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MAHENDRA THERMO ELECTRICALS AND EQUIPMENT
GST : 27AXLPG7164R1ZL

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Twin Bore Infrared Heater

Twin Bore Infrared Heater Specification

Usage & Applications
Paint Curing, Food Processing, Plastics, Paper Drying, Packaging, Laminating, Laboratory, Commercial/Industrial Heating, Textile, and Printing Industry

Type
Infrared Heater

Material
Quartz Glass Tube with Ceramic End Caps

Capacity
Dependent on Model

Voltage
220V / 230V / 415V / Custom

Power
1000W 2000W (customized as required)

Power Source
Electric

Input Voltage
220415 V AC

Output Voltage
Same as input, dependent on heater load

Installation Type
Wall, Ceiling or Panel Mountable

Dimension (L*W*H)
Standard Lengths: 250mm to 1500mm (Diameter: 13mm/15mm or customized)

Weight (kg)
Varies as per Length, typically 0.5 2 kg

Color
Off White/Beige (Tube), White (Ends)

Operating Temperature
Up to 900C

Protection Rating
IP20 / As required

Mounting Options
Clips, Brackets, Custom Fittings

Surface Temperature Uniformity
High uniformity due to twin bore design

Lifespan
5000 8000 hours

Wavelength Range
Short to medium wave IR (0.75 2.5 m)

Custom Lengths and Voltages
Available on request

Heating Element Type
Twin Bore Quartz Infrared

Heat Up Time
Instant (within seconds)

Control Compatibility
Dimmable with proper controller, Compatible with Thermostats / SSR

Replacement Element
Available

Twin Bore Infrared Heater Trade Information

Minimum Order Quantity
12 Pieces

Payment Terms
Telegraphic Transfer (T/T), Cheque

Supply Ability
300 Pieces Per Week

Delivery Time
16-20 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
as per requirements

Main Export Market(s)
Australia, Central America, North America, Eastern Europe, Middle East, Western Europe, Africa, South America, Asia

Main Domestic Market
All India

About Twin Bore Infrared Heater

As a master manufacturer and supplier, our enterprise is zealously involved in putting forward the best-in-class Twin Bore Infrared Heater to our widely spread respected clients. This heater is suitable for mineral insulated alloy sheath heating, degreasing and weld preheating applications. In addition, our offered Twin Bore Infrared Heater is widely demanded in the market due to its high operating temperature and quick heat up & cool down.

Features:

Can be built-in with a thermocouple sensor
Well suited for extreme temperature application
Highly efficient and economical continuous operation

Rapid, Uniform Heating

By leveraging twin bore quartz elements, this heater achieves high surface temperature uniformity, distributing heat efficiently and minimizing hot spots. Its ability to reach operating temperatures up to 900C within seconds suits processes demanding rapid thermal response and consistent output. This swift and even heat makes it ideal for applications where precision and speed are crucial.

Flexible Customization & Installation

Users benefit from customizable power, length, voltage, and a choice of standard diameters, supporting unique requirements for installation and performance. Mount the heater on walls, ceilings, or panels using clips, brackets, or custom fittings-enabling easy integration into new or existing systems. It is engineered for compatibility with controllers and thermostats, allowing precise adjustment for diverse applications.

Durability & Maintenance

Constructed with a quartz glass tube and ceramic end caps, the Twin Bore Infrared Heater promises long service with a typical lifespan of 5000-8000 hours. Its replaceable elements reduce downtime and maintenance costs, while an IP20 (customizable) protection rating safeguards internal components. These features ensure reliability in demanding industrial and commercial environments.

FAQ's of Twin Bore Infrared Heater:

Q: How is the Twin Bore Infrared Heater typically installed?

A: The heater can be mounted on walls, ceilings, or panels using supplied clips, brackets, or customized fittings, making it adaptable to various site layouts, machinery, and process flows.

Q: What are the main benefits of using a twin bore design for infrared heating?

A: The twin bore design enhances surface temperature uniformity, providing even heat distribution and reducing energy waste from hot spots or inconsistent heating. This results in better process consistency and efficiency.

Q: Which applications are best suited for this infrared heater?

A: This heater is ideal for paint curing, food processing, plastic and paper drying, packaging, laminating, laboratory tasks, and heating in commercial or industrial spaces-especially where rapid, consistent heat is needed.

Q: Can the heater's output be controlled or adjusted?

A: Yes, the heater is compatible with dimmable controllers and can be used with thermostats or solid-state relays (SSR), allowing for precise adjustment of heat output according to process or room requirements.

Q: What is the process for replacing the heating element?

A: Replacement elements are available, and the process is straightforward thanks to the accessible design with ceramic end caps. Specific instructions may vary based on installation, but swapping elements typically involves disconnecting power, removing end caps, and fitting the new part.