Heatflex Cables Private Limited

We are engaged in designing supreme quality XLPE LT Power Cables that are installed in underground and over head transmissions. Our XLPE LT power cables have minimal dielectric losses, better resistance to most chemicals, oils, acids etc. It has a tough and resilient sheath with excellent fire-resisting qualities. Further, it has complete protection against most forms of electrolytic and chemical corrosion.

Features:

• Provides for excellent mechanical, electrical, thermal and chemical properties
• Can handle higher current ratings that make it possible for using one lower size of cable in comparison to PVC
• Feature superior emergency overload withstand capacities with overload temperatures of up to 1300 deg C
• Has better ageing property with resistance to deformation under load conditions
• Can retain flexibility down up to 400 deg C
• Features higher short-circuit rating that allows withstanding short-circuit temperatures up to 2500 deg C
• Offers superior resistance to most chemicals like acids, bases & oils
• Very less dielectric losses
• Offers easy jointing & termination
• Allows easy handling during installation as these cables are of light weight finish

The Copper Armoured Telephone Cables are made from solid plant copper conductor, color-coded polyethylene bedding, galvanized steel wire armor and black or gray polyethylene or external grade PVC sheath. Our wires are made under the supervision of qualified professionals and go through stringent quality checks.

Application:

• These are widely used for external connection of telephone systems and other communications equipment where the added protection of steel wire armoring is needed. It is also installed for primary and secondary underground (direct buried) distribution networks.

The Welding Cables are used for the transmission of high currents from the electric welding machine to the welding tool. These are suited for flexible use under rough conditions such as on conveyor systems, assembly lines, machine tools, ship, building, motor car manufacturing and in manually and automatically operated line, spot welding machines. The cables can work under high voltage and is constructed from annealed bare copper/aluminum conductor. Our cables are highly durable and withstand tough working conditions. These are widely installed in welding workshops.

General Welding Cables are designed to withstand tough weather conditions. Our cables can perform even while exposure to oil, acids, alkalis, flame and moisture. These wires go through stringent quality tests under the supervision of qualified professionals. These are available in several standard and customized specifications.

1100 V Grade annealed bare electrolytic high conductivity multi stranded copper conductor polyethylene coated, PVC insulated and overall matt finish sheathed flat 3 core waterproof and weatherproof submersible cables as per IS : 694 / 1990. 1100 V Grade annealed bare electrolytic high conductivity multi stranded copper conductor PVC insulated and overall matt finish sheathed flat 3 core submersible cables as per IS:694/1990. Range: 10 sq.mm to 185 sq.mm. These are used to connect submersible pump motor with supply lines. The slot available in the tube well being narrow the shape of the cables has to be suited for such an application.

• Excellent resistance to water, moisture, abrasion, grease and oil
• Longer flex life
• Excellent mechanical & electrical properties

Unique 3 Core Flat Cables are manufactured keeping in mind the severe and difficult conditions in which they are required to perform. The area of installation is physically restrictive, and the environment is every hostile. These are used to connect submersible pump motor with supply lines. The slot available in the tube well being narrow the shape of the cables has to be suited for such an application. Certain striking features of our Flat Submersible Pump cables include excellent resistance to water, moisture, abrasion, grease, oil, long flex life, excellent mechanical & electrical properties

In the cables, varied EMFs are generated with different metal pairs that are further proportional to hot junction and the point where it is measured. All these cables are available in different color codes or cores and sheathing as per the international standards.

Extention leads of different metals but having similar EMF output between 0°c to 100°c connected between Thermocouple metals junction and the measuring instruments are called compensating cables which are generally recommended as solid conductor leads.

• K-Chromel/Alumel-Most commonly used
• T-Cooper/Constantan for low temperature & cryogenic applications
• J-Iron/Constantan used in reducing atmosphere
• E-Chromel/Constantan Highest EMF output
• R-(Plantinum-13% Rhodium)/Platinum & S-(Platinum-10% Rhodium) /Platinum very high temperature measurements.
• B-(Platinum-30% Rhodium)/Platinum mainly used in glass industry Different colour codes of cores and sheathing as per international practices are used to denote the various thermocouple cables

Thermocouple/Compensating Cables are the extension leads mostly used in glass industry, low temperature & cryogenic applications and reducing atmosphere. The cables are made from different metals but with similar EMF output in the range of 0 to 100 degree Celsius. Widely used to connect the thermocouple metal junction and measuring instrument, these compensating cables are considered as the best solid conductor leads.

Different metal pairs generate different emfs which is proportionate to the hot junction and the point where it its measured. Common combination of thermocouple metals

The annealed tinned/bare Electrolytic high conductivity copper multi strand flexible conductor as per IS: 8130/1984 of class-5, PVC insulated as per IS: 5831/1984, cores twisted together, Melinex taped. Shielded with aluminium mylar taped and screened with tinned copper braiding, taped again & overall PVC sheathed as per BS 5308 Part-2 multi core instrumentation Shielded Flexible cable.

