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Plate Heat Exchanger Mechanical Cleaning Methods

Scale and fouling build-up are the primary enemies of thermal efficiency. At Tershion, we provide advanced mechanical cleaning solutions designed to restore system performance and extend the lifespan of your industrial heat transfer equipment.

Published · 2026 / 04 / 21
Efficiency Optimization
Technical Guide

Plate heat exchanger cleaning is essential for maintaining high efficiency. It also helps extend equipment life in industrial systems.

Over time, scale and fouling build up on heat transfer surfaces. This reduces performance and increases energy consumption.

At Tershion, we provide effective solutions for plate heat exchanger cleaning. These methods help restore system efficiency quickly.

Mechanical cleaning is widely used. It is especially useful for heavy fouling conditions.

Abrasive cleaning method for heat exchanger surfaces
Sponge rubber ball and brush cleaning systems

Abrasive Cleaning Method

This method involves adding solid particles into the fluid to create friction against the heat transfer surface. While effective in removing scale, it must be carefully controlled to avoid damaging the plates or reducing service life.

Sponge Rubber Ball Cleaning

Commonly used in cooling systems, this method circulates sponge rubber balls through the tubes. The balls are slightly larger than the inner diameter, allowing them to gently scrub the surface and remove deposits during operation.

Automatic Brush Cleaning System

This system uses nylon brushes installed inside the tubes. By reversing the water flow, the brushes move back and forth, continuously cleaning the inner surfaces. The process is controlled automatically using compressed air and valve systems.

Why Choose Tershion

Tershion provides not only high-quality plate heat exchangers but also professional maintenance solutions to ensure optimal performance and longer service life.

Contact Tershion today to get a customized pressure testing solution and expert support.

For more technical background, you can refer to heat exchanger principles on Wikipedia – Heat Exchanger .

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