Temperature Elements

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Temperature Elements Specification

Heating Element
High Grade Resistance Wire

Diameter
6 mm to 25 mm

Voltage
110V / 220V / 415V

Terminal Type
Screw / Lead / Pin

Usage
Temperature Measurement & Heating Applications

Temperature
Up to 1200C

Phase
Single / Three Phase

Frequency
50 Hz / 60 Hz

Features
High Temperature Resistant, Long Life, Corrosion Resistant, Uniform Heating

Material Specified
Nickel Chromium / Kanthal (as per requirement)

Insulation Material
Ceramic Beads / MGO Powder

Shape
Straight / Coil / Spiral

Power
500 W to 5000 W

About Temperature Elements

Temperature Elements instruments provided by us are widely used to measure temperature of a process substance. At our vendor base, these instruments are manufactured with the use of quality assured raw materials and sophisticated technology in accordance with industry set standards. In order to provide flawless instruments at clients end, our procuring agents stringently check them on numerous parameters at the time of procurement. These Temperature Elements instruments are provided to our clients at market leading rates.

Features:

Precise size
Accurate dimensions
Resistant against rust
Ruggedness

Precision Heating with Nickel Chromium/Kanthal Elements

Our temperature elements employ premium-grade nickel chromium or Kanthal resistance wire, chosen for their remarkable conductivity and heat resilience. Crafted to function reliably under demanding conditions, they guarantee consistent thermal output and durability, meeting diverse industrial and laboratory needs across India.

Advanced Insulation for Enhanced Performance

Utilizing ceramic beads or Magnesium Oxide (MGO) powder as insulation materials, our elements maintain optimal thermal separation and efficiency. These solutions minimize energy loss, protect against electrical breakdowns, and sustain safe, high-temperature operation even in corrosive environments.

FAQs of Temperature Elements:

Q: How are the materials selected for temperature elements?

A: The choice of materials, such as nickel chromium or Kanthal for the resistance wire, is based on the required temperature range, durability, and corrosion resistance. Ceramic beads or MGO powder are used for insulation due to their excellent thermal and electrical insulating properties.

Q: What shapes and sizes are available for these temperature elements?

A: Our temperature elements are available in straight, coil, and spiral shapes with diameters ranging from 6 mm to 25 mm, allowing customization to fit various equipment and operational requirements.

Q: When should I choose ceramic beads versus MGO powder insulation?

A: Ceramic beads are recommended for applications requiring high dielectric strength and thermal stability, while MGO powder is preferred for compact designs with excellent heat conduction and insulation, especially at elevated temperatures.

Q: Where can these elements be used?

A: These temperature elements are ideal for heating and temperature measurement in industrial furnaces, scientific laboratories, and process equipment requiring uniform and high-temperature environments.

Q: What is the process for installing these elements?

A: Installation involves connecting the appropriate terminal typescrew, lead, or pinensuring compatibility with your electrical system. For optimal performance, follow recommended phase (single or three) and securely insulate connections.

Q: How do these elements benefit industrial users?

A: Featuring high-temperature resistance, longevity, and corrosion protection, these elements provide uniform heating for reliable process control, reduce maintenance, and offer compatibility with different voltages and frequencies.

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