Allsafe 1500 Watt WATER HEAT ROD ELECTRIC COPPER Shock Proof Immersion Heater Rod (WATER)

ALLSAFE Water Heat Rod Electric Copper Immersion Heater

The ALLSAFE Water Heat Rod Electric Copper Immersion Heater is a robust and efficient heating solution designed to meet your water heating needs across various applications. This durable heater is built to last, with copper as the primary material for its construction and heating element.

Copper Construction and Tubular Element

The ALLSAFE Water Heat Rod boasts a COPPER body and a TUBULAR ELEMENT heating system. Copper, known for its excellent thermal conductivity, ensures fast and efficient heat transfer. The tubular element design provides even heat distribution, reducing hot spots and ensuring consistent performance.

Efficient Water Heating

This immersion heater is designed to heat WATER, making it ideal for a variety of applications such as bathrooms, kitchens, and restaurants. With a power consumption of 1500 W, it offers efficient heating without excessive energy use.

Rugged and Versatile Design

The ALLSAFE Water Heat Rod is built to withstand diverse usage conditions. Its shock-proof design ensures durability even in high-vibration environments, while its 230V AC 50HZ power requirement makes it compatible with standard electrical outlets worldwide.

Key Features

• Power Consumption: 1500 W - Efficiently heats water without excessive energy use.
• Heating Substances: WATER - Ideal for various applications like bathrooms, kitchens, and restaurants.
• Heating Element Type: TUBULAR ELEMENT - Ensures even heat distribution and reduces hot spots.
• Heater Material: COPPER - Facilitates fast and efficient heat transfer due to its excellent thermal conductivity.

The ALLSAFE Water Heat Rod Electric Copper Immersion Heater is not just a heating appliance; it's an investment in reliable, durable, and energy-efficient water heating solutions. Whether you're looking to heat water for your home, restaurant, or industrial facility, this heater delivers performance that stands the test of time.