1000 Watts Triangular Heating Elements

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MOQ : 500 Pieces

1000 Watts Triangular Heating Elements Specification

Voltage
230V AC

Usage
Electric Heaters, Industrial Equipment

Terminal Type
Screw Terminal

Application Areas
Industrial Heating, Ovens, Water Heaters, Air Heaters

Diameter
12 mm

Temperature
Up to 600C

Features
Fast Heating, High Efficiency, Durable, Corrosion Resistant

Frequency
50/60 Hz

Heating Element
U-shaped Resistive Wire

Mounting Type
Bracket Mounted

Phase
Single Phase

Material Specified
High-grade Nickel Chromium Alloy

Insulation Material
Ceramic Beads

Shape
Triangular

Power
1000 Watts

1000 Watts Triangular Heating Elements Trade Information

Minimum Order Quantity
500 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
7 Days

About 1000 Watts Triangular Heating Elements

Considered as a trustworthy business entity in the global market, we are engaged in manufacturing and supplying 1000 Watts Triangular Heating Elements. Provided with quality assured materials, we are making these elements in varied sizes and shapes to suit the needs of varied industrial applications. These elements are acknowledged among clients for their accurate dimensions, fast heating, and low power efficiency. The 1000 Watts Triangular Heating Elements are used in different heaters and can be availed from us at a reasonable price.

Superior Performance and Durability

Manufactured using high-grade nickel chromium alloy and ceramic bead insulation, this heating element achieves rapid heat-up times and maintains stable efficiency across its operational life. Its corrosion-resistant finish and robust protection rating guarantee long-lasting performance even in high-humidity settings.

Versatile Industrial Applications

Designed with industrial versatility in mind, this triangular heating element adapts seamlessly to ovens, water heaters, air heaters, and a broad range of electric or industrial equipment. The bracket mounting and screw terminal design facilitate straightforward installation across diverse operational environments.

FAQ's of 1000 Watts Triangular Heating Elements:

Q: How is the 1000 Watts Triangular Heating Element installed in industrial equipment?

A: The heating element features a bracket-mounted design and screw terminal connection, enabling secure and straightforward installation onto ovens, water heaters, and air heaters. Mounting can typically be accomplished using standard tools, ensuring reliable integration with existing setups.

Q: What materials are used in the construction of this heating element?

A: This product is crafted from high-grade nickel chromium alloy for the element wire and insulated with ceramic beads. The polished finish enhances resistance to corrosion, making it highly suitable for industrial use in humid environments.

Q: Where can the triangular heating element be used effectively?

A: It is ideal for use in industrial heating applications, including ovens, water heaters, air heaters, and other electric or industrial equipment that require consistent and efficient heating up to 600C.

Q: What benefits does the IP55 protection rating provide?

A: The IP55 rating certifies protection against dust ingress and water spray, allowing the heating element to perform reliably even in environments with high humidity or exposure to moisture, such as industrial kitchens and manufacturing plants.

Q: When is it necessary to replace the heating element?

A: Replacement is recommended when the element shows reduced heating efficiency, physical damage, or after reaching its maximum load cycle of 15,000 cycles. Regular inspection helps maintain optimal performance and safety.

Q: How does this heating element ensure user safety during operation?

A: Insulation resistance exceeding 100 Mohms ensures minimal leakage current, while the use of ceramic beads and secure mounting further minimizes risk. The IP55 protection guards against environmental hazards, supporting safe, continuous use in demanding conditions.

Q: What advantages does the triangular shape offer for heating efficiency?

A: The triangular design maximizes the surface area available for heat transfer, contributing to faster, more uniform heating. This shape also fits efficiently into industrial installations where space optimization is essential.

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