Industrial Sales & Services

mmersion water heating rod is a simple appliance that uses a heating coil and a cord (like that on an electric iron) to heat water. Once plugged in current, the element starts to heat up and thereby, heats water. All you have to do is fill the bucket with water and dip the rod in it to heat.

Domestic water heater elements are specific types of heating elements designed for use in residential electric water heaters. These elements are responsible for heating the water stored in the tank, providing hot water for various household activities such as bathing, cleaning, and cooking. Here's more information about domestic water heater elements:
Characteristics of Domestic Water Heater Elements:
Materials: Similar to other water heater elements, domestic water heater elements are often made from nickel-chromium (Nichrome) or iron-chromium-aluminum alloys. These materials offer high electrical resistance and resistance to corrosion.
Wattage and Voltage: Domestic water heater elements come in various wattages and voltages to match the capacity and power supply of different water heater models.
Sheath Material: The heating element is enclosed in a sheath made from materials like stainless steel or other corrosion-resistant alloys. The sheath ensures that the heating element remains insulated from the water, preventing any direct contact.
Design: The design of domestic water heater elements is typically tubular or coiled, maximizing the surface area in contact with the water for efficient heat transfer.
Threaded Fittings: Most domestic water heater elements feature threaded fittings that allow easy installation by screwing the element into the designated port in the water heater's tank.
Standard Sizing: These elements are available in standardized sizes to fit common residential water heater models.
Operation and Importance:
Heating Mechanism: Domestic water heater elements operate on the principle of electrical resistance. When electrical current flows through the element, resistance generates heat, which is transferred to the surrounding water.
Temperature Control: A thermostat in the water heater monitors the water temperature. When the water temperature drops below the set level, the thermostat activates the heating element, and once the desired temperature is reached, it turns the element off. This cycle ensures consistent hot water supply.
Energy Efficiency: Efficient domestic water heater elements contribute to energy efficiency by heating water quickly and maintaining it at the desired temperature with minimal heat loss.
Applications:
Domestic water heater elements are primarily used in residential water heaters for homes and apartments, providing hot water for daily activities. Here are some common applications:
Bathing and Showering: Domestic water heaters ensure a ready supply of hot water for comfortable bathing and showering.
Dishwashing: Hot water is essential for effective dishwashing and cleaning.
Laundry: Many laundry tasks, such as washing clothes and linens, require hot water for optimal cleaning results.
Cooking: Some kitchen appliances, such as dishwashers and water-based cooking appliances, benefit from hot water supply.
General Cleaning: Hot water is useful for general cleaning tasks around the house.
In summary, domestic water heater elements are vital components of residential electric water heaters, providing the hot water necessary for various household activities. Their efficient and reliable operation ensures comfort and convenience for everyday living.

Industrial water heating elements are specialized heating components designed to provide hot water for large-scale industrial processes and applications. These elements are engineered to withstand the rigorous demands of industrial environments, including higher water volume requirements and often more challenging operating conditions. They play a crucial role in heating water efficiently for industrial processes, such as manufacturing, chemical processing, food production, and more. Here's an overview of industrial water heating elements:
Characteristics of Industrial Water Heating Elements:
Materials: Industrial water heating elements are typically constructed from robust materials such as stainless steel or other corrosion-resistant alloys. These materials can withstand aggressive industrial environments and chemical exposure.
Wattage and Voltage: These elements come in a wide range of wattages and voltages to accommodate varying industrial water heating needs.
Design: The design of industrial water heating elements may vary, including tubular elements, flanged elements, or other configurations suited for specific industrial applications.
Sheath Material: The sheath surrounding the heating element is designed to protect it from direct contact with water and external factors, ensuring a long operational life.
Rugged Construction: Industrial heating elements are built with durability in mind to withstand the mechanical stress, thermal cycling, and potential contaminants present in industrial processes.
Efficiency: These elements are designed for efficient heat transfer, ensuring rapid heating of large volumes of water.
Applications of Industrial Water Heating Elements:
Manufacturing Processes: Industrial water heating elements are used in various manufacturing processes, such as in metal fabrication, plastic molding, and rubber production.
Chemical Processing: In chemical industries, these elements are employed to heat water used for reactions, distillation, and other processes.
Food and Beverage: Industries involved in food and beverage production use industrial water heating elements to provide hot water for cooking, sanitation, and sterilization.
Textile Industry: Industrial water heaters are used to provide hot water for dyeing and washing processes in textile production.
Paper and Pulp: In paper mills, these elements are used for various stages of paper production, including drying and pulp processing.
Oil Refining: Industrial water heaters play a role in oil refining processes, such as heating water for steam generation and various heat exchange systems.
Energy Generation: Industrial heating elements are used in power plants to provide hot water for steam generation, which drives turbines to produce electricity.
Pharmaceuticals: In pharmaceutical industries, hot water is needed for various manufacturing and sterilization processes.
Waste Treatment: Industrial water heaters are used in wastewater treatment plants for processes like sludge drying and waste neutralization.
Automotive Industry: These elements are used in car manufacturing processes, such as painting and coating, where hot water is required for specific treatments.
Industrial water heating elements are critical components for maintaining efficient and reliable operations in various industrial sectors. They ensure that the water used in these processes is heated to the necessary temperature levels, promoting efficiency, productivity, and safety.