The shield acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electromagnetic radiation that may interfere with other devices (see electromagnetic interference).The shield minimizes capacitive coupled noise from other electrical sources. The shield must be applied across cable splices. In shielded signal cables the shield may act as the return path for the signal, or may act as screening only.

A shielded cable is an electrical cable of one or more insulated conductors enclosed by a common conductive layer. The shield may be composed of braided strands of copper or aluminium mylar tape, or a layer of conducting polymer. Usually, this shield is covered with a jacket. The shield acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electromagnetic radiation that may interface with other devices (see electromagnetic interference). The shield minimizes capacitively coupled noise from other electrical sources. The shield must be applied across cable splices. In shielded signal cables the shield may act as the return path for the signal, or may act as screening only

In the cables, varied EMFs are generated with different metal pairs that are further proportional to hot junction and the point where it is measured. All these cables are available in different color codes or cores and sheathing as per the international standards.

Extention leads of different metals but having similar EMF output between 0°c to 100°c connected between Thermocouple metals junction and the measuring instruments are called compensating cables which are generally recommended as solid conductor leads.

• K-Chromel/Alumel-Most commonly used
• T-Cooper/Constantan for low temperature & cryogenic applications
• J-Iron/Constantan used in reducing atmosphere
• E-Chromel/Constantan Highest EMF output
• R-(Plantinum-13% Rhodium)/Platinum & S-(Platinum-10% Rhodium) /Platinum very high temperature measurements.
• B-(Platinum-30% Rhodium)/Platinum mainly used in glass industry Different colour codes of cores and sheathing as per international practices are used to denote the various thermocouple cables

Thermocouple/Compensating Cables are the extension leads mostly used in glass industry, low temperature & cryogenic applications and reducing atmosphere. The cables are made from different metals but with similar EMF output in the range of 0 to 100 degree Celsius. Widely used to connect the thermocouple metal junction and measuring instrument, these compensating cables are considered as the best solid conductor leads.

Different metal pairs generate different emfs which is proportionate to the hot junction and the point where it its measured. Common combination of thermocouple metals

Various type of heating solutions for process heating up to 2000C can be designed with these heaters. The teflon wires are available in various wattage ratings, ranging from 150 Watts to 3000 Watts, with or without shield. We offer these wires in various customized options as per clients’ specifications.

The Unarmored Telephone Cables have strong flexible steel jacket underneath the outside covering. These are preferred for buried installation or underground installation where rodents might gnaw the cable. The steel armor than protects the inner jacket and signal wires from damage. These cables are installed where mechanical protection is not required.

The CCTV Cables are used while installing security systems and professional cameras. These serves as composite structure of video and audio wires that are competent of carrying video signal (75 ohms coaxial) with audio 12 volts power wire of 14/40 SWG.

The cables are available in both standard and customized forms, meeting the requirements of clients. In this, the coaxial cables form the video signal carrier and other cores form the power carrier. These are capable to transmit complete video frequency range with minimum distortion or attenuation.

Range:- 3+1, 4+1 & 6+1

The Telephone Switch Board Wires are used while interconnection of telephone, telegraph and electronic equipment in domestic and commercial buildings. These switch board wires are light in weight, smaller in diameter and excellent in chemical, moisture and heat resistance. It is also used in switch board wiring, industrial control panels and in various types of control apparatus.

Unarmoured/ Armoured Communication Telephone Cable, Annealed Tinned Electrolytic High Conductivity Copper Conductor PVC Insulated, Each Wire Twisted with its make to form a pair and each pair Twisted and Hunched together in concentric layers to minimise Cross Talk, Moisture Proof Untapped/Melinex Taped, PVC Sheathed with a Nylon Rip Cord confirming to 'TEC" specification No. G/WER/-0602 MAY 94.

Range:- 1 Pair to 100 Pair ( 0.41,0.51 & 0.61 mm)

Available Types:

• Armoured Pulse Code Modulation Cables
• Unarmored Pulse Code Modulation Cables

Features:

• Unique make PCM Cables, Annealed Tinned copper conductor, PE insulated and PVC sheathed. Individual & Overall shielded with Aluminum backed mylar taped with Annealed tinned copper conductor drain wire in continuous contact with aluminum side of tape, Armoured/Un-armoured Cable conforming to BS:5308/11/1986 & IS: 1554/Part-I/1988.    

Description:- Unique make PCM Cables, Annealed Tinned copper conductor, PE insulated and PVC sheathed. Individual & Overall shielded with Aluminium backed mylar taped with Annealed tinned copper conductor drain wire in continuous contact with aluminium side of tape, Armoured/Unarmoured Cable conforming to BS:5308/11/1986 & IS: 1554/Part-I/1988.

Available Range:- 2 pair to 63 pair (0.5mm, 0.6mm, 0.7mm, 0.9mm)

The HR Cable do not heat up and are also chiefly demanded in reactor & process control, navy sector, high-temperature control value furnace & oven.
We are engaged in offering finest HR (Heat Resistant) Cables that are demanded in several industries, such as atomic energy satellite, computers, heavy duty motors, aircraft radar & navigation etc. These cables are rich in EMC characteristics and flexible at low temperature. Our HR cables are completely protected against mechanical damage and can withstand extreme temperatures.

