Furnace Heating Element

Name: Furnace Heating Element
Brand: Advance Engineering
Price: 7000 INR
Availability: InStock

Price 7000 INR/ Unit

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MOQ : 1 Unit

Furnace Heating Element Specification

Usage
Industrial heating

Frequency
50Hz

Application Areas
Furnaces

Diameter
Approx. 10 mm

Terminal Type
Threaded stud

Mounting Type
Through-bolt mount

Voltage
440 V

Phase
Single phase

Material Specified
Aluminium

Insulation Material
Ceramic beads

Shape
Straight

Power
1000 W

Max temperature
Up to 1100C

Heating element type
Rod

Length
2 feet

Durability
High

Surface finish
Oxidized coating

Furnace Heating Element Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About Furnace Heating Element

Highlighted for its remarkable durability and top-tier performance, this Furnace Heating Element is an exclusive offering in industrial heating solutions. Designed as a dominant straight rod type, it stretches to 2 feet and delivers up to 1100C, ensuring efficiency in even the most demanding applications. Featuring an oxidized coating for long-term resilience, it utilizes high-quality aluminium and robust ceramic bead insulation. Operating at 1000 W and 440 V, this single-phase element uses a through-bolt mounting system with threaded stud terminals, making it perfect for furnace usage in industrial environments across India. Purchase from a trusted manufacturer, service provider, and supplier for unrivaled heating excellence.

Versatile Use and Key Features of the Furnace Heating Element

This furnace heating element is widely used as a core heating component in high-temperature industrial furnaces. Its features include a straight rod shape, oxidized surface for longevity, strong aluminium specification, and ceramic bead insulation for safety. The through-bolt mount ensures easy and secure installation. Ideally suited for continuous and demanding usage, this remarkable heating element maintains stable performance, making it a top-tier choice for industrial heating needs with exclusive durability and reliability.

Sample Availability, Local Market Value & Delivery Options

Sample units of the furnace heating element are available, enabling businesses to assess quality before a full purchase. Serving the main domestic market in India, this product holds significant market value due to its high performance and reliability. With express shipping options and efficient service, delivery can be expected within a standard timeframe, ensuring your operational needs are met swiftly. Trust a manufacturer and supplier dedicated to prompt and dependable delivery for every order.

FAQ's of Furnace Heating Element:

Q: How should the furnace heating element be properly installed?

A: The furnace heating element is designed for through-bolt mounting using its threaded stud terminal. Ensure to follow safety guidelines and secure the element with appropriate fasteners to enable stable and safe operation.

Q: What are the benefits of using this aluminium furnace heating element compared to other materials?

A: Aluminium provides excellent thermal conductivity, a high degree of durability, and resistance to oxidation, making it ideal for high-temperature industrial applications requiring dependable longevity.

Q: Where can this heating element be effectively used?

A: This rod-type heating element is primarily used in industrial furnaces for a variety of thermal processes, making it suitable for environments that require precise and consistent high temperatures.

Q: What is the process for purchasing a sample and arranging delivery?

A: Contact the supplier for sample availability; once confirmed, an order can be placed. Express shipping and reliable delivery are offered to ensure you receive your product quickly and securely in the main domestic market.

Q: How does the oxidized coating enhance the performance of the heating element?

A: The oxidized coating increases the element's resistance to oxidation and corrosion, which helps extend the service life and maintains efficient heating performance during continuous industrial use.

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