We Clean Your Industrial Items

We clean industrial equipment, including heat exchangers and tower components, using high-pressure jetting and ultrasonic techniques.

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1x Excellence in Industrial Services Award

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2x Customer Satisfaction Excellence Award

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1x Industrial Safety Leadership Award

What We Do

A Tech Sonic cleaning vessel.
A Tech Sonic cleaning vessel.

Tech Sonic’s patented technology restores heat exchangers and parts to a “like new” condition.

With Tech Sonic, these components are cleaned and returned to service at 95% or more of their original performance. Superior cleaning translates to lower energy consumption, increased production, and extended maintenance intervals—benefiting a plant’s bottom line.

Our Happy Clients

Frequently Asked Questions

  • We specialize in cleaning various industrial items, including heat exchangers, tower parts, piping systems, demister pads, flame arresters, and other equipment that require high-pressure jetting and ultrasonic cleaning.

  • Our primary cleaning methods include high-pressure jetting and ultrasonic cleaning, both of which are effective in removing stubborn deposits and contaminants without damaging the equipment.

  • Cleaning frequency depends on the specific equipment and operational conditions. Generally, we recommend regular maintenance cleaning every few months to ensure optimal performance and prevent buildup.

    When it supports the optimal operation of unit based on feedback from unit leads or process engineer.

  • Yes, we offer on-site cleaning services to minimize downtime for your operations. Our team will come to your facility to perform the cleaning efficiently and safely.

  • Safety is our top priority. We follow strict safety protocols, use appropriate personal protective equipment (PPE), and ensure all technicians are trained in safe cleaning practices to protect both personnel and equipment.

  • Ultrasonic cleaning uses cavitation bubbles induced by high-frequency pressure (sound) waves to agitate a liquid. The agitation produces high forces on contaminants adhering to substrates like metals, plastics, glass, rubber, and ceramics.