UNIQUE make 1100 volt. Grade multistrand annealed tinned copper conductor, EPR insulated & PCP/CSP sheathed Flat Cable.1100 v grade multistrand Annealed bare copper conductor, extra flexible PVC insulated and sheathed flat cable.These wires are suitable for both internal as well as panoramic elevators. The Lift Flat Cables come with suspended length of up to 45 meters. We make use of contemporary equipment while manufacturing these cables.

• 1.5sqmm & 2.5sqmm upto 24 core
• 4sqmm to 95sqmm upto 4 core

The Lift Flat Cables are used while installing elevators in high rise buildings. These wires are made from high grade multi strand annealed bare copper conductor with extra flexible PVC insulated and sheeted flat cable. Our Lift Flat Cables are majorly preferred for high-rise buildings, commercial buildings and malls.Elevator/Flat form cable is a flat traveling PVC cable used in conveyor and hoist equipment. This cable is suitable for internal and panoramic elevator application with a freely suspended length up to 45 meters

It is also suited for fixed installation and other variable uses such as manufacturing lines, machine tools, conveyor systems and robotic assembly lines. The galvanized steel braid protects against mechanical stress and simultaneous against electrical interference. In this, XLPE, which is cross-linked polyethylene, is used as the main insulation material. It withstands higher temperatures than ordinary thermoplastic polyethylene. It offers resistant against deformation and various chemicals.

The marine cables are used on board ships. These are made under the international parameters and meet all standards for marine cables. Marine cable conductors are of stranded annealed copper combining the flexibility and small dimensions to provide excellent instability and economical solutions. These are extensively oil resistant and chemical resistant

The Networking Cables are used while connecting one network to another. It is also used for connecting two or more computer to share devices, such as printer and scanner. It is unshielded and covered by insulating sheath. In this, a multi-pair, which generally consists of high performance cable is used chiefly for data transmission.

Application:- A multipair (usually 4 Pair) high performance cable that consists of twisted pair conductors, used mainly for data transmission. Category 5E is recommended for all new and existing installations, supports a frequency range of up to 100MHZ and is designed for transmission speeds of up to 1 gigabit per second (Gigabit Ethernet).

Description:- Unshielded/shielded twisted pair UTP/FSTP LAN (Computer) cable.

Range:- CAT 5, CAT6, CAT 5E (FSTP)

In the cables, varied EMFs are generated with different metal pairs that are further proportional to hot junction and the point where it is measured. All these cables are available in different color codes or cores and sheathing as per the international standards.

Extention leads of different metals but having similar EMF output between 0°c to 100°c connected between Thermocouple metals junction and the measuring instruments are called compensating cables which are generally recommended as solid conductor leads.

• K-Chromel/Alumel-Most commonly used
• T-Cooper/Constantan for low temperature & cryogenic applications
• J-Iron/Constantan used in reducing atmosphere
• E-Chromel/Constantan Highest EMF output
• R-(Plantinum-13% Rhodium)/Platinum & S-(Platinum-10% Rhodium) /Platinum very high temperature measurements.
• B-(Platinum-30% Rhodium)/Platinum mainly used in glass industry Different colour codes of cores and sheathing as per international practices are used to denote the various thermocouple cables

Thermocouple/Compensating Cables are the extension leads mostly used in glass industry, low temperature & cryogenic applications and reducing atmosphere. The cables are made from different metals but with similar EMF output in the range of 0 to 100 degree Celsius. Widely used to connect the thermocouple metal junction and measuring instrument, these compensating cables are considered as the best solid conductor leads.

Different metal pairs generate different emfs which is proportionate to the hot junction and the point where it its measured. Common combination of thermocouple metals

RS Series Cables are the most common cables in the computer networking. These are considered as the advanced computer cables designed and manufactured in compliance with advanced technology using conductors, insulation and sheathing.

These cables ensure quick and smooth flow of data across the network systems. The cables of recommended standard series are highly protective for safe and secure flow of sensitive data in a network system. All these wires are completely resistant to corrosion, weather, radiations, ozone attack and manganese for better results. There are different ratings and capacities in which these cables are available for clients as to suit their unique requirements.

1.1 KV grade, ATC (Annealed Tinned Copper) conductor confirming to IS:8130/1984 class-V, Melinex taped, VIR (Vulcanized Rubber) type IE-1 insulated or EPR (Ethylene propylene Rubber) type IE-2 insulated confirming to IS:6380/1984, colour coded, cores laid-up with suitable center filler & overall TRS (Tough Rubber) type SE-1/SE-2 sheathed or HD-HOFR (Heat, Oil Resisting & Flame Retardant) PCP (Poly-Chloroprene) Type SE-3/SE-4 sheathed confirming to IS:6380/1984, Flexible Trailing cables confirming to IS:9968 (pt-I)1988.