Theeta’s 2000W Glass-Lined Geyser Heating Element offers enhanced protection in hard water conditions. Built using Incoloy 800 core material and coated with fused glass enamel, this element prevents scaling, rust, and oxidation—extending geyser life significantly. Compatible with leading geyser brands and tank sizes, it ensures consistent heating while minimizing energy loss. This product meets BIS/CE standards and is favored by OEM manufacturers and geyser repair technicians across India.

Applications:

• Storage-type electric geysers

• OEM geyser assembly

• Maintenance/replacement part
  
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Geyser Heating Element

Product Overview:

A Geyser Heating Element is a tubular electric heater designed specifically for water heating applications in domestic and commercial geysers. It converts electrical energy into heat, raising the temperature of stored water efficiently. These elements are made from corrosion-resistant materials to ensure durability and safe operation in prolonged water contact.

Key Characteristics:

• Made with copper, stainless steel, or Incoloy sheath

• Equipped with threaded flange or bolt-type fittings for easy installation

• Compatible with thermostat and thermal cut-out systems

• High-efficiency heating with low power consumption

• Available in various wattages and voltage ratings

Applications:

• Domestic storage water heaters (vertical and horizontal geysers)

• Instant water heaters

• Solar water heating backup systems

• Commercial hot water tanks

• Industrial water heating tanks

Typical Specifications

Note: For hard water or high-scale areas, elements with glass-lined coating, enamel coating, or Incoloy sheath are recommended to extend life and prevent scaling.

Theeta Geyser Heating Elements

Product Overview:

Theeta Geyser Heating Elements are precision-engineered tubular heaters designed for efficient water heating in domestic and commercial geysers. Known for their reliable performance and durability, these elements are compatible with a wide range of water heater models. The construction ensures optimal heat transfer while resisting corrosion, scaling, and long-term wear in different water conditions.

Key Characteristics:

• Constructed from copper, stainless steel (SS304/SS316), or Incoloy depending on model

• Available with 1", 1¼", or 1½" BSP threaded fittings for secure tank installation

• Compatible with standard thermostats and thermal cut-outs

• Glass-lined and enamel-coated variants available for hard water protection

• Designed to offer fast heating and long operational life

Applications:

• Storage-type and instant electric geysers

• Solar water heating backup systems

• Hot water tanks for household and commercial use

• Suitable for vertical, horizontal, and wall-mounted water heaters

Typical Specifications

Note: Element selection should be based on geyser size, water quality, voltage, and heating time requirement. For hard water areas, use glass-lined or Incoloy options to reduce scaling and extend lifespan.

🔥 Oven Heating Element

An Oven Heating Element is a metal heating coil that converts electrical energy into heat for baking, grilling, and roasting inside ovens. It’s a critical spare part used in electric ovens, microwave ovens, toasters, dryers, and industrial heating equipment.

⚙️ Key Features 🔍 Types of Oven Heating Elements 🛠️ Uses

• Domestic ovens and microwave ovens

• Toaster ovens, air fryers, electric tandoors

• Bakery and pizza ovens

• Industrial drying, powder coating, and curing equipment

🌍 Manufacturing & Supply Hubs

• India: Delhi, Mumbai, Pune, Chennai, Coimbatore

• Global: China, Germany, USA

They are used in common heating devices like toasters and hair dryers, furnaces for industrial heating, floor heating, roof heating, pathway heating to melt snow, dryers, etc.

electrical heating elements in high-temperature furnaces for heat treatment, ceramics, glass, steel, and electronics industries.

🔥 Ceramic Heating Element

A Ceramic Heating Element is a high-efficiency heater made from ceramic materials (PTC or resistance ceramics) that generate and retain heat quickly. They are widely used in industrial, domestic, and laboratory equipment due to their fast heating, energy efficiency, and long lifespan.

⚙️ Key Features 🔍 Types of Ceramic Heating Elements 🛠️ Applications

• Household appliances (heaters, dryers, toasters)

• Industrial ovens, kilns, and furnaces

• Medical devices (incubators, therapy heaters)

• 3D printers and plastic injection molding

• Automotive defrosting and heating systems

• Laboratory equipment

🌍 Manufacturing & Supply Hubs

• India: Delhi, Pune, Coimbatore, Ahmedabad

• Global: Germany, China, Japan, USA

feature of an independent out-of-water safety sensor. Titanium heating tubes are virtually unbreakable and corrosion resistant, making them ideal for use in saltwater aquariums.

An Element Holding Hook is a support accessory used to securely suspend or position heating elements inside industrial furnaces, kilns, tanks, or insulation chambers. These hooks are designed to hold tubular, rod-type, or coil heating elements in place, preventing sagging, bending, or misalignment during operation. They are made from high-temperature-resistant materials to ensure structural stability even in extreme thermal conditions.

Key Characteristics:

• Manufactured using ceramic, stainless steel, or heat-resistant alloys

• Designed to withstand high temperatures (up to 1300°C or more)

• Available in U-type, J-type, V-type, or custom bent forms

• Ensures uniform spacing and safe alignment of heating elements

• Resists thermal shock, oxidation, and mechanical vibration

• Easy to install and replace in various heating setups

Applications:

• Electric furnaces and heat treatment chambers

• Kilns for ceramics and metallurgy

• Immersion heating tanks

• Industrial ovens and dryers

• Support for coil or straight heating elements

Typical Specifications

Note: Proper hook selection is essential for maintaining the heater’s position, optimizing thermal efficiency, and ensuring safety in high-temperature applications.