?

A: Manufactured with silicone rubber insulation and tinned copper stranded conductors, the cable ensures high dielectric strength (2.5 kV/min) and mechanical resilience, sustaining performance even in temperatures ranging from -60C up to +220C and during short circuits (up to +250C for 5 seconds).

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