BTH Heating Elements

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MOQ : 500 Pieces

BTH Heating Elements Specification

Features
Corrosion Resistant, High Thermal Efficiency, Long Service Life

Phase
Single Phase

Mounting Type
Threaded

Heating Element
Nickel Chrome Resistance Wire

Temperature
Up to 350C

Diameter
12 mm

Frequency
50 Hz

Usage
Immersion Heater, Boiler, Industrial Heater

Voltage
230 V

Terminal Type
Screw Terminal

Application Areas
Industrial Heating, Water Heating, Oil Heating

Material Specified
High Grade Stainless Steel

Insulation Material
Magnesium Oxide

Shape
U Shape

Power
2000 W

Safety Standard
IP55 Protection

Lead Wire Length
Standard 300 mm

Length
Customizable from 200mm to 1000mm

Operating Pressure
Up to 6 Bar

Surface Treatment
Polished

Compatibility
Suitable for Hard Water Applications

BTH Heating Elements Trade Information

Minimum Order Quantity
500 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
7 Days

About BTH Heating Elements

Aiming at meeting end-to-end requirements of the customers as a manufacturer, and supplier, we are engaged in offering BTH Heating Elements to our customers. These offered elements are used in different industries like refineries, cement, chemical, paper, textile, petrochemical complex, thermal power plants and electroplating because of their quality. Getting better responses from our customers, we are offering BTH Heating Elements with suitable packaging for safe dispatch.

Customizable Precision for Diverse Applications

BTH Heating Elements offer tailored solutions with variable lengths ranging from 200mm to 1000mm, accommodating specific requirements across industrial, immersion, and boiler heating applications. The precision engineering ensures compatibility and adaptability for diverse setups, ensuring efficiency and reliability.

Engineered for Performance and Durability

Constructed from high-grade stainless steel with a polished finish, these heaters provide excellent corrosion resistance and long-lasting operation in hard water environments. The magnesium oxide insulation and IP55 protection add layers of safety and thermal efficiency, making them a reliable choice for continuous use.

FAQ's of BTH Heating Elements:

Q: How are BTH Heating Elements installed in industrial heating systems?

A: BTH Heating Elements are designed with a threaded mounting and screw terminals, allowing straightforward installation in boilers, immersion heaters, and industrial systems. Ensure power is off and terminals are connected securely during setup to guarantee safety and optimal performance.

Q: What benefits do these heating elements offer for hard water applications?

A: BTH Heating Elements utilize high-grade stainless steel and a polished surface, specifically enhancing resistance to corrosion and scaling in hard water environments. This results in prolonged service life and efficient heating even under challenging water conditions.

Q: When should the heating element length be customized?

A: Length customization from 200mm to 1000mm is beneficial when specific immersion depths or installation spaces are required. Choose the appropriate size based on your tank dimensions and heating needs for maximum efficiency.

Q: Where can BTH Heating Elements be used?

A: These heating elements are highly versatile, suitable for use in industrial water heating systems, oil heating applications, boilers, and other immersion heating scenarios. Their robust construction makes them ideal for a wide range of industrial environments.

Q: What process ensures the safety and thermal efficiency of these heaters?

A: Each unit features magnesium oxide insulation for superior thermal conductance and safety. Additionally, the IP55 rating provides protection against dust and water ingress, while the screw terminal design ensures secure electrical connections.

Q: How does the design contribute to high thermal efficiency?

A: The U-shaped construction and nickel chrome resistance wire enable rapid heat transfer and uniform temperature distribution. Combined with magnesium oxide insulation, these features maximize energy efficiency and minimize heat loss during operation.

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