Use electric heating cable to easily solve the problem of booster pump freezing

Electric heating cables can easily solve the problem of frozen booster pumps. In winter, because the pump's fluid is water and the climate is cold and low, freezing can easily occur, leading to blockage in water pipelines. This problem is particularly severe in the dry and cold northwest region, where freezing is a serious issue. Therefore, electric heating cables are necessary for insulation and anti-freeze protection. Temperature variations vary from region to region, so the appropriate type of heating cable also varies.

Booster pumps are used to increase water pressure and accelerate flow when water delivery is difficult. Recently, a Shandong company needed to protect its booster pumps from freezing and insulation. They contacted our company. We learned that Shandong's winter temperatures typically range from 10°C below zero, making it a relatively cold region. Therefore, freezing of liquid pipelines is common. Based on the ambient temperature, they chose self-limiting temperature heating cables for anti-freeze and insulation.

Since the insulation requirements for the medium inside the pump are not specific, simply melting the medium in the delivery pipe is sufficient. Self-limiting temperature heating cables are the most suitable option. The low-temperature series of self-limiting temperature heating cables has an operating temperature of 65°C and quickly provides frost protection and insulation upon installation. Self-limiting temperature heating cables are a popular heating and insulation device designed for liquid pipelines with low winter temperature requirements.

The heating cable is a ribbon-like device that can be wrapped around the surface of the booster pump and secured with heating accessories to provide a fixed heat dissipation solution. The wrapping arrangement allows for 98% heat dissipation, and the cable automatically adjusts its output power with temperature changes. Self-limiting temperature heating cables offer excellent memory, superior insulation, ease of use, and simplified maintenance, making them suitable for use in various industrial fields.