Tubular Heater Manufacturer in India
Looking for a reliable tubular heater manufacturer in India?
Trust Antique Heating Elements (AHE) for efficient, versatile, and custom-designed tubular heaters for your industrial applications.
- ISO 9001:2015 & ISO 14001:2015 Certified
- 15+ Years of Manufacturing Expertise
- Custom Sizes & Industrial Solutions Available
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Antique Heating Elements
At Antique Heating Elements (AHE), we are a leading manufacturer and supplier of Tubular Heaters in India. Known for their versatility, durability, and efficiency, tubular heaters are among the most widely used industrial heating solutions. They can be custom-formed into various shapes and are ideal for air, liquid, and surface heating applications.
With 15+ years of manufacturing expertise and ISO 9001:2015 & ISO 14001:2015 certifications, AHE tubular heaters are trusted by industries worldwide for their high performance, robust construction, and long service life.
At Antique Heating Elements (AHE), we are a trusted manufacturer of tubular heaters, one of the most versatile solutions for air, water heaters, oil heaters, and surface heating. Built with stainless steel or Incoloy, tubular heaters are durable, energy-efficient, and customizable for almost any industrial process.
They serve as the foundation for many of our advanced products, including immersion heaters, circulation heaters, and duct heaters.
For applications where rapid air heating is essential, tubular heaters are often upgraded into finned heaters or integrated into hot air blower heaters.
In process industries requiring compact, precision heating, alternatives like cartridge heaters or mica heaters are often used alongside tubular elements. With their adaptability and reliability, tubular heaters remain one of the most essential products in the industrial heating range.
Key Features of Tubular Heaters
- 🌡️ High Temperature Capability – Operates up to 750 °C depending on sheath material
- ⚡ Versatile Designs – Available in straight, U-bent, spiral, and custom-formed shapes
- 🛡️ Durable Sheath Options – Stainless steel, Incoloy, or copper sheathing for different applications
- 🔧 Customizable Wattage & Sizes – Tailored to specific industrial requirements
- 🌍 Moisture & Corrosion Resistant – Long service life even in harsh environments
- 🔥 Wide Application Range – Suitable for air, oil, water, and surface heating
Specifications :
- Material Options: SS304 / SS316 / Incoloy / Copper
- Operating Temperature: Up to 750 °C
- Voltage: 110V / 230V / 415V
- Wattage Range: 100W to 20kW (custom options available)
- Shapes Available: Straight, U-bent, L-bent, Circular, Spiral, Custom-formed
- Mounting Options: Flange, Threaded, Clamp, Immersion, Customized designs
- Insulation: High-purity Magnesium Oxide (MgO)
Applications :
- Air & gas heating in furnaces, dryers, and ducts
- Water, oil, and chemical immersion heating
- Plastic and packaging machinery
- Food & beverage processing equipment
- Industrial ovens and baking systems
- Heat treatment and curing applications
Why Choose AHE Tubular Heaters?
✔ 15+ years of expertise in tubular heating technology
✔ ISO 9001:2015 & ISO 14001:2015 certified manufacturer
✔ Custom-formed tubular heaters for specific industry needs
✔ High-quality materials ensure safety and long operational life
✔ Competitive pricing with reliable after-sales support
FAQ's
1. What is a tubular heater and what is it used for?
A tubular heater is a versatile electric heating element made from a resistance wire insulated with high-purity magnesium oxide (MgO) and enclosed in a metal sheath, such as stainless steel or Incoloy. Tubular heaters provide efficient and uniform heating and are widely used for air heating, liquid heating, oil heating, mold heating, ovens, packaging machines, food processing equipment, and industrial machinery.
2. What are the advantages of using a tubular heater?
Tubular heaters offer several advantages, including high heating efficiency, fast heat transfer, long service life, corrosion resistance, customizable shapes, and reliable performance in demanding industrial environments. They can be bent into various configurations to suit different applications and are available in a wide range of wattages and voltages.
3. What are the common applications of tubular heaters?
Tubular heaters are commonly used in plastic processing, packaging machinery, food processing, chemical plants, pharmaceutical manufacturing, water heating systems, oil tanks, ovens, dryers, HVAC equipment, laboratory equipment, and industrial furnaces. They are suitable for heating air, water, oil, chemicals, gases, and metal surfaces.
4. How do I choose the right tubular heater for my application?
When selecting a tubular heater, consider factors such as sheath material, voltage, wattage, heater length, diameter, operating temperature, heating medium (air, liquid, or oil), mounting method, and environmental conditions. Choosing the correct specifications ensures efficient heat transfer, energy savings, and longer heater life.
5. Can tubular heaters be customized according to industrial requirements?
Yes. Tubular heaters can be custom manufactured to meet specific industrial requirements. Manufacturers can provide custom lengths, diameters, shapes (U-shaped, W-shaped, spiral, circular), voltages, wattages, flange mounting, threaded fittings, finned designs, and sheath materials such as SS304, SS316, Incoloy, or Titanium. Custom tubular heaters ensure optimal performance and compatibility with your equipment.
6. What applications require industrial tubular heating element manufacturers?
A tubular heater consists of a resistance wire centered inside a metal tube packed tightly with crystalline Magnesium Oxide (MgO). Because they can be formed into custom U, W, or circular loops, they are the standard choice for:
- Liquid Immersion: Direct immersion in water tanks, alkaline solutions, or chemical baths.
- Flanged/Screw-Plug Systems: Bolted directly into pressurized industrial storage vessels.
7. What is a tubular heater and what are its common industrial applications?
A industrial tubular heater consists of a metallic protective tube enclosing a coiled resistance wire surrounded by tightly packed MgO insulation. Because they can be formed into almost any geometric shape, they are highly flexible.
Tubular heater industrial applications include:
- Liquid Immersion: Heating water, oils, solvents, and chemical baths.
- Air & Gas Heating: Installed in ducts, comfort heaters, or drying ovens.
Contact Heating: Clamped onto platens, plates, or tanks.
8. What are the standard specifications and manufacturing options for tubular heaters?
When contacting a tubular heater manufacturer, you will need to determine specific variables. High-end custom tubular heaters can be tailored with specific:
- Forming Options: A forming option tubular heater means the tube can be pre-bent into complex U, W, star, or double-loop shapes to maximize surface area within a compact tank footprint.
- High Performance Ratings: Modern high performance tubular heaters use specialized alloy sheaths (like Incoloy or high-grade stainless steel) to resist scale buildup and high temperatures.
Tubular Heater Comparison Table
Parameter | Details |
Material | SS304 / SS316 / Incoloy / Copper |
Temperature Range | Up to 750 °C |
Applications | Air, Water, Oil, Gas, Surface Heating, Ovens |
Advantages | Versatile, customizable, durable, long service life |
Product Details :
| Tubular Heater | |
|---|---|
| Minimum Order Quantity : | 6 Pieces |
| Power (Watts) : | As per recommendation for the Process |
| Voltage : | As per recommendation for the Process |
| Size : | As per recommendation for the Process |
| Port of Dispatch : | Ghaziabad |
